The URL can be used to link to this page

Home My WebLink About215-1847. Property Designation (Lease Number): 1. Operations Performed: 2. Operator Name: 3. Address: 4. Well Class Before Work:5. Permit to Drill Number: 6. API Number: 8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071): 10. Field/Pool(s): Susp Well Insp Install Whipstock Mod Artificial Lift Perforate New Pool Perforate Plug Perforations Coiled Tubing Ops Other Stimulate Fracture Stimulate Alter Casing Pull Tubing Repair Well Other: Change Approved Program Operations shutdown 11. Present Well Condition Summary: Casing Length Size MD TVD Burst Collapse Exploratory Stratigraphic Development Service 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 16. Well Status after work: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. OIL GAS WINJ WAG GINJ WDSPL GSTOR Suspended SPLUG Authorized Name and Digital Signature with Date: Authorized Title: Contact Name: Contact Email: Contact Phone: PBU B-27C Hilcorp North Slope, LLC 3800 Centerpoint Dr, Suite 1400, Anchorage, AK 99503 215-184 50-029-21471-03-00 13439 Surface Intermediate Liner Liner Liner 9103 2635 10041 334 545 3295 10760 13-3/8" 9-5/8" 7" 4-1/2" 3-1/2" x 3-1/4" x 2-7/8" 8815 35 - 2670 33 - 10074 9781 - 10115 9621 - 10166 10144 - 13439 35 - 2670 33 - 8444 8229 - 8475 8112 - 8514 8497 - 9103 None 2670 4760 5410 7500 10530 10760, 13265, 13294 5380 6870 7240 8430 10160 13150 - 13394 4-1/2" 12.6# 13cr80 / L80 31 - 9492, 9566 - 9626 8909 - 9064 Conductor 80 20" 35 - 115 35 - 115 1490 470 4-1/2" Baker S3 Packer 9566, 8072 9405, 9566 7955, 8072 Torin Roschinger Operations Manager Aras Worthington aras.worthington@hilcorp.com 907-564-4763 PRUDHOE BAY, PRUDHOE OIL Total Depth Effective Depth measured true vertical feet feet feet feet measured true vertical measured measured feet feet feet feet measured true vertical Plugs Junk Packer Measured depth True Vertical depth feet feet Perforation depth Tubing (size, grade, measured and true vertical depth) Packers and SSSV (type, measured and true vertical depth) 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13a.Representative Daily Average Production or Injection Data Oil -Bbl Gas-Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: Subsequent to operation: 15. Well Class after work: Exploratory Development Service StratigraphicDaily Report of Well Operations Copies of Logs and Surveys Run Electronic Fracture Stimulation Data Sundry Number or N/A if C.O. Exempt: ADL 0028309, 0028310 31 - 8018, 8072 - 8116 N/A N/A 507 Well Test Not Available 48696 0 450 450 1300 260 N/A 13b. Pools active after work:Prudhoe OIl 5-1/2" Baker S3 Packer 9405, 7955 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS Sr Pet Eng: Sr Pet Geo: Form 10-404 Revised 10/2022 Submit in PDF format to aogcc.permitting@alaska.gov Sr Res Eng: Due Within 30 days of Operations No SSSV Installed By Grace Christianson at 12:10 pm, Jun 05, 2024 Digitally signed by Torin Roschinger (4662) DN: cn=Torin Roschinger (4662) Date: 2024.06.05 09:38:12 - 08'00' Torin Roschinger (4662) RBDMS JSB 061124 WCB 8-29-2024 DSR-6/7/24 ACTIVITY DATE SUMMARY 5/7/2024 ***WELL S/I ON ARRIVAL*** (Well test-Wellwork) POLLARD #60 RIG UP ***CONTINUE ON 5/8/24 WSR*** 5/8/2024 T/I/O= 2400/425/0 Assist Slick line with pump down Pumped 1 bbl 60/40 followed by 211 bbls Crude FWHP's=0/425/0 Well left in SL control upon departure 5/8/2024 ***CONTINUED FROM 5/7/24*** (Well test-Wellwork) RAN 3' x 1.50" STEM, 2.25" CENT & 1.75" SAMPLE BAILER TO 10,804' SLM W/ T- BIRD PUMPING AT 5 bpm (unable to get deeper) RAN 2.30" SWAGE TO 10,803' SLM W/ T-BIRD PUMPING AT 5 bpm (unable to get deeper) ***WELL S/I ON DEPARTURE*** 5/25/2024 T/I/O=2479/440/0 Temp=S/I (Assist E-Line with pump down) Pumped 175 BBLS of crude down TBG for load. Well appeared to be fluid packed at 168 BBLS. Further pumped an additional 50 BBLS to assist E-Line in reaching target depth. E-line was not successful in reaching target depth. E-Line in control of well upon departure Final WHPS=277/444/0 5/25/2024 *** WELL SI ON ARRIVAL *** PT TO 250 LOW AND 3500 RIH. HEAD (1-7/16 FH)/2-1/8" WB/1-11/16" GUN GAMMA/PIN-TO-PIN/LONG STROKE SETTING TOOL/ NS EXTENDED REACH CIBP. OAL: 24' WEIGHT: 230#, MAX OD: 2.281" UNABLE TO GET PAST PACKER AT 9566' ***JOB CONTINUED ON 26-MAY-24' 5/26/2024 T/I/O=1030/442/0 Temp=S/I (Assist E-Line with pump down) Pumped 155 BBLS for TBG load. Pumped a following 31 BBLS to assist E-Line in reaching target depth. E-Line in control of well upon departure Final WHPS=0/438/0 5/26/2024 *** JOB CONTINUED FROM 25-MAY-2024 *** PT 250 LOW AND 3000 PSI HIGH. RIH. HEAD (1-7/16 FH)/2-1/8" WB/1-11/16" GUN GAMMA/PIN-TO-PIN/LONG STROKE SETTING TOOL/ NS EXTENDED REACH CIBP/CENTRALIZER. OAL: 28' WEIGHT: 230#, MAX OD: 2.281" SET PLUG MID ELEMENT DEPTH: 10760'; CCL STOP DEPTH: 10745.6' CCL - MID ELEMENT: 14.4' LOG CORRELATED TO BP PDCL DATED 25-MAR-2016 ***JOB COMPLETED*** Daily Report of Well Operations PBU B-27C SET PLUG MID ELEMENT DEPTH: 10760' Daily Report of Well Operations PBU B-27C 5/27/2024 ***WELL S/I ON ARRIVAL*** SET 4-1/2" X-LOCK SLOTTED IBP STOP @ 9,430' MD RAN 4-1/2" CHECKSET S/D @ 9,430' MD (sheared) ***WELL S/I ON DEPARTURE*** Nolan Vlahovich Hilcorp Alaska, LLC Geotech 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 Tele: (907) 564-4558 E-mail: nolan.vlahovich@hilcorp.com Please acknowledge receipt by signing and returning one copy of this transmittal. Received By: Date: Date: 1/31/2024 To: Alaska Oil & Gas Conservation Commission Natural Resource Technician 333 W 7th Ave Suite 100 Anchorage, AK 99501 SFTP DATA TRANSMITTAL T#20240131-1 Well API #PTD #Log Date Log Company Log Type AOGCC Eset# NCI A-13 50883200870000 192106 1/10/2024 READ Caliper PBU B-27C 50029214710300 215184 12/24/2023 HALLIBURTON RBT PBU N-22C 50029213490300 223086 1/18/2024 HALLIBURTON RBT PBU PAVE 1-1 50029237670000 223094 1/8/2024 HALLIBURTON CAST-CBL PBU PAVE 1-1 50029237670000 223094 12/29/2023 HALLIBURTON CAST-CBL PBU PAVE 1-1 50029237670000 223094 12/31/2023 HALLIBURTON CAST-CBL PBU S-102A 50029229720100 223058 12/30/2023 HALLIBURTON RBT Please include current contact information if different from above. T38462 T38463 T38464 T38465 T38465 T38465 T38466 2/1/2024 PBU B-27C 50029214710300 215184 12/24/2023 HALLIBURTON RBT Kayla Junke Digitally signed by Kayla Junke Date: 2024.02.01 16:16:30 -09'00' 7. Property Designation (Lease Number): 1. Operations Performed: 2. Operator Name: 3. Address: 4. Well Class Before Work:5. Permit to Drill Number: 6. API Number: 8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071):10. Field/Pool(s): Abandon Suspend Plug for Redrill Perforate New Pool Perforate Plug Perforations Re-enter Susp Well Other Stimulate Fracture Stimulate Alter Casing Pull Tubing Repair Well Other: Change Approved Program Operations shutdown 11. Present Well Condition Summary: Casing Length Size MD TVD Burst Collapse Exploratory Stratigraphic Development Service 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 16. Well Status after work: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. OIL GAS WINJ WAG GINJ WDSPL GSTOR Suspended SPLUG Authorized Name and Digital Signature with Date: Authorized Title: Contact Name: Contact Email: Contact Phone: PBU B-27C Hilcorp North Slope, LLC 3800 Centerpoint Dr, Suite 1400, Anchorage, AK 99503 215-184 50-029-21471-03-00 13439 Surface Intermediate Liner Liner Liner 9103 2635 10041 334 545 3295 13265 13-3/8" 9-5/8" 7" 4-1/2" 3-1/2" x 3-1/4" x 2-7/8" 8969 35 - 2670 33 - 10074 9781 - 10115 9621 - 10166 10144 - 13439 35 - 2670 33 - 8444 8229 - 8475 8112 - 8514 8497 - 9103 None 2670 4760 5410 7500 10530 13265, 13294 5380 6870 7240 8430 10160 4-1/2" 12.6# 13cr80 / L80 31 - 9492, 9566 - 9626 Conductor 80 20" 35 - 115 35 - 115 1490 470 4-1/2" Baker S3 Packer 9405, 7955 Stan Golis Sr. Area Operations Manager Wyatt Rivard wrivard@hilcorp.com 907.777.8547 PRUDHOE BAY, PRUDHOE OIL Total Depth Effective Depth measured true vertical feet feet feet feet measured true vertical measured measured feet feet feet feet measured true vertical Plugs Junk Packer Measured depth True Vertical depth feet feet Perforation depth Tubing (size, grade, measured and true vertical depth) Packers and SSSV (type, measured and true vertical depth) 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final 13.Representative Daily Average Production or Injection Data Oil -Bbl Gas-Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: Subsequent to operation: 15. Well Class after work: Exploratory Development Service StratigraphicDaily Report of Well Operations Copies of Logs and Surveys Run Electronic Fracture Stimulation Data Sundry Number or N/A if C.O. Exempt: ADL 0028309, 0028310 5-1/2" Baker S3 Packer 31 - 8018, 8072 - 8116 9566, 8072 N/A N/A 343 33836 15 1279 1309 N/A STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS Sr Pet Eng: Sr Pet Geo: Form 10-404 Revised 10/2021 Submit Within 30 days or Operations Sr Res Eng: 13150 - 13394 8909 - 9064 9405, 9566 7955, 8072 635 22148 26 1159 1007 By Samantha Carlisle at 1:51 pm, Oct 20, 2021 Digitally signed by Stan Golis (880) DN: cn=Stan Golis (880), ou=Users Date: 2021.10.20 12:13:51 -08'00' Stan Golis (880) SFD 10/20/2021 RBDMS HEW 10/21/2021 DSR-10/20/21MGR20OCT2021 ACTIVITY DATE SUMMARY 10/12/2021 CTU #9 - 1.75" Coil. .0156" wt Job Objective: Drift/Log, Set CIBP and Perf MIRU, MU NS CTC and HES Memory Gamm/CCL w/ 2.25" DJN. RIH. Job In Progress 10/13/2021 CTU #9 - 1.75" Coil. .0156" wt Job Objective: Drift/Log, Set CIBP and Perf Drifted to 13350 ctmd with 2.25" DJN. Logged up to 13000' ctmd. Good data at surface +15' correction. MU & RIH with NS CIBP to flag. Set NS CIBP at 13294'. Drawdown test failed. MU & RIH with NS CIBP. Set down high 12,896' ctm, pick up a set down higher. Pulled up above the liner top and attempted to pump the unknown obstruction south with no luck. POOH. Plug element is swollen to 2.475. ***Continued on 10/14/21*** 10/14/2021 CTU #9 - 1.75" Coil. .0156" wt Job Objective: Drift/Log, Set CIBP and Perf RIH w/ 2.25" JSN to figure what is going on with the CIBP that was set. Tag CIBP 13272' ctmd, plug has not moved and drift was clean. Pooh. Change packoffs/chain inspection. Perform Weekly BOP test. MU and RIH w/ TB 2-7/8" CIBP. ***Continued on 10/15/21*** 10/15/2021 CTU #9 - 1.75" Coil. .0156" wt Job Objective: Drift/Log, Set CIBP and Perf Set TB 2-7/8" CIBP at 13,265'. Perform draw down test at surface. Failed. WHP rose from 440 psi to 1900 psi. MU & RIH with HES 2.20" logging carrier & 2.25" JSN. Tag CIBP at 13255' ctm. Log from compression to 12950'. Flag pipe at 13100'. Pooh. Recieve good data (+19.5' correction). Town analyzed data. Correlate to Baker Hughes RPM Log dated 30-Jan-2016. Make up 2" x 20' carrier (12' loaded) MaxForce Perf guns, 6 spf and RIH. Tag CIBP and correlate to bottom shot. PUH and Shoot 13150'-13162'. POOH and pump 20bbl freeze protect cap on the well. Start BOP swap. ***Continued on 10/16/21*** 10/16/2021 CTU #9 1.75" Coil 0.156" wt Job Objective: Drift/Log, Set CIBP, Ext. Adperf BOP swap complete. RDMOL ***Job Complete*** Daily Report of Well Operations PBU B-27C g Shoot 13150'-13162'. • • o -- 9 N O CO I Z 9 N Q O r Z C WI . „ •• • . • 1 N .m I- "O "O "O a M.,_ m m m m M .,_ m m T O D >-I m O m m m m O 1-0. 0 0 001 O CO1 O. NI 0. NI O. NI0 n1 O '� O co d p) p) O) 0) M00 (Ts d V V O4 O N O a LUN O '.m C C C C (m•)0 (0)u, O,_ O� M MO C•)N 'I0 N N m0 ` L L 00 00 1000 �� (000 (Op0 OOp� 00 ZZ i E U @ •o •o •@ _o of o_of _o 01 _0 1 0 0l ow _o I N of d a) aci�l M CO o I i c1 c cc c1 c co c1 c cl c cc cl c Q N Vl - W 0 co r CO M-m) M m M-) M p M- M- M co M- c m LL - co o co V !co I-, to 10 IN IV 1) IN- .2 2 _-LL V 0 O) WN Q00 CC,- WN WN WN Q'(O WO U N JIN O O O N SOI 0e'I SOI �N1 SOI (n�I 0)Y- (n Nl J O W �Q (0 r r r r DN DO D� DM D,- DN DLO DO O p o " @ Z Y ai ai ui ui ui cl ai NI 0 ci a,of gi ci ui c1 ui �I ai cl ? , .-cO LL l V LL p_ LL p_ LL p_ LL p_ LL ct LL m LL c LL 7 LLE LL i LL 7 LL E 3E C 2�= *E -E. Et. c c c c Eo E2 E0 C E E0 E0 c Co y m o)N O o�m 2m 2m 2m 2m oLL 20- 20- 20- 20- 20- o0- oa Io V I I y . rn N N 1 1 I v I v I v 1 I I Ce Q I o W N O Wu Wu Wu WO WN WN WN WN WN WN WN WN O U 'I C m OO OO O 0 0 (0 0 co O CO CO co co a Q @ 0 0 0 0 0 0 0 0 0 0 0 0 0 N N N N N N N N N N N N N W r' @ V (D co (D (D (D (D (D OD (D (D (D O D ° N r ,- i.".1 r r r '- i.\1 r `- i'.1 r Ce J m �'N N N N N N N N N N N N N 0- W w ..... ! _, = =I V m O 001 Z Qla ...!0(.3...!0(.3w v is N'M J Gro \ Z ao u) ' p c ZI c tN ii � wo , D G CO y O ON (9C� o Naj oU n I� Q.0 m c o ICC V a' Z v u n t N a+„ r m m ~ 0 O N I 5 ? o J2 N CO COm O N Cn o o a ce ICC o \ co I— -.2 a_) Ta. of CC Qci Z zo U d U p O E _I Z g m m m m m m m m m m m m m T.) a) m m m m m m m CO CO Ta m m m 3 Mo c E ° o 0 0 0 o O o 0o 0 0 0 = m m m m m CO COm COm m CO CO m rn CL Zr... .. w .t w w «. .r ) 'o) o) o) 'a) 'o) 'o) o) 'o) o) o) .o) 'rn O Z o _ ` O 5 o a 0 a 0 a 5 5 0 0 5 m. > ° I J ` CD co M M M M M M M M M M M M CO I- " Cl) N NNco co N N N N N N N N N N CO OD W M N Q Z .0 C ID 7 0 O Ofl 0 Ofl OO CO CO O O O O OO N ▪ . 00 p W G Z N N N N N N N N N N N N N o Qm p • m Z 2 V w LL D CO V II C -0 I o co U oe Z W C 0 U U U U U U 0 0 0 0 0 0 0 ,` a a m -J o a 2 o rT 3 � o � w a a a a a a a a a �w a w • • o + I M9 mI +w mI w � 'V mI 'w 0 o No 0 - OJ LLI 0 TI a v F Y OJ LL1 OJ WI N e▪t Z LLI Z LLI < 0 o ^( +(o II UI LII z 0J co 0 IL co O) U m Q L_ Q U- a) a) 0• X• m = Q LL U 0 d o ❑ �1 Z �I Z �I > > cl co + Z UI N N M co b p °' LL co LL U CD CD a aa) 0 LL U m CO 0 m o U co c`ci I ❑ 1 ❑ 2 2 2 2 N 0 m 1 ❑ CO U C ❑ ❑ a) 0 ❑ I_ I- 45 m ZN OI �I HI �I HI U co co U) m m n 2I FI Z _ r (D Co co co f0 (0 <o (o �I .-. CD co co W .6- E. o o c c c c CD 0 ›.- < ›- < c - CD d ci-73 a) N N N No it lL LL it N LO O O O Q N LL I M Q 10 Z Z Q Q N. N- N. N. r1 rI NI < < W LU lE —1Q m v c) -, -3 -3 -3 N N N N N N N -3 -) 0 0 a)Z Y O o J D N m N CO N E m N m 'Cr%. m CO m CO m CO m m N CO N 2 2 CO LT.F— • O I 1 O I o I I4_ ❑ ❑ m IU ✓ 0 I a) CO a) 0 0 a) coa) con m 0 o 6 a) N a) a) 0 m 0= ❑ ❑ m❑_I a) ? LL 7 LL O E LL O Y LL O"-' LL O Y LL LL LL LL LL LL LL LL O LL O Y LL' ce ❑ 2 ff p. Y• 0 c)Ir c) �I o) c)SIF c)�1 a 0 SIF 0 c) 0 0 0 0 0 0�I o 0 SIF d U d U 0 JIm 0 w 'c 92 'ECL Y 'c Ir UI 'c Y 'c UI 'c 'c 'c 'c 'c 'c 'c 'c IY Y 'c IY U1 O cc O c T- Col c c o� 20F o0— 20F o0— 0 0 0 0 0 0 0 o0F 20— coop coo omr, 2 0 J m n1 aOi nlB aOi�im1 0 ON. 1 0 X17 aO) CD o aO) m CD CD CD nlUI aO)FI m1 ,_W W 0 P.Z 0 o ce Q E W N W N 2 W N❑ W N I W N ❑ LU W W W LU W W W N 2 W N❑ N2 NI W N< W o 0 ZO CO Co CD CD CD CD CD CD Co CD CD CO Co CD CD Cl. ° U O O O O0 0 O O O O O O O O O O O W d N N N N N NNNNNNNN N N N O CO O O O CD O CD CD CD CD CD CD O CO CO IX O N N N N N N N N N N N N N N N N EL a. W x d W J U m 0 Z L. Q $ O ,5 N O O _ w J O. CO a 0 c N C CD c e- O O O O � O 00 0- � p CD U i, 0 o J N 0 C) Q r- (11 on N C a I� CO F Co Z o MC)- N W m /= O 0 / A I m • ❑ a a ° '' 1 ' °' < D 0. zo c CI a) 0 c c cocoU U z U) N N c6 co CO CO 03 CO C6 @ Co CO 03 CO co N N co a) a) co co co co co co co co co co co m co co D D co co Mo 0 0 0 0 0 ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ 0 ami N 0 0 To To cco co co Co CO Co CO a co CO ca I I m To mmmmCmmmm m � m m m D m m ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ oJ oJ ❑ ❑C ❑ . > co co M co a) M M co c') Co co co c`') co co cP C -a- co F N N N N N NNNNNNNN N N N N N ✓' CO 00 CO CO CO CO CO CO CO CO CO CO CO CO CO 00 CO CO 1f) CD CO CD CD CD CD CO CD CD CD CO CO CO CD CD CD CC) CD C74 N N N N N NNNNNNNN N N N N N N E m6 co M O U 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U v C 0❑ 0 ❑ 0 0 0 0 ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ 0 o o 0 0 a 2 W W W W W W LU W W W W W W W J -J W W • • o cv M W_ J 1 W_ _I 9 �I Z_ EI Z a > c ✓ Z Q LII Q �I 0 x , T U 17 'O 'O m o- CO._ m U 0) LL 0) N N N N ' �, T N C C C la 110 14 I 0 1 0 ' a o D CO Co Co 07 0- r a ra 0 > 0 > > > > > :• ❑ go c as m to ca c� �� g1 H1 2I HI f!) co CO O) Y L L L CO d' O 0)N LO Cfl CO CO O To C C C C 0 I- 7 O ~ 00 1171 N c01 N CD OI N N N CV LL U_ Il (1 I UI OI z m "c7) m _ EC o =I 0 =1 m =10 a a a a m m m m m1 m °° Q 00 r co ih C)) ih G> -, - -, -) a OL a CL C I OL 0 CO I� r D w U U U U Co �p CO co co CC N Q O O O) 'O N- N- r r 0 C> N- N o N u) 1 UNI U C')I CnI rnI v NI NI a N N N N aUi C) J DMO D O D N 00 N E co cD Y 00 a)._ m N Y CO 00 m 00 co a CO N 00 W . o CC CD W I- W -0 CC I- m a ✓ O ai,_ 'ai,_ ui,_ ai c1 ai c1 ai I ai 1 0 6 I U 6 1 a ai I 0 hi ai a) ai 0 w-1 ui co 3i ? LL Et I 1 la Ilall a. LL� LLU- 7 U- LL0 1- CLLLL - lL 1� i I1 I1 6: I IL U �mcp o o vg vg m g m n 10 g . 1m g IU o I ° o a 5 v0N1 v t o cCC CC CC C C O C C mI C mIC mtC mIC C C C C mC mC • @ om oc0 oc0 oa 20- 2o- ooW oo oor o 0 ooo J 1 1 co NcOa) Oa) a)rNma) Va) a) 0a) C)I, a)� N• /1 c0 a) wsr•e_ 1 a)n W a) N a) a)K. a) 1N Q N _ U W aaN W N _N W N D W N E W N 0 W N LL a W OC W _ W N W N _ 0 Z• O O co CO CO (0 O O CO O CO co CO O O O CO O Om 0 E. 0 0 0 0 0 0 .I.:2 0 0 0 C) 0 0 0 0 LU a N N N N N N N N N N N N N (N (N N N ---- CO (O CO CO CO C_O (O CO CO CO CO CO CO O O CO CO Ce OJ N N N N N N N N N N N N N N N N N a LU w J OW U m o Z c Q ,_ d Om ct 0 i) ii cocoO ti a V � o M N Q N P. Co Z m 5 Z O ea = N a W m p LU CO o 0 Q CCC I a a) Q a z EoI 0 E 0 ' m z m m m m m m m m co mm m m m m m CO d m m m m m co m m m m m m m CO m m m o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ' Co Co Co Co Co Co Co Co Co Co Co Co Co Co Co Co Co CD A=. 0) 0) 0) m E m m m m m '5 C _0) 'm m 0) o 0 0 0 0 0 0 0 0 5 0 5 0 0 0 0 0 0 0 > v v v v v v v v v v v v v v v v v co I- N N N N N N N N N N N N N N N N N CO CO C%) CO CO CO CO 00 00 00 00 00 CO CO CO 00 CO IA O CO CO O CO CO CO CO O O O O CO CO CO CO CO N N N N N N N N N N N N N N N N N N Tr o cc) U 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C7 E 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 d a W W W W W W W W W W W W LU W W W W 1 • s O • -. 4 M W tIJ -I J -,COW J W J I N 9 WI Z WI WI Z WI Z c T Z < UI (n • 0 ✓ Z col LI Z (I N _ th U W co d D "O D 0 m m m m LL co W u) N 01 j m m m m OI a 01 a N. a nl a pl > pl c O rn rn rn ) v ,_ v N I- 2 F- 0 In 11 o5a m m m m o,_ op op op 1 I co O ❑I _C L L L Wo 0.7 1-o 1-o O CO CO CO Go Z N N (0 w m 'm 'm 'm O(0 O OI N(DI N O N N N N Z Z c - O O N r. cI` �Ir- �I` �I, Z Z Z Z F. Q Q a)W m a o cc co cc CU Q Q Q Q Q J N LO CO N CO M� M M-) M N n co co LLQ (0 M O c) v 10 10 Ir 1❑ ca m E co 0 I I= m Z Y O O O N Q)oI N1 NI Cn c OI m NI �I a J m m amiY lALLF- ❑ ,- ❑ m Do ❑N m O E m MO 00 O . m a) Y ,� 0C F- m 10 I o 1 0 CY m Et F- EC 'o CC I- . ai„_ ai,� ai,._ ai,_ ai c ai I ai c ai I ai 1 O ai 1 U ai 1 a ai 10 Z itW WI 0I Q�m iia ii n LL n LL a iii LL S LE it S 6:W iii 1 iiW3 6: W I Q 1 .06 26 26 26 m , IU lm 1 c , UlmU lm. c,-- C ' ENC) CC CC Cc CC CO CCo CCN1 CN1 CNI CN lz IMEM 1 OMA- om om Om Om Oa. Oa. oa 011 Om OM ,..., 2M- om ❑y omomp1J 0mN, N,ZNNNQo0 NN �rmN,WN0mNn, r1 W O0 of, n Nn � 1 lW 1N Q EWN❑ WNW WNQ Do _ U Do Mo WN _ N IN WN ENO WNW ENO ENE Zt 0 z 0c O , O O O O co co co co O O CO O CO O Is F O O O O O O O O O O O 0 O O O W 2 N N N N N N N N N N N N N N N CO CO CO CO CO CO CO CO CO CO CO CO CO CD ce OJ N N N N N N N N N N N N N N N 4. W FL 0 CL co Z c O ' N Qm TO' N O) J 0. 0 coCL o et G N _O O r m o O C a -Cs-1 E V U o Qel- U s n °A N 0.. `11 CO L Z O S Z o 2 N co m /p O 0) V� p f6 Q a o I m Q o a Z E o CI E U m Z mm CO CO CO CO CO CO m CO m m m CO CO N m m m m m m m m !o m m m m m m 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1- m <O (O m m m m m m m m m 70 79 70 o) o) m o) 0) o) o) o) o) o) 0) 0) 0) 0) 0) C) et e5 ❑ e5 E5 E5 ES E5 E5 E5 E5 ❑ ES E5 E5 et > et V u) co co In to u) u) u1 in to co co co o3 I- N N N N N N N N N N N N N N N r OD CO CO CO 00 CO O CO CO 00 00 O 00 00 00 11Y CO O O O O CO CO O O O CO O O CO (0 N N N N N N N N N N N N N N N N E. m 0 co C.) r cn rL.)U 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U 0 0 ❑ ❑ 0 0 0 0 0 0 0 0 0 0 0 0 0 Q a 2 W W W W LU LU LU LU W W W W W LU LU • • • c • w JI U o z o Z £ n0 co 9 JI Z 0 coI Q coI Q 2 2 T O r. a Z M Z () m 00 ro N et Z , Z �I a 0 0Ll 0 Q col co �. >. . LT_ co 0 0 O 0 O o o >y; O 2 j >' co, N OI >• N O O O O Z Z �, e N u) y > Y 2I ~I co mN m0 < < o m m m m Y a O O Q Q Q Q o 0 o Li: . LL it U_I U p o o Z a)aI °'E>l al aI MI co l Z N N N N 2 I NI Z Z CV = co> O)> > > > a a a a ml m a -) < mr _`mce Ce CC Ce c I co co m it OI it OI OI OI OI OI N N N N U)) (3 N N NI y"-_, O 6 co co co co co co J m m m m m p_ cn N m m O) 00 O Y 2 L7 U v) (o U c0 U 0 m Si m Si Qj Si V O 6 6 6 6 ai w°I aim ai ai�I 6 SIU � mal mal N ala 6 al N al N°- ? it LL LL LL LLO LL ~I LL Lt LL�—I O I O2 y LL22 LL2 LE:E LL2 I I ---1,,'— l a ml U a a U a 7 C C- C C C C NC N C C NVI C Nml OCC co' CLm CW0 'Egg N wo � 0 0 0 000 203 o om— om0coo og — og220 o2m o dNNNN CL N CL N NINllNIllNIN 1 CL J y n r N nml o 0w O w 0Z rt0Z N n� nr Ce QIwce _ w _ WN WN W WNO W(VLLN2 LNQ WNO WNQ WNO WN (0 WN LL 0 Q co co co co (0 O O (0 (0 CO (0 (0 (0 (0 O IL 2 0 0 0 0 0 0 0 0 0 0 0 0 o LU Q IN N N N N N N N N N N N N N N �• (O (0 (O (O co (0 c0 (O CO �_ V V V V .:I- ce ce °J N N N N N N N N N M M M M M M EL LU w J V 0. in 0 Zr N Q co u) aO 0) O O M (;7 J 0. w CL o 5 in 0 CO ° O 0 S 001". °- U o w) Q Is. a N m S Z o N COW m v- o 0 Qc a ° I— a) Q O a Z o 0 d 0 1 c E (0 o Z u) N (0 CO CO CO N CO (0 (0 N CD CO CO (0 CO CO a) (0 (0 CO CO CO CO (0 (O (0 P (0 (0 (0 (0 70 (0 Mo O O O O O 0 O O 0 (0 0 0 0 0 0 0 v- 6 m To o m m m is m I m m m m m m .0 .0 .0 .E .a .0 .c .o) .cn O .� .CV .� .a .c .cn 1 o O O O O O O a O O a _1 O a a a a a er > O O O O to u) U) an (!) (n (0 CO CO (0 (0 CO 03 I— N N N N N N N N N N N N N N N N CO11) COO CO CO CO CO CO CO CO 0) O 0) 0) O) O) O O co O O O O O O O O CO co O co CO N N N N N N N N N N N N N N N N N E O O M O U w 0 U U U U 0 U U 0 0 0 0 0 0 0 0 U EI m d d OO O O O O 0 O O 0 O 0 0 0 0 0 0 a 2 w w w w w w w w w J w w W w w W • 0 so 0 ON M c.i- _. . a N0 a - 1 •(-1 T Z a r r r N co c) U_ U aa)) a O D N CO >. G O. O 10 fa C c. M as n O z 2 z n o Z o .... ET. >- o a 2 Q m 2 2 .o Ili o o J J(.5 5 aO 6 v1 N- ce a M G0 M1^ v, Ow E Y a °a o >- c ce Q C w V m 0 N m N= o _ O z 3 a) @ U ` tEo N 6 a IX N z vi aos ) Lf OJ a) m O. it E W - N W O a) 0 0 V m O m 0 J as Z 8 Ql6 y p 'i 0 O m _ d0. E Y w -o E J O @ 2 0 0 CL C 0 o i m p 15 N o N 0 ( J� c ,D V UC w Jco 0 o ((,o >- (`° E ,o d Q N. N o o a V a7 m a E r H _ N Z• N co @ G CD Or Q III 5 Cr) co c3a) N C O G D O o _ G o Q Ce a G 2 - f6 r O G Ora 73 a Q O dE O W O ? 0 2 8 T-,-,• 0 @ o 2 o coE 0 z N m CO LC) O O • p N C 1\ \ N N 01 O) 15 CO N 1 0 J E G j o w 4 � m ~ °N) G W E a O m N N aa)) W FO- N com a a) o = iu > 'C �,) N z 2 co Q o C • G W H G G z G co O .. O O d Q O O Q O O w C C w U O 2 N v 'p) J N a) '2 0 l0 V n O O a n a) C) Q • 0 E o E E E a 2 � 3 Z 0 2 ( C.) U a V C) • air r. Link, Liz M (DOA) From: Lastufka, Joseph N <Joseph.Lastufka@bp.com> Sent: Wednesday, March 23, 2016 4:05 PM To: AOGCC Reporting (DOA sponsored) Subject: PBU B-27C/ PTD# 215-184 Hello, Please reference the following well: Well Name: PBU B-27C Permit#: 215-184 API #: 50-029-21471-03-00 Date of Test: 3/20/16 Type of Test: IPT (Initial Production Test) Choke Size: 96 Choke Unit: Production Method: Flowing Duration (Hours Tested): 6 Top Reference (Top Perf MD): 13341' Bottom Reference (Bottom Perf MD): 13394' Tubing Flowing (Pressure): 200 Casing Pressure: 400 Total Test Rate (0, G, W): 84/ 1499/20 24-Hour Rate (0, G, W): 335/5997/80 Gravity (Oil, API): 28.6 GOR (Gas-Oil Ratio): 17918 This well began Production on Method of Operations on this date: March 19, 2016 1 RBDMS Afik ll 1 2016 RECEIV 0 21 6164 26926 //ay MAR 14 2016 BAKER PRINT DISTRIBUTION LIST HUGHES AOGGO Please sign and return one copy of this transmittal form to: COMPANY BP Exploration Alaska Inc. BP Exploration(Alaska)Inc. Petrotechnical Data Center, LR2-1 DATA LOGGED 900 E. Benson Blvd. S /15/2oDE WELL NAME B-27C M.K.BENDER Anchorage,Alaska 99508 FIELD Prudhoe Bay Unit to acknowledge receipt of this data. COUNTY North Slope Borough LOG TYPE RPM:PNC3D BHI DISTRICT Alaska --- LOG DATE January 30,2016 AUTHORIZED BY Paul Canizares EMAIL Paul.Canizares@bakerhucihes.com TODAYS DATE March 11,2016 Revision STATUS Final Replacement: No Details: Rev. Requested by: COMPANY FIELD/ FINAL CD/DVD FINAL PRELIM LOGS (las,dlis,PDF,META, SURVEY REPORT ADDRESS(FEDEX WILL NOT DELIVER TO P.O.BOX) LOGS CGM,Final Surveys) (Compass) PERSON ATTENTION #OF PRINTS #UI-THIN I S #OF COPIES #OF COPIES #OF COPIES 4 4 4 4 4 4 41 1 BP North Slope. 0 0 0 I 0 0 EOA,PBOC,PRB-20(Office 109) D&C Wells Project Aids Agatha Rutka&Barbara Glassmaker 900 E.Benson Blvd. Anchorage,Alaska 99508 2 ConocoPhillips Alaska Inc. 0 1 1 0 I 0 Attn:Ricky Elgarico ATO 3-344 700 G Street Anchorage,AK 99510 3 ExxonMobil,Alaska 0 I 1 I 1 I 0 I 0 Attn:Lynda M.Yaskell and/or Lisa Boggs 3201 C Street,Suite 505 Anchorage,AK 99503 4 State of Alaska -AOGCC 0 I 1 1 1 0 I 0 I ' Attn:Makana Bender 333 W.7th Ave,Suite 100 Anchorage,Alaska 99501 5 DNR-Division of Oil&Gas *** 0 1 I 1 I 0 I 0 I Attn:James Hyun 550 West 7th Avenue,Suite 802 Anchorage,Alaska 99501 ***Stamp"confidential"on all material deliver to DNR 6 BP Exploration(Alaska)Inc. 0 0 0 0 I 0 Petrotechnical Data Center,LR2-1 900 E.Benson Blvd. Anchorage,Alaska 99508 Attn:David Itter TOTALS FOR THIS PAGE: 0 4 4 0 0 TOTALS FOR ALL PAGES: 0 4 4 0 0 ��.rvC� V�V STATE OF ALASKA FEB 2 6 2016 LASKA OIL AND GAS CONSERVATION COMMI WEL MPLETION OR RECOMPLETION REP . AND LOG 1a. Well Status: Oil 2 • Gas ❑ SPLUG 0 Other CIAbandoned ❑ Suspended Ellb.Well Class: 20AAC 25.105 20AAC 25.110 Development IJ Exploratory 0 GINJ 0 WINJ 0 WAG 0 WDSPL ❑ No.of Completions: One ' Service 0 Stratigraphic Test 0 2. Operator Name: 6. Date Comp.,Susp.,or Aband.: 14.Permit to Drill Number/Sundry BP Exploration(Alaska),Inc 1/31/2016 • 215-184 • 3. Address: 7. Date Spudded: 15' API Number: P.O.Box 196612 Anchorage,AK 99519-6612 1/05/2016 • 50-029-21471-03-00 • 4a. Location of Well(Governmental Section): 8. Date TD Reached: 16. Well Name and Number 1/23/2016 PBU B-27C ' Surface: 496'FNL,1595'FEL,Sec.31,T11N,R14E,UM ` 9 Ref Elevations KB 75.4 17. Field/Pool(s): Top of Productive Interval: 610'FSL,153'FWL,Sec.28,T11N,R14E,UM GL;9:6 6/Z•Y BF 42.44 • PRUDHOE BAY,PRUDHOE OIL • A>3 /s Aft, Total Depth: 622'FSL,214'FWL,Sec.28,T11N,R14E,UM 10. Plug Back L7epth(MD/TVD): 18. Property Designation: 13402'/9071' ADL 028310&028309 ' 4b. 4b.Location of Well(State Base Plane Coordinates,NAD 27): 11. Total Depth(MD/TVD): 19. Land Use Permit: Surface:x- 664032- y- 5950155 Zone - ASP 4 • 13439'/9103' • 89-034 TPI: x- 671030 y- 5951417 Zone - ASP 4 12. SSSV Depth(MD/TVD): PO Thickness of Permafrost MD/TVD: Total Depth:x- 671091 y- 5951429 Zone - ASP 4 N/A 1900'(Approx.) 5. Directional or Inclination Survey: Yes El (attached) No ❑ 13. Water Depth.if Offshore: 21. Re-drill/Lateral Top Window MD/TVD: Submit electronic and printed information per 20 AAC 25.050 None (ft MSL) 10166'/8514' • 22. Logs Obtained List all logs run and,pursuant to AS 31.05.030 and 20 AAC 25.071,submit all electronic data and printed logs within 90 days of completion, suspension,or abandonment,whichever occurs first.Types of logs to be listed include,but are not limited to:mud log,spontaneous potential,gamma ray,caliper, resistivity,porosity,magnetic resonance,dipmeter,formation tester,temperature,cement evaluation,casing collar locator,jewelry,and perforation record. Acronyms may be used.Attach a separate page if necessary MWD/GR/RES,RPM 23. CASING,LINER AND CEMENTING RECORD CASING WT.PER GRADE SETTING DEPTH MD SETTING DEPTH TVD HOLE SIZE CEMENTING RECORD AMOUNT FT. PULLED TOP BOTTOM TOP BOTTOM 20" Insulated Conductor 35' 115' 35' 115' 36" 8 cu yds Concrete 13-3/8" 72# L-60 35' 2670' 35' 2670' 17-1/2" 3720 cu ft Permafrost 9-5/8" 47# L-80 33' 10074' 33' 8444' 12-1/4" 2198 cu ft Class'G' 7" 26#/29# L-80 9781' 10115' 8229' 8475' 8-1/2" 330 cu ft Class'G' 4-1/2" 12.6# 13Cr60 9621' 10166' 8112' 8514' 6" 255 cu ft Class'G' 3-1/2"x 3-1/4" 9.3#/6.65 L-80 10138' 13439' 8492' 9103' 4-1/4" 183 sx Class'G' x 2-7/8" /6.55 24. Open to production or injection? Yes Q No ❑ 25. TUBING RECORD If Yes,list each interval open(MD/TVD of Top and Bottom;Perforation GRADE DEPTH SET(MD) PACKER SET(MD/TV Size and Number): 4-1/2",12.65,13Cr80/L-80 9503', 9572'/8076' 2"Gun Diameter,6 spf 13341'-13371' 9022'-9045' 9566'-9632' 9417'/7964' 13388'-13394' 9059'-9064' COMPLETION 26. ACID,FRACTURE,CEMENT SQUEEZE,ETC. HATE- i/31/1.6? Was hydraulic fracturing used during completion? Yes 0 No Il Per 20 AAC 25.283(i)(2)attach electronic and printed VERIFIED information ' LI, DEPTH INTERVAL(MD) AMOUNT AND KIND OF MATERIAL USED 2500' Freeze Protect w/45 Bbls Diesel 27. PRODUCTION TEST Date First Production: Not on Production Method of Operation(Flowing,gas lift,etc.):N/A Date of Test: Hours Tested: Production for Oil-Bbl: Gas-MCF: Water-Bbl: Choke Size: Gas-Oil Ratio: Test Period •••••• Flow Tubing Casing Press: Calculated Oil-Bbl: Gas-MCF: Water-Bbl: Oil Gravity-API(con): Press 24 Hour Rate '"'"0 Form 10-407 Revised 11/2015 CONTINUED ON PAGE 2 Submit ORIGINAL only vrZ- 3// 11‘ A. 1 K7t/(6 RBDMS L,k- FEB 2 9 2016 3'i5/4. 6 28. CORE DATA • Conventional Core(s) Yes 0 No El • Sidewall Cores Yes 0 No E If Yes to either question,list formations and intervals cored(MD+TVD of top and bottom of each),and summarize lithology and presence of oil,gas or water (submit separate sheets with this form,if needed).Submit detailed descriptions,core chips,photographs and laboratory analytical results per 20 AAC 25.071. 29. GEOLOGIC MARKERS(List all formations and markers encountered): 30. FORMATION TESTS NAME MD TVD Permafrost-Top Well Tested? Yes 0 No El • Permafrost-Base If yes,list intervals and formations tested,briefly summarizing test results.Attach Top of Productive Interval 13330' 9013' separate sheets to this form,if needed,and submit detailed test information per 20 AAC 25.071. CGL-Zone 3 10604' 8768' Base of CGL-Zone 2C 10840' 8823' 23SB-Zone 2B 13164' 8915' 22TS 13247' 8958' 21TS-ZONE 2A 13330' 9013' Formation at total depth: Zone 2A 13330' 9013' 31. List of Attachments: Summary of Daily Drilling Reports,Summary of Post-Rig Work,Well Schematic Diagram,Survey,Cement Report Information to be attached includes,but is not limited to:summary of daily operations,wellbore schematic,directional or inclination survey,core analysis,paleontological report,production or well test results,per 20 AAC 25.070. 32.I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Tempel,Troy Email: Troy.Tempel@bp.com Printed Name: Joe Lastu Title: Drilling Technologist Signature: Phone: +1 907 564 4091 Date:1.../24)/ INSTRUCTIONS General:This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska.Submit a well schematic diagram with each 10-407 well completion report and 10-404 well sundry report when the downhole well design is changed. All laboratory analytical reports regarding samples or tests from a well must be submitted to the AOGCC,no matter when the analyses are conducted. Item la. Multiple completion is defined as a well producing from more than one pool with production from each pool completely segregated.Each segregated pool is a completion. Item 1 b.Well Class Service wells:Gas Injection,Water Injection,Water-Alternating-Gas Injection,Salt Water Disp,Water Supply for Injection,Observation or Other. Item 4b.TPI(Top of Producing Interval). Item 9. The Kelly Bushing and Ground Level elevations in feet above mean sea level.Use same as reference for depth measurements given in other spaces on this form and in any attachments. Item 15.The API number reported to AOGCC must be 14 digits(ex:50-029-20123-00-00). Item 20.Report true vertical thickness of permafrost in Box 20.Provide MD and TVD for the top and base of permafrost in Box 29. Item 22.Review the reporting requirements of 20 AAC 25.071 and,pursuant to AS 31.05.030,submit all electronic data and printed logs within 90 days of completion,suspension,or abandonment,whichever occurs first. Item 23.Attached supplemental records should show the details of any multiple stage cementing and the location of the cementing tool. Item 24.If this well is completed for separate production from more than one interval(multiple completion),so state in item 1,and in item 23 show the producing intervals for only the interval reported in item 26.(Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval). Item 27.Method of Operation:Flowing,Gas Lift,Rod Pump,Hydraulic Pump,Submersible,Water Injection,Gas Injection,Shut-in,or Other(explain). Item 28.Provide a listing of intervals cored and the corresponding formations,and a brief description in this box.Submit detailed description and analytical laboratory information required by 20 AAC 25.071. Item 30.Provide a listing of intervals tested and the corresponding formation,and a brief summary in this box.Submit detailed test and analytical laboratory information required by 20 AAC 25.071. Item 31.Pursuant to 20 AAC 25.070,attach to this form:well schematic diagram,summary of daily well operations,directional or inclination survey,and other tests as required including,but not limited to:core analysis,paleontological report,production or well test results. Form 10-407 Revised 11/2015 Submit ORIGINAL Only TREE= CNV 1NEt.LHEAD= FMC •• SA r'NOTES: WELL ANGLE>70°@ 10620' ACTUATOR= BAKER g-27C ***4-1/2"CHROME TBG&LNR***MAX OLS:23.3° IrITIAL KB.ELI 81.92' @ 10592' BF.ELEV= 44.32' KOP= 2800' 2221' -14-1/2"FES X NP,D=3.813" Max Angle= 92"@ 12600' ' GAS LFT MANDRELS Datum MD= 13049 ST MD TVD DEV TYPE VLV LATCH FORT DATE Datum TVD= 8800'SS / I 4 3313 3304 15 MMG DOME RK 16 11/30/15 20"CONDUCTOR D=? --F110' M 3 6184 5590 45 WAG SO RK 20 11/30/15 2 8103 6989 42 MMG DIN RK 0 07/31/08 13-3/8"CSG,72#,L-80, D=12.347" H 2678' 1 9317 7903 43 MMG DMY RK 0 11/30/15 I I 9385' 1-4-1/2"HES X NP,D=3.813" Minimum ID =2.313" @ 10145` 9405' �9 518"X 4 112"BKRS 3 PK ID=D=3.875" 2-7/8" X NIPPLE 9430' -4-112"H S X NP,D=3.813" 4-1/2"TBG,12.6#,13CR-80 NSCT, -1 9490' -, 9492' H4-1/2"WLEG,D=3.958" .0152 bpf,D=3.958" JX-- 9566' -I9-5/8"X 5-1/2"BKR S-3 PKR,D=4.75" 9572' -15-1/2"X 4-1/2'XO,D=3.875' 1 r9593' -14-1/2"FES X NP,13=3.813" I I 9614' -14-1/2"HES XN NP,MLL@ TO 3.80"(09/18/12) 4-1/2"TBG, 12.6#,L-80 BTRS-M, -j 9625' ` 9621' -19-5/8"X 8"BKR ZXP LTP,D=7.50" .0152 bpf,D=3.958" 9626' H4-1/2"WLEG,D=4.0" ---- TOP OF 7"LINER -1 9781' �\ 9635' H9-5/8"X 7"BKR HMC LNR HGR,D=6.188" - 9642' --17"X 5-112"XO,D=4.813" 7"LNR,26#,L-80 BTRS,.0383 bpf,D=6.276" - 9791' -X X 9644' 5-112"X 4-112"XO,D=3.958" 9781' -19-5/8'X 7"BOT LNR HGR,ID=? 9-5/8"CSG,47#,L-80,D=8.681" -I 10082' , 7"MLLOUT WINDOW(B 27A) 10115'-10160' 7"BKR WHPSTOCK(??1??/??) -I -10115 7"LNR,29#,L-80 BTRS,.0371 bpf,D=6.184" -I ^-10115 01.1 _ 10138' 45 BKR KB LTP w/NS PTSA&X NP @ 10148', TOP OF 3-1/2"X3-3116"X2-718"LNR --1 10144' / 1 ID=2.313"(01/30/16) 3-112"LNR 9.3#,L-80 STL, -I 10165' 10144' -13.70"BKR DEPLOYMENT SLV,D=3.00" .0087 bpf,OD=2.992" 10148' -I2-7/8"X NP,D=2.313' 4-1/2"KB PACKER WHPSTOCK(12/01/15) -1 10166' 10165' -13-1/2'X3-3/16"XO,D=2.786" 4-1/2'LNR 12.6#,13CR-80 NSCT, H -10166' 0152 bpf,ID=3.958" 4-1/2"MLLOUT WINDOW(B-27C) 10166'-10175' PERFORATION SUMMARY REF LOG: BAKER RRN ON 01/30/16 a" 10840' IH TOC ANGLE AT TOP PERF:40'@ 13341' Note:Refer to Production DB for historical perf data11499' -13-3/16"X 2-718"XO,D=2.377" SIZE SPF INTERVAL Opn/Sqz SHOT SQZ 11500' -I PUT JT w/RA TAG 2" 6 13341-13371 0 01/31/16 :x 2" 6 13388-13394 0 01/30/16 .<h 3-1/4"LNR,6.6#,L-80 TCA,.0079 bpf,D=2.850' -1 11499' KIM -I 13402' 2-7/8"LNR,6.5#,L-80 STL,.0058 bpf,D=2.441" - 13439' ''' x` DATE REV BY COMMHJTS DATE REV BY COMMENTS PRUDHOE BAY UNIT 12/16/85 AUDI#2 ORIGINAL COMPLETION 02/03/16 JB/JMD SET NS LTPw/PTSA(01/30/16) WELL: B-27C 06/16/96 N18E SIDETRACK(B-27A) 02/11/16 TT/JMD FNAL ODE APPROVAL FIRNIT No:° 151840 08/01/08 N4ES RWO 02/16/16 JB/JMD ADPERFS(01/30-31/16) API No: 50-029-21471-03 10/05/12 NORDIC 1 CTD SIDETRACK(B-27B) 02/22/16 TR/JMD UPDATED TOP OF MD WNDOW SEC 31,T11 R R14E,496'FN. &1595'FEL 01/26/16 NORDIC2 CTD SIDETRACK(B-27C) 02/23/16 TR/..IND UPDATED TOP OF MO WNDOW 02/03/16 ND DRLG HO CORRECTIONS BP Exploration(Alaska) • North America-ALASKA-BP Page 1 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date: 1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 1/2/2016 00:00 - 01:00 1.00 MOB P PRE RIG WAS RELEASED AT MIDNIGHT FROM DS11-32A WARM UP MOVING SYSTEM PJSM,WITH ALL INVOLVED WITH MOVING RIG OFF WELL -DISCUSSED 12 x 12 CHOCK USAGE -DISCUSSED TESTING ESD PRIOR TO MOVING OFF(MANNED BY NORDIC SUPERINTENDENT) -DRILLER ASSIGNED SPOTTING POSITIONS -RADIO COMMUNICATION WAS CONFIRMED, AGREED COMMAND IS"STOP" -CREW WAS MADE AWARE OF NO TWC BEING INSTALLED -HAD DISCUSSION WITH OPS SUPERINTENDENT ABOUT SUSTAINED OA PRESSURE -VERIFIED ALL VALVES CLOSED 01:00 - 02:15 1.25 MOB P PRE MOVE OFF WELL DS11-32A STAGE RIG, PICKUP MATS AROUND WELL. PREP FOR MOVE TOOLPUSHER AND DRILLER PERFORMED ROUTE DRIVE. SECURITY ARRIVED. 02:15 - 15:30 13.25 MOB- P PRE START MOVING RIG. MOVE RIG OFF DS-11,RIGHT PAST PBOC TO WEST DOCK ROAD,LEFT ON OXBOW,RIGHT ON SPINE ROAD TO B-PAD. 14.7 MILES PAD TO PAD,TOTAL OF 12 HOURS TRAVEL TIME. 15:30 - 21:45 6.25 MOB P PRE ACCEPT RIG AT 15:30 SECURE CELLAR. WARM UP TREE SET UP ALL EQUIPMENT AROUND RIG INSTALLED FUSIBLE CAP PERFORM LEAK TIGHT TEST. NIPPLE UP BOPE. 21:45 - 22:30 0.75 MOB P PRE PICK INJECTOR AND INSPECT BOOT ON E-LINE. START FILLING STACK WITH FRESHWATER PERFORMED PASSING SHELL TEST TO 45004. PASSED. CALL AOGCC REP. ON THE WAY. TOLD WE COULD PROCEED. 22:30 - 00:00 1.50 BOPSUR P PRE BEGIN BOPE TEST WITH AOGCC WITNESS JOHNNIE HILL 1/3/2016 00:00 - 05:45 5.75 BOPSUR P PRE CONTINUE WITH BOPE TESTING TESTED LEL/H2S GAS ALARMS WITH AOGCC WITNESS. CONTINUE TESTING BOPE PER PROCEDURE. 05:45 - 06:00 0.25 BOPSUR P PRE PERFORM H2S/RIG EVACUATION WITH NIGHT CREW EVERYBODY MUSTERED IN TIMELY MANNER. 06:00 - 07:30 1.50 BOPSUR P PRE STAB ON AND REVERSE FOR INNER REEL AND PACKOFF TEST. PJSM FOR PT OF INNER REEL VALVE AND CT PACKOFF. PT OF INNER REEL VALVE AND CT PACKOFF IS GOOD. 07:30 - 08:20 0.83 RIGU P PRE PJSM THEN CUT 250 FT OF CT AND CABLE. Printed 2/8/2016 9'28:57AM • North America-ALASKA-BP • Page 2 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 'X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500282147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 08:20 - 09:10 0.83 RIGU P PRE BOOT THE CABLE AND MAKE UP INJECTOR TO WELL. LINE UP TO REVERSE,CABLE IS HEARD MOVING AT 3.5 BPM AFTER 15 BBLS HOT 1% KCL ENTERS THE REEL. PUMP 1 REEL VOLUME OF HOT FLUID. 09:10 - 10:30 1.33 RIGU P PRE GREASE CREW CHECKS TORQUE ON TREE BOLTS. GOT VERY SLIGHT MOVEMENT ON 2 BOLTS OF THE SARBER SPOOL,EVERYTHING ELSE SOLID. REMOVE INJECTOR FROM WELL. HOOK UP HYDRAULIC CUTTER,CUT 289 FT OF CT. 10:30 - 10:50 0.33 RIGU P PRE H2S RIG EVAC EXERCISE WITH ELLINGTON CREW. ALL PERSONS MUSTER AND ARE ACCOUNTED FOR IN 2 MIN. CONDUCT AAR. 10:50 - 11:30 0.67 RIGU P PRE INSTALL CT CONNECTOR,PULL TEST 35K IS GOOD. PRESSURE TEST 250/3800 PSI,GOOD. LINE UP TO CIRCULATE FORWARD,PUMP SLACK FORWARD. 11:30 - 13:00 1.50 RIGU P PRE INSTALL BHI CABLE HEAD. PT NIGHT CAP(QTS). PT UQC,LQC,GOOD. PT CHECKS,GOOD. 13:00 - 14:00 1.00 RIGU P PRE OPEN WELL UP TO CLOSED CHOKE AND NIGHT CAP. ABOUT 40 PSI ON WELL. LINE UP TO BLEED THIS OFF TO FLOWBACK TANK. PRESSURE TEST UQC 250/3800 PSI,GOOD. 14:00 - 14:30 0.50 RIGU P PRE BLED WELL PRESSURE OFF TO FLOWBACK TANK,GOES TO ZERO. ,SHUT IN AND MONITOR,GOES TO 10 PSI IN 20 MIN. BLEED OFF AGAIN TO FLOWBACK TANK. OPEN WHITEY ON NIGHT CAP AND MONITOR, SMALLAMOUNT OF GAS SEEN,NOT BLEEDING OFF. I DISCUSS WITH ODE,DECIDE TO MAKE A NOZZLE RUN. SHUT IN SWAB AND MASTER VALVE. 14:30 - 15:30 1.00 RIGU P PRE M/U BHA#1. NOZZLE,STINGER,DFCV,LQC,UQC. BHA OAL=13.56 FT. !PUMP 5 BBL MEOH SPEAR TO NOZZLE THEN OPEN WELL. Printed 2/8/2016 9:28:57AM North America ALASKA BP 411, Page 3 of 33 f Operation Summary Report y Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A(d175.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 15:30 - 17:00 1.50 RIGU P PRE RIH. TAKE ALL RETURNS TO FLOWBACK TANK INITIAL WHP AROUND 20 PSI. GETTING GASSY RETURNS BASED ON OUT MM DENSITY. STOP EVERY 30 MIN,SHUT IN WELL AND STRAP FLOWBACK TANK AS PER NORDICS -FMP. AFTER FIRST STRAP,TRIP SHEET SHOWS 35 BBLS PUMPED,53 BBLS IN TIGER TANK. STOP AND SHUT IN WELL,WHP=800 PSI. AT 3600 FT GETTING ALL GAS BACK. DISCUSS WITH ODE AND SI,CONTINUE RIH HOLDING 800 PSI WHP. 17:00 - 17:50 0.83 RIGU P I PRE STOPAT6700 FT AND SHUT IN WELL,STRAP FLOWBACK TANK. 69 BBLS DISPLACEMENT,80 BBLS IN FLOWBACK TANK CONTINUE RIH. AFTER 7500 FT START GETTING BETTER FLUID RETURNS,STILL GASSY. STOP AT 9600 FT AND SHUT IN WELL,STRAP FLOWBACK TANK. 95 BBLS DISPLACEMENT,107 BBLS IN FLOWBACK TANK. CONTINUE RIH. TAG WHIPSTOCK AT 10177 FT. 17:50 - 19:45 1.92 RIGU P PRE START PUMPING B/U WITH 1%KCL. FOLLOW PRESSURE SCHEDULE TO BLEED OFF WHP. FINISH BOTTOMS UP. DENSITY COMING UP, RETURNS CLEANING UP. SHUT IN. EMPTY FLOW BACK TANK AND FILL PITS WITH 9.5 MUD 19.45 - 23:25 3.67 RIGU P PRE COME ONLINE WITH 1%KCL. OPEN CHOKE. DENSITY 8.1 PPG 5 BBLS INTO CIRCULATION. OUT DENSITY UP TO WEIGHT. NO GAS. 1:1 RETURNS 40 BBLS 1%KCL AWAY, SWAP TO 9.5 PPG MUD. COMPLETE CIRCULATION OF MUD. BRING IN AND CIRCULATE BOTTOMS UP THROUGH MGS. 9.42 PPG IN /9.41 PPG OUT 1.98 BPM IN/1.98 BPM OUT NO SIGNS OF ANY GAS SINCE INITIAL CIRCULATION LINE BACK UP THROUGH DRILLING BYPASS 23:25 - 23:35 0.17 , CONDHL P PRE PERFORM 10 MIN FLOW CHECK WELL IS STATIC. COME ONLINE. 0.2 BBLS TO GET RETURNS. 23:35 - 00:00 0.42 CONDHL P PRE POOH FOR WINDOW MILL ASSEMBLY 1/4/2016 00:00 - 02:10 2.17 CONDHL P PRE FINISH PULLING OUT OF WELL TAG UP. FLUSH MGS WITH FRESHWATER TRIP SHEET 0 TO THIS POINT PERFORM 10 MIN FLOW CHECK. WELL 'STATIC 02:10 - 03:00 0.83 CONDHL P PRE PICK UP INJECTOR (02:10) LAY BHA#1 DOWN. MAKE UP BHA#2 WINDOW MILLING BHA INJECTOR ON(02:45) Printed 2/8/2016 9'28'57AM • North America-ALASKA-BP • Page 4 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 03:00 - 05:00 2.00 STWHIP P WEXIT PT QTS LOW 300#/3500# RIH 49K AT 9500' 05:00 - 06:00 1.00 STWHIP P WEXIT LOG TIE IN. USE MARKER AT 10061'AND 10063' -16'CORRECTION. CLOSE EDC. DRY TAG WHIPSTOCK PINCH 'POINT AT 10163.4 DISCUSS WITH GEOLOGY. PDS LOG IS 6' DEEPER THAN PDC 06:00 - 07:40 1.67 STWHIP P WEXIT BRING UP TO RATE 2.83 BPM AT 2800#FREE SPIN 2.83 BPM IN/2.83 BPM OUT 9.42 PPG IN /9.36 PPG OUT STALLED AT 10162.5' START TIME MILLING AT 10161.75 MILL TO 10163.1 FT. 07:40 - 09:20 1.67 STWHIP P WEXIT SEE 3 BBLS PIT GAIN OVER ABOUT 10 MIN. OUT MM DENSITY DOWN ABOUT 0.1 PPG FROM IN,CONFIRMED BY MUD ENGINEERS BALANCE MEASUREMENT. PICK UP FOR FLOW CHECK. 10 MIN PUMPS OFF FLOWCHECK SHOWS NO FLOW. NO LEL READINGS FROM SHAKER. OPEN EDC,PUMP 1.2 B/U THROUGH MGS. IN/OUT DENSITY READING THE SAME SOON AFTER STARTING CIRCULATION. MUD ENGINEER FINDS NO TRACE OF HYDROCARBON IN MUD RETURNS. NO PVT CHANGE,OUT DENSITY SOLID THROUGHOUT CIRCULATION,NO TRACE OF GAS IN MUD. 10 MIN PUMPS OFF FLOWCHECK SHOWS NO FLOW. 09:20 11:30 2.17 STWHIP P ` WEXIT CLOSE EDC. RIH TO MILL WINDOW,CONTINUE 1 FT/HR. MILL TO 10164.4 FT. 11:30 - 17:00 5.50 STWHIP P WEXIT CONTINUE MILLING FROM 10164.1 FT. 2.83/2.86 BPM IN/OUT. 9.44/9.39 PPG. ECD=10.73 PPG,PVT=360 BBLS. MILL TO 10168.6 FT. 17:00 - 20:30 3.50 STWHIP P WEXIT CONTINUE MILLING FROM 10168.8 FT. 20:30 - 22:30 2.00 STWHIP P WEXIT START MILLING RATHOLE MILLED TO 10182' 22:30 - 00:00 1.50 STWHIP P WEXIT PERFORM REAMING PASSES NO MOTOR WORK OR WEIGHT SEEN WINDOW LOOKING GOOD 1/5/2016 00:00 - 00:30 0.50 STWHIP P WEXIT FINISH REAMING PASSES PUMP 10 BBLS LOVIS/10 HIVIS PILLS GEOLOGY VERIFIED SAMPLE. DRY DRIFT WINDOW. NO ISSUES 00:30 - 00:45 0.25 STWHIP P WEXIT OPEN EDC PERFORM 10 MIN FLOW CHECK WELL STATIC 00:45 - 02:45 2.00 STWHIP P WEXIT POOH WHILE CIRCULATING 3.3 BPM IN/3.0 BPM OUT 19.44 PPG IN /9.38 PPG OUT j PJSM, STOP AT 200' Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 5 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 'X3-017H7-C:(3,729,805.00) Project:Prudhoe BaySite:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 02:45 - 03:03 0.30 STWHIP P WEXIT PERFORM 10 MIN FLOW CHECK. WELL STATIC 03:03 - 04:14 1.18 DRILL P PROD1 INJECTOR OFF WELL AT 03:03 LAY DOWN WINDOW MILLING BHA WINDOW MILL 3.78"NO GO / STRING REAMER 3.79" NO GO MAKE UP BHA#3 INJECTOR ON 04:14 04:14 - 06:50 2.60 DRILL P PROD1 RIH WITH BHA#3. TIE IN DEPTH FROM 10185 FT,CORRECT-13 FT. CLOSE EDC,PASS THROUGH WINDOW. 06:50 - 11:50 5.00 DRILL P PROD1 RIH,PASS THROUGH WINDOWATOLTF,TAG BOTTOM RATHOLE AT 10186 FT. PECK UP AND TURN TF TO START DRILLING AT 40R. DRILL FROM 10185 FT. INITIAL ROP IS SLOW,5-10 FT/HR WITH 4K DWOB. CONTINUE DRILLING TO 10,216 FT WITH SLOW ROP. 11:50 - 16:50 5.00 DRILL P PROD1,- TWO BBLS PIT GAIN IS NOTICED,PICK UP ABOVE WINDOW FOR FLOW CHECK. 10 MIN PUMPS OFF FLOW CHECK IS GOOD, CONTINUE DRILLING. PAST 10220 FT ROP INCREASES TO 15-20 FT/HR WITH 3K DWOB. 2.77/2.79 BPM @ 2950 PSI FREE SPIN. 9.46/9.41 PPG. PVT=358 BBLS,ECD=10.74 PPG. DRILL TO 10285 FT. 16:50 - 23:27 6.62 DRILL P PROD1 PULL 100 FT WIPER FROM 10,285 FT. CLEAN PASS UP AND DOWN. CONTINUE DRILLING FROM 10,285 FT WITH ROP 20-30 FT/HR. 3K DWOB. 2.77/2.79 BPM @ 2970 PSI FREE SPIN. 9.44/9.42 PPG. PVT=358 BBLS,ECD=10.76 PPG. DRILL TO 10397FT. 23:27 - 00:00 0.55 DRILL N DFAL PROD1 CAN'T GET GOOD SURVEY'S.PUH&CHECK SHOT THE GOOD SURVEYS'-PASS. 1/6/2016 00:00 - 02:35 2.58 DRILL N DFAL 10,397.00 PROD1 SEND SURVEYS TO GET CHECKED DUE TO SOLAR FLARE ACTIVITY.PARALLELING B-27A ABANDONED WELLBORE 35FT AWAY. 02:35 - 05:00 2.42 DRILL N DFAL 10,397.00 PROD1 UNABLE TO POSITIVELY DETERMINE SOURE OF MAGNETIC INTERFERANCE(TOOL ISSUE OR CLOSE PROXIMITY TO WELL BORE).POH TO CHANGE SURVEY PACKAGE. 05:00 - 07:30 2.50 DRILL N DFAL 10,397.00 PROD1 CONDUCT PJSM WHILE POOH. 10 MIN PUMPS OFF FLOWCHECK IS GOOD, NO FLOW. F TRIP SHEET IS-1 BBLS TO THIS POINT. TAG STRIPPER AND CHANGE OUT DIRECTIONAL PACKAGE. REDUCE MOTOR BEND FROM 1.15 DEG TO 1.1 DEG. BIT IS 1-1,WILL RE-RUN. DISCUSS WITH BHI ANC PLAN FORWARD. INJ OFF 05:10 Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 6 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 07:30 - 08:00 0.50 DRILL P 10,397.00 PROD1 FUNCTION TEST BOPS FROM RIG FLOOR. ALL FUNCTIONS NORMAL. 08:00 - 08:30 0.50 DRILL N DFAL 10,397.00 PROD1 WAIT ON UPDATED AC SCAN USING INCLINATION TRENDING DUE TO PROBLEMS WITH GOOD AZIMUTH. 08:30 - 09:00 0.50 DRILL N DFAL 10,397.00 PROD1 M/U BHA#4,1.1 DEG ULS MOTOR WITH RE-RUN HYC TC BIT,NEW DIRECTIONAL PACKAGE. M/U INJECTOR AT 09:30. 09:00 - 11:45 2.75 DRILL N DFAL 10,397.00 PROD1 ZERO COUNTERS,TEST QTS,TEST BHI TOOL,RIH. 11:45 - 14:00 2.25 DRILL N DFAL 10,397.00 PROD1 PERFORM LONG TIE-IN FROM 10085 FT PAST WHIPSTOCK. STOP ABOVE WHIPSTOCK AND CORRECT-13 FT. RA TAG IS INA HOT SECTION OF SHUBLIK, CAN'T SEE IT. PASS THROUGH-WINDOWAND TAKE CHECK SHOT SURVEYS TO CHECK NEW TOOLS, THEY CHECK THE SAME AS BHA#3. 14:00 - 15:30 1.50 DRILL -N DFAL 10,397.00 PROD1- DISCUSS WITH ODE,WAIT FOR OCN#2 TO DRILL AHEAD WITH WELL PLAN 12AAND NEW TRAVELING CYLINDER. 15:30 - 16:30 1.00 DRILL N DFAL 10,397.00 PROD1 GET WELL PLAN 12AAND OCN#2,RIH TO DRILL. 16:30 - 18:00 1.50 DRILL P PROD1 DRILL FROM 10400 FT WITH LOW ROP. 18:00 - 00:00 6.00 DRILL_ P PROD1 CONTINUE TO DRILL FROM 10439FT FREE SPIN=2925 PSI AT 2.954 BPM RATE IN=2.95 BPM RATE OUT=2.95 BPM MW IN=9.45 PPG MW OUT=9.41 PPG ECD 10.76 PPG ROP=20 FPH WOB=1.5-5 K CIRC PSI= 3310 PSI IAP=0 PSI OAP=500 PSI PVT=345 BBLS 1ST CLEAN SURVEY FROM 10467FT DRILL TO 10,530 FT. 1/7/2016 00:00 - 07:00 7.00 DRILL P PROD1 CONTINUE TO DRILL FROM 10530FT FREE SPIN=2925 PSI AT 2.954 BPM RATE IN=2.95 BPM RATE OUT=2.95 BPM MW IN=9.45 PPG MW OUT=9.41 PPG ECD =10.76 PPG ROP=20-40 FPH WOB=1.5-5 K CIRC PSI= 3310 PSI IAP=0 PSI OAP=500 PSI PVT=345 BBLS DRILL TO 10657 FT. 07:00 - 10:00 3.00 DRILL P PROD1 PUMP 10 LO/10 HI VIS SWEEDPAROUND AT 10657 FT. CONTINUE DRILLING WITH LOW ROP,IN ZONE 3. DRILL TO 10682 FT. 10:00 - 13:30 3.50 DRILL P PROD1 CONTINUE DRILLING FROM 10682 FT. 2.97/2.98 BPM IN/OUT. 9.46/9.41 PPG. ECD=10.76 PPG,PVT=421 BBLS. DRILL TO 10702 FT. 13:30 - 14:30 1.00 DRILL P PROD1 PULL SHORT WIPER FROM 10702 FT. CLEAN PASS UP AND DOWN. CONTINUE DRILLING FROM 10,702 FT. DRILL TO 10708 FT. Printed 2/8/2016 9:28:57AM SNorth America-ALASKA-BP al Page 7 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date 1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.4ousft(above Mean Sea Level) Date From-To Hrs Task Code I NPT NPT Depth Phase Description of Operations (hr) (usft) 14:30 - 17:00 2.50 DRILL P PROD1 POOH FOR BIT. AVERAGE ROP AROUND 6 FT/HR,HAVE TO USE HIGH DWOB TO CONTINUE DRILLING. DYNAMIC FLOW CHECK IS GOOD JUST OFF BOTTOM,1.11/1.06 BPM AT 7 FT/MIN. POOH. PULL SLOWLY THROUGH 9-5/8"SECTION PUMPING AT 3.4 BPM. CONTINUE POOH. 17:00 - 18:05 1.08 DRILL P PROD1 CONDUCT PJSM WHILE POOH. TRIP SHEET IS-5 BBLS TO THIS POINT. FLOW CHECK AT SURFACE SHOWS NO FLOW. TAG STRIPPER AND STAND BACK INJECTOR. INJECTOR OFF AT 17:30 BIT IS 4-3,CHANGE OUT BITS RE-RUN EVERYTHING ELSE. M/U INJECTOR,ON AT 18:00. 18:05 - 20:10 2.08 DRILL P PROD1 ZERO COUNTERS,TEST QTS,TEST BHI TOOL. RIH. 20:10 - 20:30 0.33 DRILL P PROD1. LOG DOWN FOR TIE-IN FROM 1011OFT. MINUS 12FT CORRECTION. 20:30 - 21:00 0.50 DRILL P PROD1 ,WIPER TO TD-CLEAN. 21:00 - 22:20 1.33 DRILL P PROD1 DRILL FROM 10708FT FREE SPIN=2900 PSI AT 2.82 BPM RATE IN=2.82 BPM RATE OUT=2.82 BPM MW IN=9.45 PPG MW OUT=9.41 PPG ECD =10.76 PPG ROP=20-40 FPH WOB=1.5-3 K CIRC PSI= 3310 PSI IAP=0 PSI OAP=500 PSI PVT=333 BBLS LOSSES FROM 10720FT-0.4BPM INCREASING TO 1.5BPM ORDER MORE FLUID.CONTACT ODE/SUPERINTENDENT. DRILL TO 10732 FT. 22:20 - 22:40 0.33 DRILL N DPRB 10,732.00 PROD1 PUH TO WINDOW WAIT FOR 260BBLS OF 9.5 RECYCLED MUD FROM MUD PLANT.ORDER MORE BATCHES OF 9.5PPG FROM MUD PLANT.ORDER 8.65PPG(MAX MIX WEIGHT) FROM HOT WATER PLANT.DISCUSS RIG MOVE W/N1&9ES.PULL THROUGH WINDOW. OPEN EDC. 22:40 - 00:00 1.33 DRILL N DPRB 10,732.00 PROD1 PUMP 1.32BPM IN WITH 0.22BPM OUT.MOVE COIL PERIODICALLY.WAIT ON FLUID. 1/8/2016 00:00 - 01:40 1.67 DRILL N DPRB 10,732.00 PROD1 CONTINUE TO WAIT ON FLUIDS.FILL PITS WITH 9.5PPG.100%LOSSES DOWN COIL AT 3.5BPM.SPLIT PUMPS.FILL BACKSIDE AT 0.88BPM&0.41 BPM DOWN COIL.LOSS RATE 0.4BPM.DISCUSS IMPLICATIONS OF LOWER MUD WEIGHT(IA COMM),PUMPING ACROSS THE TOP,FLUID MANAGEMENT,RIG MOVES &WELL BORE BREATHING DUE TO LOSSES WITH CREW. 01:40 - 02:10 0.50 DRILL N DPRB 10,732.00 PROD1 WIPER TO TD.CIRC 0.55BPM DOWN BACKSIDE.CIRC 0.42BPM/538PSI DOWN COIL.0.44 BPM LOSSES. Printed 2/8/2016 9:28.57AM • North America-ALASKA-BP S Page 8 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor.NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task j I Code NPT NPT Depth Phase Description of Operations (hr) (usft) 02:10 - 03:35 1.42 DRILL P PROD1 DRILL FROM 10732FT FREE SPIN=-2800 PSI AT 3.06 BPM RATE IN(COIL)=3.06 BPM RATE OUT=0.64 BPM PUMP DOWN BACKSIDE 0.57BPM- LOSSES 3BPM MW IN=9.56 PPG MW OUT=9.45 PPG ECD =10.76 PPG ROP=20-70 FPH WOB=1.5-3.5 K CIRC PSI =-3000 PSI IAP=0 PSI OAP=372 PSI PVT=-340 BBLS W/4 VAC TRUCKS ON LOCATION AT 10754FT,STOP PUMPING DOWN BACKSIDE.1.27BPM RETURN RATE DRILL TO 10800 FT.TOTAL LOSSES. _ 03:35 - 06:30 2.92 DRILL P PROD1 DRILL FROM 10800FT FREE SPIN=-2800 PSI AT 3.02 BPM RATE IN(COIL)=3.02 BPM RATE OUT=0.79 BPM PUMP DOWN BACKSIDE 0.72BPM- LOSSES 3BPM MW IN=9.54 PPG MW OUT=9.41 PPG ECD 10.76 PPG ROP=20-70 FPH WOB=1.5-3.5 K CIRC PSI =-2875 PSI -IABP=0 PSI OAP=238 PSI DRILL TO 10987 FT. '06:30 - 09:00 2.50 DRILL P PROD1 CONTINUE DRILLING FROM 10987 FT. ROP IS 60-100 FT/HR WITH 3-4K DWOB. 3.02/0.94 BPM IN/OUT. 9.53/9.43 PPG,ECD=10.76 PPG. IAP=0 PSI,OAP=110 PSI. DRILL TO 11,100 FT. 09:00 - 11:10 2.17 DRILL P PROD1 LONG VIPER TRIP FROM 11,100 FT. PULL THROUGH WINDOW AND OPEN EDC. CLEAN TUBING 3.08/0.7 BPM UP PAST 9-5/8". RETURNS INCREASE SLIGHTLY AS WE GET HIGHER UP. TIE IN DEPTH,CORRECT+3 FT. LOG CCL DOWN PAST POSSIBLE LINER TOP SETTING DEPTH. SEE SLIGHT COIL PRESSURE FLUCTUATIONS RIH PAST LOSS ZONE,NOTHING ON WEIGHT._ 11:10 - 14:20 3.17 DRILL P PROD1 DRILL FROM 11,100 FT. INITIAL ROP IS 30-40 FT/HR WITH 3-4K DWOB. 2.75/0.66 BPM,9.53/9.48 BPM. DRILL TO 11126 FT. LOW ROP AFTER 11110 FT. 14:20 - 15:20 1.00 DRILL P PROD1 CONTINUE DRILLING FROM 11126 FT. DRILL TO 11129 FT. ROP IS 3 FT/HR WITH 5-6K DWOB. POOH FOR BIT CHANGE. 15:20 - 18:30 3.17 DRILL P PROD1 POH.CIRC AT 1.8BPM W/1.25BPM LOSSES. 18:30 - 18:40 0.17 DRILL P PROD1 PJSM REGARDING LD TOOLS. 18:40 - 19:30 0.83 DRILL P PROD1 POP OFF WELL 18:55.PLACE INJECTOR OVER BUNG HOLE.LD BHA.BIT WAS 7-3, RUNG OUT.KEEP HOLE FULL WITH 1.13BPM DOWN BACKSIDE. 19:30 - 22:40 3.17 DRILL P PROD1 WHILE FILLING BACKSIDE AT 1.11BPM.CUT OFF CTC.INSTALL COIL CUTTER.CUT 100FT OF COIL.RD COIL CUTTER.HAND CUT 5'. PREP COIL.INSTALL CTC.PULL TEST& PRESSURE TEST. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 9 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 22:40 - 22:50 0.17 DRILL P PROD1 PJSM REGARDING MU BHA. 22:50 - 23:35 0.75 DRILL P PROD1 WHILE PUMPING ACROSS THE TOP AT 0.91 BPM,MU BHA#6.STAB ONTO WELL. 23:15.TEST QTS.POWER UP&TEST TOOLS. SET COUNTERS. 23:35 - 00:00 0.42 DRILL P PROD1 ,RIH W/BHA#6.CIRC 0.34BPM DOWN COIL& 1.09BPM ACROSS THE TOP. 1/9/2016 00:00 - 01:25 1.42 DRILL P PROD1 CONTINUE TO RIH WITH BUILD BHA.CIRC 0.32BPM DOWN COIL&1.09BPM ACROSS THE TOP. 01:25 - 01:35 0.17 DRILL P PROD1 LOG DOWN FOR TIE-IN FROM 10110FT, MINUS 12FT CORRECTION. 01:35 - 02:25 0.83 DRILL P PROD1 WIPER TO TD.CIRC THRU BIT AT 1 BPM/900PSI.CIRC AACROSS TOP AT 1/1 BPM -CLEAN. - 02:25 - 05:00 2.58 DRILL P PROD1 DRILL FROM 11129FT FREE SPIN=-2640 PSI AT 2.95 BPM i RATE IN(COIL)=2.95 BPM RATE OUT=1.12 BPM PUMP DOWN BACKSIDE 1.1 BPM- LOSSES 3BPM MW IN=9.47 PPG MW OUT=9.38 PPG ECD 9.81 PPG ROP=5-15 FPH WOB=1.5-3.5 K CIRC PSI =-2740 PSI IAP=0 PSI OAP=116 PSI DRILL TO 11200 FT. 05:00 - 08:25 3.42 DRILL P PROD1 CONTINUE DRILLING FROM 11200 FT,ROP 70 FT/HR WITH 1-2K DWOB. 3.00/0.5 BPM,9.50/9.41 PPG. SHORT WIPER TRIP AT 11,278 FT. CLEAN PASS UP AND DOWN. CONTINUE DRILLING 11,280 FT. ROP IS 40-50 FT/HR WITH 3-4K DWOB. DRILL THROUGH 22N SHALE,OCCASIONAL STALLS AND LOW ROP THROUGH THE SHALE. DRILL TO 11,294 FT. 08:25 - 13:00 4.58 DRILL P PROD1 PICK UP BACK THROUGH LOSS ZONE TO ASSESS HOLE CONDITIONS THERE. PULL BACK TO 10680 FT AND BACK TO BOTTOM,CLEAN PASS. NO WEIGHT BOBBLES SEEN JUST SLIGHT(<50 PSI)CIRC PRESSURE FLUCTUATIONS. CONTINUE DRILLING FROM 11294 FT. SLOW ROP IN THE 22N SHALE. DRILL TO 11308 FT. 17:00 4.00 13:00 - DRILL P PROD1 PICKUP AND TRY TO GET MOTOR WORK THROUGH SHALE. AFTER 11315 FT ROP PICKS UP,OUT OF 22N SHALE AS PER GEO. DRILL TO 11,331 FT AND SHORT WIPER TO 11,200 FT. CLEAN PASS UP AND DOWN. CONTINUE DRILLING FROM 11315 FT. 2.98/0.29 BPM WITH 0.34 BPM DOWN KILL LINE. ROP IS 100-120 FT/HR WITH 2-3K DWOB. DRILL TO 11,440 FT. Printed 2/8/2016 9:28:57AM North America-ALASKA-BP Page 10 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 17:00 - 17:50 0.83 DRILL P PROD1 PULL WIPER TRIP BACKABOVE LOSS ZONE. WIPER TRIP TO 10680 FT AND BACK TO BOTTOM IS CLEAN,NO WEIGHT BOBBLES OR PRESSURE FLUCTUATIONS SEEN. 17:50 - 00:00 6.17 DRILL P PROW CONTINUE DRILLING FROM 11440 FT FREE SPIN=-3090 PSI AT 3.00 BPM RATE IN(COIL)=3.00 BPM RATE OUT=0.32 BPM PUMP DOWN BACKSIDE 0.45BPM- LOSSES 3.1 BPM MW IN=9.58 PPG MW OUT=9.43 PPG ECD =10.03 PPG ROP=5-15 FPH WOB=1.5-3.5 K CIRC PSI =-3278 PSI IAP=0 PSI OAP=`18 PSI DRILL TO 11484FT. 1/10/2016 00:00 - 02:50 2.83 DRILL P PROD1 CONTINUE DRILLING FROM 11484 FT. FREE SPIN=-3090 PSI AT 2.79 BPM RATE IN(COIL)=2.79 BPM RATE OUT=0.31 BPM PUMP DOWN BACKSIDE 0.52BPM- LOSSES 3.0BPM MW IN=9.53 PPG MW OUT=9.43 PPG ECD =10.00 PPG ROP=5-10 FPH WOB=1.5-6.5 K CIRC PSI =-3100 PSI IAP=O PSI OAP=7 PSI DRILL TO 11505FT. 02:50 - 03:50 1.00" DRILL P PROD1 WIPER TO THE WINDOW.CIRC 2.81BPM DOWN COIL&0.5BPM ACROSS THE TOP. 03:50 - 06:30 2.67 DRILL P PROD1 POH FOR BIT. TAG STRIPPER,CIRC TO KEEP WELL FULL ON 0.6 BPM LOSSES AT SURFACE. 06:30 - 07:00 0.50 DRILL - P PROD1 CREW CHANGE AND RIG CHECKS. CONDUCT H2S RIG EVAC EXERCISE WITH MEINHOLD CREW. ALL PERSONS MUSTER AND ACCOUNTED FOR IN 2 MIN. 07:00 - 07:30 0.50 DRILL P PROD1 REMOVE INJECTOR AT 07:00,SHORT CHAIN BHA OUT OF HOLE. CHANGE OUT BIT,RE-RUN EVERYTHING ELSE. BIT IS 4-2,SLIGHT RINGING ON THE NOSE. M/U BHA#7,RE-RUN HCC 4.25"BIT. BHA OAL=82.04 FT. 07:30 - 10:30 3.00 DRILL P PROD1 M/U INJECTOR AT 07:26. ZERO COUNTERS,TEST BHI TOOL,TEST QTS. RIH. PUMP 0.7 BPM KILL LINE+0.4 BPM EDC, 0.6 BPM RETURNS. TIE IN DEPTH FROM 10100 FT. RIH AND PASS THROUGH WINDOW. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP S Page 11 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 10:30 - 11:40 1.17 DRILL P PROD1 RIH TO BOTTOM WITH REDUCED PUMP RATE.STACK WEIGHT AT 10725,FAULT/ FRACTURE ZONE. PICK UP AND RUN BACK THROUGH,THEN PULL BACK AND DO IT AGAIN. CLEAN PASS. CONTINUE RIH TO BOTTOM AT REDUCED PUMP RATE. STACKING AT 11440 FT,IN A MASSIVE SHALE FROM 11420 FT TO TD. PICK UP HEAVY,TRY TO PASS AGAIN,NO LUCK. PICK BACK UP 72K TO GET FREE,200 FT AND TRY TO PASS SHALE ZONE AGAIN,WORK :DOWN TO 11480 FT AND STACK. PICK UP BACK ABOVE SHALE ZONE,PULL 76K TO PULL FREE. DISCUSS WITH ODE,PICK UP AND WAIT FOR MUD TO ARRIVE THAT HAS A HIGHER KCL% THAN WHAT WE ARE CURRENTLY DRILLING WITH. 11:40 - 12:40 1.00 DRILL P PROM-- PULLING HEAVY WITH THE CONNECTOR AT THE LOSS ZONE. NOTHING ON DWOB. RIH AND POP FREE. PUMP 10 BBLS LO/10 BBLS HI VIS SWEEP INTO CT. NO RETURNS. PICK UP AND PUMP DOWN BACKSIDE TO TRY AND PASS FAULT ZONE,NO LUCK. VERY LOW INJECTIVITY DOWN BACKSIDE. PRESSURE UP WHP TO 500 PSI AND DUMP IT,NO LUCK SHIFTING CUTTINGS BED. RIH,CLOSE CHOKE AND PRESSURE UP WHP TO 500 PSI THEN DUMP IT WHILE RIH. REPEAT. NO LUCK SHIFTING CUTTINGS BED. PICK BACK UP TO 10770 FT,INCREASE RATE DOWN CT. CIRC LO VIS THEN HIGH VIS OUT OF CT AND INTO LOSS ZONE. PULL TO 10772 FT,PULL 10K OVER THEN RUN BACK DOWN. REPEAT,GAINING A FEW FEET EACH TIME. _ VARY PUMP RATE DOWN CT 2.2-3.1 BPM. 12:40 - 13:30 0.83 DRILL P PROD1 CYCLE PIPE 17 TIMES,GAIN A FEW FEET EACH TIME. LIMIT OVERPULLS TO 12K OVER. FINALLY PULL FREE AT 10726 FT. PULL HEAVY AGAIN AT 10670 FT,THIS TIME AT THE BIT. WORK PIPE HERE. CONTINUE POOH 10 FT/MIN,SEEING MOTOR WORK AND TENSION ON DWOB OCCASIONALLY. 13:30 - 14:40 1.17 DRILL N DPRB 11,505.00 PROD1 PULL THROUGH WINDOW,PULL PAST 9-5/8". NO ISSUES. RIH THROUGH WINDOW,CLEANOUT TO 11,260 FT. CYCLE PIPE FROM 11750 FT BACK TO 11680 FT,NOTHING SEEN. CONTINUE CLEANOUT DOWN TO 11,260 FT. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 12 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A(§75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 14:40 - 17:30 2.83 DRILL N DPRB 11,505.00 PROD1 WIPER TRIP BACK TO WINDOW. CLEAN PASS ALL THE WAY,NOTHING SEEN. PULL THROUGH WINDOW AND OPEN EDC. PUMPS OFF FLOWCHECK IS GOOD,NO FLOW. POOH. 17:30 - 18:45 1.25 DRILL N DPRB 11,505.00 PROD1 POP OFF WELL.LD BHA.CONTINUE TO PUMP [ACROSS THE OP AT 1.1BPM. 18:45 - 18:50 0.08 DRILL N DPRB 11,505.00 PROD1 PJSM REGARDING MU BHA.1.1 BPM LOSS RATE. 18:50 - 19:25 0.58 DRILL N DPRB 11,505.00 PROD1 MU BHA.19:12.TEST QTS.POWER UP&TEST TOOLS.SET COUNTERS.OPEN EDC.1.1BPM LOSS RATE. 19:25 - 22:30 3.08 DRILL N DPRB 11,505.00 PROD1 RIH.PUMP 1.1BPM DOWN COIL&0.5BPM ACROSS THE TOP.1 BPM LOSS RATE. 22:30 - 22:40 0.17 DRILL N DPRB 11,505.00 PROD1 CONTIUE TO PUMP ACROSS THE TOP AT 1.1BPM.LOG DOWN FOR TIE-IN FROM 10100FT.MINUS 12 FT CORRECTION.CLOSE EDC.2 BPM LOSS RATE. 22:40 - 00:00 1.33 DRILL N DPRB 11,505.00 PROD1 RIH IN OH WITH BILLET.PUMP ACROSS TOP AT 1.1BPM.WORK THRU 10684FT.RIH TO 11211.45FT.SET TOP AT 11200FT.SET 5K DOWN.2BPM LOSS RATE. 1/11/2016 00:00 - 02:50 2.83 DRILL N DPRB 11,505.00 PROD1 POH.PUMP 1.23BPM DOWN BACKSIDE.2BPM LOSS RATE.PJSM REGARDING HANDLING BHA WHILE POH. 02:50 - 04:00 1.17 DRILL N. DPRB 11,505.00 PROD1 PUMP 1.1 BPM DOWN BACKSIDE.POP OFF I WELL.LD BHA.MU BUILD/LATERAL BHA. STAB ONTO WELL.TEST QTS.POWER UP& TEST TOOLS.SET COUNTERS.OPEN EDC. LOSSES 1.3BPM. 04.00 - 07:00 3.00 DRILL N DPRB 11,505.00 PROD1 RIH WITH BHA#9.CIRC 1.1 BPM DOWN COIL &1.1 ACROSS THE TOP.LOSSES-2BPM. TAG BILLET AND MIN RATE AT 11,202.3 FT. PICK UP AND GO TO 2.9 BPM,START TIME MILLING OFF BILLET AS PER BHI _ PROCEDURE FROM 11201.9 FT. 07:00 - 09:30 2.50 DRILL N DPRB 11,505.00 PROD1 START TIME MILLING AT 5L TF FROM 11,201.9 FT AT 1 FT/HR. AT 11204 FT DWOB FALLING OFF WITH EACH STEP. GRADUALLY INCREASE ROP,GOOD INDICATIONS OF DEPARTURE. 09:30 - 13:30 4.00 DRILL N DPRB 11,505.00 PROD1 DRILL FROM 11,210 FT. ROP IS 20-30 FT/HR WITH 1-2K DWOB. PAST 11,260 FT ROP GOES TO 150 FT/HR WITH 1K DWOB. START BUILDING ANGLE AT 11,270 FT. ENTER 22N SHALE AROUND 11,280 FT BASED ON ROP CHANGE AND GR. GETTING ABOUT 0.25 BPM RETURNS. DRILL TO 11,315 FT. SLOW ROP THORUGH 13:30 15:50 2.33 DRILL NCO SHALE. - DPRB' 11,505.00 PROD1 CONTINUE DRILLING FROM 11,315 FT WITH LOW ROP THROUGH THE 22N SHALE. DRILL TO 11,350 FT. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 13 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date: 1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12.00:OOAM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA I UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task , Code NPT NPT Depth Phase Description of Operations (hr) (usft) 15:50 - 16:50 1.00 DRILL N DPRB 11,505.00 PROD1 WIPER TRIP FROM 11,350 FT BACK THROUGH LOSS ZONE TO ASSESS HOLE CONDITIONS THERE. SEE SMALL ECD AND RETURN RATE FLUCTUATIONS,NOTHING ON WEIGHT. PULL BACK TO 10,600 FT AND TURN AROUND. CLEAN PASS UP AND DOWN,NOTHING SEEN PASTBILLET. 16:50 - 22:00 5.17 DRILL N DPRB 11 505.00 PROD1 DRILL FROM 11,350 FT. ROP IS 10-30 FT/HR WITH 1-2K DWOB. FREE SPIN=-3090 PSI AT 2.79 BPM • RATE IN(COIL)=2.79 BPM RATE OUT=0.31 BPM PUMP DOWN BACKSIDE 0.52BPM- LOSSES 3.OBPM MW IN=9.53 PPG MW OUT=9.43 PPG ECD =10:00 PPG ROP=5-10 FPH WOB=1.5-6.5 K CIRC PSI =-3100 PSI IAP=0 PSI OAP=67 PSI DRILL TO 11,534 FT. 22:00 - 00:00 2.00 DRILL P PROD1 POH TO DIAL MOTOR DOWN.WIPER TO THE WINDOW-CLEAN.LOSS RATE 2.7BPM. 1/12/2016 00:00 - 01:20 1.33 DRILL P PROD1 CONTINUE TO POH.CIRC 1BPM ACROSS TOP &2.7BPM DOWN COIL.PJSM REGARDING HANDLING BHA WHILE POH. 01:20 - 01:40 0.33 • DRILL P PROD1 POP OFF WELL,01:20 INJ OFF.STAND BACK INJECTOR.STAND BACK BHA.MILK MOTOR. _ BIT WAS 3-1,RO.1.18PM LOSS RATE. 01:40 - 01:50 0.17 BOPSUR P PROD1 RU TEST JOINT.FUNCTION TEST BOPE FROM RIG FLOOR.LD TEST JOINT. 01:50 - 02:30 0.67 DRILL P PROD1 MU BHA#10. 02:13,INJ ON.TEST QTS. POWER UP&TEST TOOLS.SET COUNTERS. OPEN EDC.1.1 BPM LOSS RATE. 02:30 - 05:00 2.50 DRILL P PROD1 RIH WITH BHA#10.CIRC 1.1 BPM ACROSS TOP&2BPM DOWN COIL. TIE IN DEPTH,CORRECT+16 FT. 05:00 - 05:50 0.83 DRILL P PROD1 CONTINUE RIH,PASS THROUGH WINDOW. CLEAN PASS TO BOTTOM. 05:50 - 08:30 2.67 DRILL P PROD1 DRILL FROM 11,537 FT. INITIAL ROP AROUND 100 FT/HR WITH 2-3K DWOB. PAST 11550 FT ROP INCREASES TO AROUND 150 FT/HR. PICK UP AFTER DRILLING OFF,RETURNS NOW ABOUT 0.5 BPM. DRILL TO 11,750 FT. 08:30 - 09:40 1.17 DRILL P PROD1 WIPER TRIP FROM 11,750 FT BACK ABOVE LOSS ZONE. REDUCE PUMP TO 1.7 BPM PULLING THROUGH 22N SHALE. RETURNS GET TO 40-50%BRIEFLY AS THE CONNECTOR PULLS THROUGH THE LOSS ZONE. PULL THROUGH WITH SMALL WT BOBBLES, <3K. RIH TO DRILL. 09:40 - 10:30 0.83 DRILL P PROD1 DRILL FROM 11750 FT TO 11776 FT. GETTING DLS THAT ARE TOO HIGH,MAY COMPROMISE OUR ABILITY TO REACH TD. DISCUSS WITH ODE,WIPER.CONTINUE DRILLING AHEAD. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 14 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 10:30 - 18:00 7.50 DRILL P PROD1 DRILL FROM 11,776 FT. ROP IS 10-30 FT/HR WITH 1-4K DWOB. FREE SPIN=-2870 PSI AT 2.97 BPM RATE IN(COIL)=2.97 BPM RATE OUT=0.31 BPM PUMP DOWN BACKSIDE 0.42BPM- LOSSES 3.1 BPM MW IN=9.50 PPG MW OUT=9.44 PPG ECD =10.01 PPG ROP=5-10 FPH CIRC PSI=-3100 PSI IAP=0 PSI OAP=148 PSI -GAMMA INDICATING SHALE,VERY SLOW ROP 18:00 - 23:30 5.50 DRILL P PROD1 CONDUCT BHA WIPER IN ATTEMPT TO INCREASING DRILLING RATE. RUN BACK TO BOTTOM WITH NO ISSUES. -DRILL AHEAD FROM 11,900'WITH AVERAGE LOSS RATE OF 3.0 BPM TO THE FORMATION -KEEPING HOLE FULL BY PUMPING 9.50 PPG FLOVIS DOWN BACKSIDE AT.55-.70 BPM -GOOD COIL WEIGHT TRANSFER,TAKING A LOT OF WOB TO DRILL DRILL TO 11989FT. 23:30 - 00:00 0.50 DRILL P PROD1 POH DUE TO LOW ROP,HIGH WOB-NO STALL. 1/13/2016 00:00 - 03:00 3.00 DRILL P PROD1 CONTINUE TO POH.CIRC 0.9BPM ACROSS TOP 1.63BPM LOSSES.PJSM REGARDING HANDLING BHA WHILE POH. 03:00 - 03:30 0.50 DRILL-- P PROD1 POP OFF WELL,03:05 INJ OFF.STAND BACK INJECTOR.LD BHA.MILK MOTOR.BIT WAS 3-1,RO,2 PLUGGED JETS IN NOSE.1.1BPM LOSS RATE,FILL ACROSS TOP. 03:30 - 03:40 0.17 DRILL P PROD1 PJSM REGARDING RU WING VALVE IRON& FOR CUTTING COIL. 03:40 - 06:00 2.33 DRILL P PROD1 PER OCN#6,INSTALL& NITE CAP.FILL ACROSS THE TOP WHILE PREPPING IRON WITH-0.8BPM LOSS RATE.SHUT IN WELL 03:52.LEAK TITE TEST WING VALVE.RU 1502 INTEGRAL&HARDLINE ON WING VALVE. OPEN&FILL WELL 18BBLS.LOSS RATE 0.8BPM. SIMULTANEOUSLY,CUT OFF CTC.RU COIL CUTTER.CUT 100FT OF COIL. 06:00 - 08:35 2.58 DRILL P PROD1 RE-HEAD WITH CTS COIL CONNECTOR AND BHI SMART TOOLS. TEST CHECK VALVES, GOOD TEST. MU LATERAL DRILLING BHA. STAB ON AND MU QUICK CONNECT. 08:35 - 11:45 3.17 DRILL P PROD1 PRESSURE TEST QUICK CONNECT WHILE RIH WITH BHA. -LOG TIE-IN TO FORMATION WITH+29' CORRECTION. INSPECT SURFACE EQUIPMENT,PICK UP AND RE-LOG WITH ANOTHER+29'CORRECTION. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP . Page 15 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date: 1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud DaterTime:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A c 75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 11:45 - 13:30 1.75 DRILL N DPRB 11,989.00 PROD1 -CONTINUE TO RIH,SLACK OFF WEIGHT-5K j HEAVIER THAN PREVIOUS TRIP AVERAGE OF 31K WHILE RUNNING DOWN. STACK OUT TWO TIMES AT 10,730'(COINCIDES WITH INITIAL LOSS ZONE)AND SEE INCREASE IN RETURNS. PICK UP AND ATTEMPT TO RUN DOWN WITH NO PUMPS,NO GO. PICK UP -AGAIN AND BRING PUMPS UP TO 2.8 BPM, ABLE TO DRILL THROUGH ZONE AND DOWN TO 10,800'. PICK UP TO CONDUCT WIPER, CLEAN. -MOVE DOWN AT 35 FPM RUNNING SPEED WITH 38-41K SOW,CIRC PRESSURE OF 885 PSI AT 1 BPM. CONDUCT JORPS SURVEY REQUIREMENTS WHILE RIH. -SET DOWN AT 11320'AND 11700'BUT WORK THROUGH WITH NO REAL ISSUES. SIT DOWN AT 11,900'AND HAVE TO WORK HARD WITH MULTIPLE PICK UPS TO MOVE DOWN WITH HEAVY PICK UPS AT 65-70K(-10-15K OVER). WORK AT DRILLING PUMP RATE OF 2.70 BPM,2400-2500 PSI. -WORK THROUGH AND TAG BOTTOM AT 11,990' 13:30 - 14:30 1.00 DRILL N DPRB 11,989.00 PROD1 -ATTEMPT TO DRILL AHEAD BUT NO GAIN IN INITIATING DRILLING WHEN STACKING OUT. MAKE SEVERAL PICK UPS AND ATTEMPTS, NO GO. PICKING UP VERY HEAVY. CONDUCT WIPER IN ATTEMPT TO MAKE PROGRESS. PUMP 10 BBL LOW FOLLOWED BY 25 BBL HIGH VIS SWEEP WHILE RECIPROCATING. MOVE UP HOLE CHASING SWEEP. PICK UP FAIRLY HEAVY AT 60-64K BUT CONSISTENT. 14:30 - 22:10 7.67 DRILL N DPRB 11,989.00 PROD1 VERY DIFFICULT TO MOVE PAST 10,800'. WORK PIPE,USE VARIOUS PILLS AND ATTEMPTS TO PICK UP AND PUSH DOWN. CLEAN UP AREA. CONTINUE WITH ATTEMPTS TO PICK UP PAST 10,780'BUT UNSUCCESSFUL. MAKE SEVERALATTEMPTS WITH DIFFERENT FLUIDS. CAN MOVE DOWN FINE BUT CANNOT PICK UP PAST 10,770'. PUMP MINERAL OIL DOWN AND LET SOAK. WORK FREE.WORK BHA THRU 10700FT TO 10600FT.RECIPROCATE FROM 10500FT TO 10175FT.CLEANED UP ON SECOND PASS. KEEP HOLE FULL USING 0.3BPM ACROSS THE TOP&3BPM DOWN BACKSIDE. 22:10 - 22:30 , 0.33 DRILL N DPRB 11,992.00 PROD1 POH.PUMP THRU COIL AT 2.06BPM. PJSM REGARDING LD BHA WHILE POH.INCREASE PUMP RATE DOWN COIL TO 4.5BPM, INJECTOR WEIGHT READING INCONSISTANTLY IN CASED HOLE VERSUS PREVIOUS RUNS.REDUCE RATE. 22:30 - 22:50 0.33 DRILL N DPRB 11,992.00 PROD1 POP OFF WLL,20:30.PLACE INJECTOR OVER BUNG HOLE.LD BHA.BIT WAS 1-3,BU. INSPECT LOAD CELL,CLEAN 7 PIN CONNECTOR.PULL TEST INJECTOR, ELECTRONIC IS GOOD COMPARED TO HYDRAULIC READINGS. Printed 2/8/2016 9:28:57AM North America-ALASKA-BP • Page 16 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No..NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 22:50 - 00:00 1.17 DRILL N DPRB 11,992.00 PROD1 PER OCN#7,PJSM&CIRC 5BBLS OF MINERAL OIL INTO COIL.PLACE INJECTOR OVER BUNG HOLE.INSTALL NITE CAP&TEST QTS.PJSM FOR LOTO.LOTO PUMP#2,PULL SCREENS. 1/14/2016 00:00 - 02:40 2.67 DRILL N DPRB 11,992.00 PROD1 CONTINUE TO PULL SCREENS ON PUMP#2, PRESSURE TEST PUMP#2,UNLOCK PUMP#1. PJSM FOR LOTO.LOTO PUMP#1,PULL SCREEN,PRESSURE TEST PUMP#1, UNLOCK PUMP#1.LINE UP PUMPS.OBTAIN INJECTION OF 3BPM/200PSI.LOSS RATE IS 0.8BPM.MIX LCM PILL IN PIT 4. 02:40 - 02:50 0.17 DRILL N DPRB 11,992.00 PROD1 PJSM REGARDING PUMPING LCM. 02:50 - 06:00 3.17 DRILL N DPRB 11,992.00 PROD1 DOUBLE CHECK LINE UP.BULLHEAD 4OBBL, 50LB/BBL OF LCM PILL.INITIAL RATE 2.15BPM/121PSI.DISPLACE AT 6BPM/326PSI, MAX TREATING PRESSURE OF 440PSI. BULLHEAD ALL OF LCM PILL AWAY.STOP PUMPING.223PSI WHP REMAINING ON WELL. BLEED OFF.FILL ACROSS THE TOP,NO LOSSES.LOTO PUMP#2,INSTALL SCREENS. 06:00 - 07:40 1.67 DRILL N DPRB 11,992.00 PROD1 MU CLEANOUT BHA WITH 3.75"GUAGE BIT -ON SMART TOOLS. STAB ON WITH -INJECTOR,7:40 ON. 07:40 - 12:45 5.08 DRILL N DPRB 11,992.00 PROD1 TEST QUICK TEST SUB WHILE RIH WITH BHA. NO ISSUES RUNNING DOWN. LOG TIE-IN WITH+13'CORRECTION. NO ISSUES RUNNING THROUGH WINDOW. -CONDUCT CLEANOUT RUN AT 2.65 BPM, 2300 PSI AND MAINTAINING HOLE FILL BY PUMPING DOWN BACKSIDE AT.60 BPM. -CLEANOUT WENT VERY WELL WITH NO MOTORWORK,NO HOLE ISSUES. CLEANOUT RUN DOWN TO 10,680'TWO TIMES. PUMP DOWN 15 BBL LOW AND 15 BBL HIGH VIS PILL AND CHASE OUT FROM 10,680'. NO PRESSURE OR PICKUP INCREASES OR MOTORWORK ON LAST TRIP UP; EVERYTHING LOOKED GOOD. -PULL INTO WINDOW WITH NO ISSUES 12:45 - 14:55 2.17 DRILL N DPRB 11,992.00 PROD1 FLOW CHECK WHILE IN WINDOW WAITING ON EDC TO OPEN. NO FLOW,WELL ON LOSSES. -BRING RATE UP TO 3.45 BPM AND JET ACROSS WHIPSTOCK WITH TOTAL LOSSES. BEGIN PICKING UP HOLE AND HAVE RETURNS WITH NO PUMPING DOWN BACKSIDE. -PULL UP HOLE AT 3.35 BPM,2655 PSI,WITH 1.60 BPM RETURNS AT THIS RATE WITHOUT PUMPING DOWN BACKSIDE 1-RETURNS INCREASE TO 1.10 BPM AT 3.35 BPM DOWN COIL -PULL TO SURFACE,FLOW CHECK WELL. ALL GOOD ON FLOW CHECK,WELL STILL TAKING JUST UNDER.50 BPM. -POP OFF WITH INJECTOR Printed 2/8/2016 9:28.57AM • North America-ALASKA-BP • Page 17 of 33 Operation Summary Report - Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth i Phase Description of Operations (hr) (usft) 14:55 - 17:00 2.08 DRILL N DPRB 11,992.00 PROD1 14:55 OFF.LD BHA. CIRCULATE ACROSS TOP WHILE WAITING ON TOOLS TO ARRIVE ON LOCATION. HAVE DISCUSSION WITH CREW ON PLAN FORWARD,CONTROL OF WORK WITH CHANGE OF SCOPE. -WELL STABILIZED AND TAKING-.3 BPM WHILE AT SURFACE -TOOLS ON LOCATION,MOBILIZE TOOLS TO RIG FLOOR PJSM ON MAKING UP AND RUNNING CEMENT RETAINER TOOL j-MU BHA,STAB ON WITH INJECTOR,17:05 ON. 17:00 - 19:35 2.58 DRILL N DPRB 11,992.00 PROD1 PRESSURE TEST QUICK TEST SUB WHILE RUNNING IN HOLE WITH.CEMENT RETAINER BHA. 19:35 - 19:45 0.17 DRILL N DPRB 11,992.00 PROD1 START PUMP HOT 1%KCL DOWN COIL AT 0.65BPM/315PS1.PUMP ACROSS TOP AT 1.27BPM WITH•1.31BPM RETURNS.LOG DOWN FOR TIE-IN FROM 10050FT.PLUS 12FT CORRECTION. 19:45 - 22:30 2.75 DRILL N DPRB 11,992.00 PROD1 CIRC TWO COIL VOLUMES OF 140 DEG F 1% KCL 8.2PPG THRU EDC WHILE AT 10150FT 'WHILE PUMPING 0.63BPM ACROSS THE TOP. 22:30 - 22:55 0.42 DRILL N DPRB 11,992.00 PROD1 CLOSE EDC.CIRC ACROSS THE TOP W/ 9.4PPG AT 0.62BPM,0.18BPM RETURN.RIH AT i 18FT/MIN,23K RIW.CHECK WEIGHT AT 10500FT,47K PUW. 22:55 - 00:00 1.08 DRILL N DPRB 11,992.00 PROD1 IA ON VAC.PICK UP TO COIL HANGING WEIGHT WITH THE TOP OF CEMENT RETAINER AT 10535FT.CIRC TO INITIATE ,INFLATE SEQUENCE WITH TRIPS SET TO 1000PSI.OPENING VALVE OPENED AT 800PSI. WAIT FOR 15 MIN.ATTEMPT TO SET DOWN 2K-NOT GOOD.PRESSURE UP RETAINER TO 1500PSI&WAIT 15 MIN.SET DOWN 3K- GOOD.PRESSURE UP&SHEAR AT 1900PSI. ONE FOR ONE RETURNS.PUH TO ABOVE WINDOW.CIRC WELL TO 9.5PPG MUD HOLDING 200PSI WHP. 1/15/2016 00:00 - 01:00 1.00 DRILL : N DPRB 11,992.00 li PROD1 CONTINUE TO CIR WELL TO 9.5PPG FLUID THRU EDC AT 3BPM WHILE HOLDING 200PSI WHP.DIVERT 8.2PPG FLUID TO CUTTINGS BOX.FLOW CHECK-GOOD. 01:00 - 02:30 1.50 DRILL N DPRB 11,992.00 PROD1 POH.CIRC 9.4PPG AT 1.5BPM THRU EDC i WHILE POH.1 FOR 1 RETURNS.PJSM REGARDING HANDLING BHA WHILE POH. 02:30 - 02:45 0.25 DRILL N DPRB 11,992.00 PROD1 FLOW CHECK-NO FLOW. 02:45 - 04:00 1.25 DRILL N DPRB 11,992.00 PROD1 POP OFF WELL,02:45 INJ OFF.STAND BACK INJECTOR.LD BHA.MU BILLET BHA.MU BHI COIL TRAC TOOLS. -STAB ONTO WELL AT 03:35 -INJ ON.TEST QTS.POWER UP&TEST TOOLS.SET COUNTERS.OPEN EDC. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP Page 18 of 33 Operation Summary Report - Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date: 1/2/2016 End Date:1/24/2016 :X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 04:00 - 10:00 6.00 DRILL N DPRB 11,992.00 PROD1 RIH WITH BILLET BHA#14.CIRC 1BPM/75OPSI THRU EDC. LOG TIE-IN TO FORMATION MARKER WITH+39'CORRECTION. CONTINUE DOWN TO SET DEPTH OF 10,512'. -DISCUSS BILLET ORIENTATION WITH RIG TEAM. PICK UP TO CONFIRM TIE-IN CORRECTION WHILE CONSULTING WITH ODE REGARDING PAST EXPERIENCE WITH ORIENTATION. RE-LOG TIE-IN WITH+3' CORRECTION(ZEROED ON LAST CORRECTION SO THIS WAS GOOD CORRELATION) -RUN BACK DOWN. RIH WEIGHT OF 25K, PICK UP WEIGHT OF 42K. SET BILLET AT 0° (HIGH SIDE)ORIENTATION AT 10,5142.4' PLACING TOP AT 10,500'. PRESSURE UP ON COIL,PICK UP OFF OF BILLET,SET BACK 'DOWN TO CONFIRM. *SENT NOTICE TO AOGCC AT 0915 HRS TO REQUEST TOTEST BOP EARLY. TEST DUE ON JANUARY 17TH AND REQUESTED TO - TEST ON JANUARY 16TH DUE TO OPERATIONAL DIFFICULTY. 10:00 - 12:45 2.75 DRILL N DPRB 11,992.00 PROD1 'FLOW CHECK OFF BOTTOM,NO FLOW. BREAK CIRCULATION,ONE-FOR-ONE RETURNS. PICK UP TO WINDOW,OPEN EDC AND POH. CONDUCT KICK WHILE TRIPPING DRILL: DRILLER INDICATED INCREASED FLOW ON HIS GAUGE,CALLED OUT TO COIL OPERATOR THAT HE HAD INCREASED FLOW. COIL OPERATOR FOLLOWED STANDING ORDERS,CREW CONDUCTED FLOW CHECK. SIMULATED FLOW. DRILLER THEN DIRECTED COIL OPERATOR TO SHUT-IN VIA STANDING ORDERS. ATTEMPTED TO INCREASE PACKOFF PRESSURE AND SIMULTANEOUSLY CLOSE HCR. DRILLER ADVISED THAT FLUID WAS LEAKING BY PACKOFF(PACKOFFS NOT CLOSED)AND TOOLPUSHER STATED THAT HYDRAULIC SUPPLY TO HCR WAS LEAKING FROM BROKEN HOSE. MOTORMAN PLACED HCR VALVE AT ACCUMULATOR INTO NEUTRAL TO ISOLATE,FLOORHAND CLOSED IN MANUAL CHOKE,CTS OPERATOR CLOSED IN ANNULAR ELEMENT. FLOW STOPPED, BEGIN MONITORING GAUGES AND MAKE NOTIFICATIONS,MOVE NON-ESSENTIAL PERSONNEL OUT OF AREA. GIVE ALL CLEAR AND CONDUCT MR. -CONTINUE WITH POH. PJSM FOR LAYING DOWN BHA. FLOW CHECK AT SURFACE,NO FLOW. CONTINUE TO PICK UP BHA TO SURFACE. POP OFF WITH INJECTOR ai 12:45 12:45 - 13:10 0.42 DRILL N DPRB 11,992.00 PROD1 STAND BACK UPPER PORTION OF BHA,LD BILLET RUNNING TOOL. MU MOTOR AND 3.75"BY 4.25"BIT -STAB ON WITH INJECTOR©13:10 Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP 41 „Page 19 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 13:10 - 16:30 3.33 STKOH N DPRB 11,992.00 PROD1 CLOSE EDC AND BRING ON PUMPS TO BREAK CIRCULATION,IMMEDIATE RETURNS. PRESSURE TEST QUICK TEST SUB WHILE RUNNING IN HOLE. RIH WITH NO ISSUES AND ONE-FOR-ONE RETURNS. -LOG TIE-IN WITH+1'CORRECTION -RUN INTO OPEN HOLE AND DOWN TO BILLET 16:30 - 18:00 1.50 STKOH N DPRB 11,992.00 PROD1 SLOW RUNNING SPEED ABOVE BILLET. PICK UP WEIGHT 45K,SLACK OFF WEIGHT RIH 23K,FREE SPIN OF 2680 PSI AT 2.82 BPM. ENGAGE BILLET WITH PUMPS OFF AT 10,503'. PICK UP,COME ON WITH PUMPS TO 2.75 BPM,MOVE DOWN SLOWLY AT 10,497'. MOVE DOWN SLOWLY AT RATE OF 2.75 BPM,2580 PSI. INDICATIONS OF POSSIBLY ENGAGING BILLET TOP AT 10,500'WITH SLIGHT INCREASE IN MOTORWORK AND VIBRATIONS AT TOOL. -BEGINNING TIME MILLING OPS FROM 10,500'. -MW IN 9.50 PPG,MW OUT 9.42 PPG, RETURNS ONE-FOR-ONE. ECD OF 10.50 PPG,IAAT 0 PSI,OA AT 45 PSI. 18:00 - 20:45 2.75 STKOH N DPRB 11,992.00 PROD1 TIME DRILL(KICK OFF OF BILLET)FROM 10,502 FT AT 0 DEGREE TFO. ROP IS 1-3 FT/HR WITH.3-.5K DWOB. FREE SPIN=-2680 PSI AT 2.82 BPM RATE IN =2.87 BPM RATE OUT=2.87 BPM- RETURNS ONE-FOR-ONE MW IN=9.47 PPG MW OUT=9.40 PPG ECD 10.47 PPG CIRC PSI=-2700 PSI IAP=0 PSI OAP=140 PSI -DRILL TO 10,510'(OFF OF BILLET) 20:45 - 22:35 1.83 STKOH N DPRB 11,992.00 PROD1 DRILL BUILD SECTION FROM 10,502 FT. ROP IS 80-90 FT/HR WITH 1.5-3.0K DWOB. FREE SPIN=-2680 PSI AT 2.82 BPM RATE IN =2.87 BPM RATE OUT=2.87 BPM- RETURNS ONE-FOR-ONE MW IN=9.47 PPG MW OUT=9.40 PPG ECD =10.48 PPG CIRC PSI=-2920 PSI IAP=0 PSI OAP=150 PSI -SURVEY SHOWED ON TRACK AND DEPARTURE FROM HOLE CONFIRMED -DRILL TO 10,600' -PUMP LO-VIS/HI-VIS SWEEP DOWN COIL TO CHASE UPHOLE 22:35 - 22:45 0.17 STKOH N DPRB 11,992.00 PROD1 FLOWCHECK WELL FOR 10 MINUTES-WELL STATIC AT MINIMUM RATE Printed 2/8/2016 9:28:57AM North America ALASKA BPPage zo of 33 Operation Summary Report Common Well Name 8-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date.1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A l75.40usft(above Mean Sea Level) Date From-To Hrs Task Code I NPT NPT Depth Phase Description of Operations (hr) (usft) 22:45 - 00:00 1.25 STKOH N DPRB 11,992.00 PROD1 POH WITH BUILD BHA CIRCULATE AT 2.80 BPM IN/2.63 BPM OUT c -2570 PSI MW IN/OUT=9.47/9.43 PPG -SLOW DOWN PUMP RATE TO.5 BPM WHEN CROSSING BILLET AT 10,500'AND WHEN CROSSING WINDOWAT 10,166' PJSM WITH RIG CREW ON HANDLING BHA -OPEN EDC AFTER CROSSING WINDOW -CIRCULATE AT 3.1 BPM IN/2.75 BPM OUT WITH EDC OPEN©2362 PSI -CONDUCT KICK WHILE TRIPPING DRILL DURING TRIP OUT OF HOLE.DRILLER INDICATED DENSITY DROPPED.SHUT DOWN TRIPPING OPERATIONS AND PUMPS SHUT IN. PRESSURED UP ON PACKOFF.PERFORMED FLOWCHECK WITH POSITIVE FLOW.SHUT IN ON HARD SHUT IN PROCEDURES AS PER STANDING ORDERS.WITH HCR CONFIRMED SHUT IN,THE FLOW CONTINUED. FLOORHAND SHUT IN VALVE UPSTREAM OF CHOKE(#13)ON CHOKE MANIFOLD.FLOW STOPPED.PRESSURE RECORDING -STARTED.ALL NON-ESSENTIALS WERE -NOTIFIED TO MOVE OUT OF AREA. NOTIFICATIONS WERE MADE(SIMULATED). GIVE ALL CLEAR AND CONDUCT AAR WITH SLB,NORDIC AND WSL.WELL SHUT IN TIME WAS 1 MINUTE 10 SECONDS. -CONTINUE TO POOH AT SAME PUMP RATE AS BEFORE DRILL. 1/16/2016 00:00 - 01:00 1.00 STKOH N DPRB 11,922.00 PROD1 POH WITH BUILD BHA -CIRCULATE AT 3.1 BPM IN/2.75 BPM OUT 2362 PSI MW IN/OUT=9.47/9.43 PPG 01:00 - 01:10 0.17 STKOH N DPRB 11,922.00 PROD1 FLOWCHECK WELL FOR 10 MINUTES-WELL STATIC 01:10 - 01:30 0.33 STKOH N DPRB 11,922.00 PROD1 POP OFF WELL AT 01:12. -STAND BACK INJECTOR -LAY DOWN BUILD BHA -GRADE BIT AT 6-2,RO,BROKEN TEETH Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 2t Of 33' Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00.00AM Rig Release.1/26/2016 Rig Contractor NORDIC CALISTA UW:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 01:30 - 05:45 4.25 BOPSUR P PROD1 COIL/SLACK MANAGEMENT PJSM ON CUTTING E-LINE AND COIL -CUT CTC OFF -REBOOT E-LINE STAB INJECTOR BACK ON WELL TO PUMP SLACK BACK -PUMP SLACK BACK @ 3.38 BPM -RIG UP COIL TUBING CUTTER ON INJECTOR HEAD -CUT 100'OF COIL TUBING FOR CHROME MANAGEMENT INSTALL COIL TUBING CONNECTOR ON END OF COIL -PULL TEST COIL TUBING CONNECTOR TO 38K -PRESSURE TEST COIL TUBING CONNECTOR TO 3800 PSI MAKE UP NOZZLE ONTO CTC AND STAB INJECTOR ON WELL -PUMP SLACK FORWARD AT 3.36 BPM -POP INJECTOR OFF OF WELL I-BREAK OFF NOZZLE -TEST ELINE -REHEAD BI-II AND PRESSURE TEST TO 3,800 PSI 05:45 - 08:30 2.75 BOPSUR P PROD1 VOID STACK OF DRILLING FLUIDS FOR BOP TESTING -BLOW DOWN ALL 2"IRON FOR BOP TESTING -FILL STACK AND FLOOD CHOKE MANIFOLD AND ALL IRON WITH WATER FOR BOP TESTING 1-CONDUCT BOP SHELL TEST. RECEIVE NOTICE FROM AOGCC THAT WITNESS IS WAIVED. 08:30 - 10:00 1.50 BOPSUR P PROD1 TEST BOP PER NORDIC,BP,AND AOGCC REQUIREMENTS -TEST ALL AUDIBLE AND VISUAL RIG ALARMS,ALL GOOD CONDUCT BOP TEST FROM DRILLERS CONSOLE ON RIG FLOOR -CHART RECORDER TIMER NOT IN SYNC WITH TOTCO TIMER. CHART RECORDER IS RUNNING AT HALF THE SPEED OF TOTCO RECORDING. TROUBLESHOOT,DRAIN TEST LINE AND RE-FILL WITH COLD WATER,STILL NOT IN SYNC. PAUSE TEST WHILE CALLING OUT TOOL SERVICE FOR NEW CHART RECORDER. 10:00 - 11:30 1.50 BOPSUR N SFAL PROD1 WAIT ON NEW CHART RECORDER TO BE DELIVERED BY TOOL SERVICE. -CONDUCT SERVICE INSPECTIONS ON REEL EQUIPMENT,PREPARE PITS FOR FLUIDS DISPLACEMENT,CLEAN OUT TWO PITS -RECORDER ON LOCATION,RIG UP AND CONDUCT FUNCTION TEST,ALL GOOD Printed 2/8/2016 9.28.57AM • North America-ALASKA-BP • Page 22 of 33 Operation Summary Report .-..-_.-.-..-.... Common Well Name:0-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor NORDIC CALISTA UWI:500292147100 Active datum:B-27A(§75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 11:30 - 17:30 6.00 BOPSUR P PROD1 RESUME BOP TEST -FUNCTION ACCUMULATOR VALVES FOR ACCUMULATOR DRAWDOWN TEST FROM CTS CONSOLE -TEST BOP RAMS WITH 2-3/8"AND 3-1/2" TEST JOINTS -COMPLETE TEST OF BOP EQUIPMENT 17:30 - 20:30 3.00 BOPSUR P PROD1 'PJSM FOR PICKING UP INJECTOR AND PREPARING FOR PRESSURE TEST OF PACKOFFS,INNER REEL VALVE. PICK UP AND POSITION INJECTOR. -BREAK OFF BHI HEAD -CUT ELINE AND REBOOT -REVIEW PRESSURE CROSSCHECK LIST RIG UP TO TEST INNER REEL VALVE -PUMP FLUID THROUGH COIL TO WARM UP -TEST INNER REEL VALVE TO 300 PSI LOW/ 4800 PSI HIGH FOR 5 MINUTES EACH 20:30 - 23:00 2.50 BOPSUR P PROD1 TEST REEL HOUSE IRON -TEST HOUSE IRON TO 4700 PSI -PUMP SLACK FORWARD REHEAD BHI -TEST DFCV AND PACKOFFS AS PER `NORDIC,BPANDAOGCC REQUIREMENTS 23:00 - 00:00 1.00 BOPSUR P PROD1 OPEN WELLAND FLOWCHECK -DISPLACE COIL WITH FLOPRO -OPEN WELL UP TO TESTED QTS AND INJECTOR -FILL HOLE-5 BBLS TO FILL -FLOWCHECK WELL-WELL STATIC -UNSTAB INJECTOR AND SET IN BUNGHOLE 1/17/2016 00:00 - 01:00 1.00 DRILL N DPRB PROD1 PICK UP BHA#16(DRILLING BHA) -PJSM WITH BHI,SLB,NORDIC AND BP ON HANDLING BHA -PICK UP NEW BHAAND RUN IN HOLE -INJECTOR STABBED ON AT 00:45 -INJ ON.TEST QTS.POWER UP&TEST TOOLS.SET COUNTERS.OPEN EDC. 01:00 - 03:00 ' 2.00 DRILL N DPRB PROD1 RUN IN HOLE WITH BHA#16 -CIRCULATION RATE AT 1.67 BPM IN/2.23 BPM OUT©1250 PSI WITH EDC OPEN -MWIN/OUT9.42/9.5PPG 03:00 - 04:00 1.00 DRILL N DPRB PROD1 LOG TIE IN FROM 10,050'TO 10,124'WITH+3' CORRECTION -CLOSE EDC AND ORIENT TO HIGH SIDE BEFORE CROSSING WINDOWAND BILLET -CONTINUE TO RIH TO BOTTOM-TAG BOTTOM AT 10,600'. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 23 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A(a375.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase I Description of Operations (hr) (usft) 04:00 10:30 6.50 DRILL N DPRB PROD1 DRILL BUILD SECTION FROM 10,600 FT. FREE SPIN=-2930 PSI AT 2.82 BPM RATE IN =2.87 BPM RATE OUT=2.87 BPM- RETURNS ONE-FOR-ONE MW IN=9.47 PPG MW OUT=9.41 PPG ECD =10.51 PPG CIRC PSI=-2920 PSI 1AP=0 PSI OAP=12 PSI -NO GAIN IN ROP,SAMPLE IS 90%CHERT, 10%SHALE WITH TRACE OF PYRITE. ESTIMATION HAD BEEN THAT BHA WAS IN KNOWN SHALE BUT SHOULD HAVE BROKEN THROUGH. BEAR DOWN WITH WOB IN ATTEMPT TO INCREASE MOTORWORK,NO INCREASE. CONDUCT DYNAMIC FLOW CHECK OFF BOTTOM,LOSING-.1 BPM TO FORMATION. 10:30 - 13:00 2.50 DRILL N DDRB` PROD1 POH FOR BHA INSPECTION. PICKUP CLEAN AT 45K. HOLE,LOOKS TO BE IN GOOD SHAPE. PULL PAST BILLET AND INTO WINDOW WITH NO ISSUES. PULL TO SURFACE,PJSM FOR LAYING DOWN BHA. FLOW CHECKAT SURFACE,NO FLOW. 4 -BBLS LOST ON TRIP OUT OF HOLE. POP OFF WITH INJECTOR @ 13:00 13:00 - 13:20 1 0.33 DRILL N DPRB PROD1 BREAK OFF BIT,GRADE 4-2-BT. REST OF BHA LOOKS GOOD. CHANGE OUT TO HYCALOG 3.75"BY 4.25"BIT. STAB BACK ON WITH INJECTOR @ 13:20 13:20 - 16:45 3.42 DRILL N DPRB PROD1 POWER ON EDC. CONDUCT PRESSURE TEST ON QTS WHILE RIH. -CONDUCT H2S RIG EVAC WITH CREW WHILE RUNNING IN HOLE. SIMULATE H2S READING IN CELLAR,DRILLER CALLED TO CTS OPERATOR TO SHUT-IN WELL PER PROCEDURE. EVAC RIG TO PRIMARY MUSTER AREA. CONDUCTAAR,DISCUSS SYMPTOMS OF ENCOUNTERING LOW LEVELS OF H2S,WHY PH EFFECTS MUD PROPERTIES,WHAT TO DO WHEN MONITORS SOUND OFF,WHO AUTHORIZES SHUTTING DOWN GENERATORS,WHAT PERSONNEL CLEAR THE RIG,AND WHO CAN AUTHORIZE GOING BACK ONTO THE RIG. -LOG TIE-IN WITH FORMATION WITH 0' CORRECTION -CONTINUE TO RIH WITH NO ISSUES Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 24 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay I Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 16:45 - 00:00 7.25 DRILL N DPRB PROD1 TAG BOTTOM AT 10,645'. FREE SPIN OF 2735 IAT2.81 BPM. -DRILLAHEAD AT 2.82 BPM WITH NOTICEABLE INCREASE IN ROP COMPARED TO LAST DRILLED SECTION -DRILL AT 2.82 BPM,2970 PSI,1.8-3.0 WOB -MW IN 9.45 PPG,MW OUT 9.40 PPG,ECD OF 10.45 PPG,24 LOSSES WHILE DRILLING THIS SECTION(OCCASIONALLY 1-2 BBL DRINK AND SEEPAGE LOSSES. -IA ON VACUUM,INITIAL OAAT 135 PSI,FINAL OA PRESSURE AT 300 PSI -SAMPLES SHOW DRILLING,75-80%CHERT AT 10,800' -ROP HAS BEEN UP AND DOWN.A FEW MOTOR STALLS.STILL GETTING GOOD MOTORWORK. -CONDUCT H2S/RIG EVACUATION DRILL WITH CREW WHILE DRILLING WITH MAN DOWN SCENARIO.CONDUCTED AAR WITH CREWAFTER DRILL.DISCUSSED THE NEED TO GET OUTSIDE OF THE RIG CONFINES AS SOON AS POSSIBLE AND EVACUATE TO THE APPROPRIATE MUSTER AREA DO NOT APPROACH THE RIG OR CROSS THE RIG TO GET TO MUSTER AREA,RATHER GO UPWIND AWAY FROM RIG AND THEN GO TO MUSTER AREA. 1/18/2016 00:00 - 05:15 5.25 DRILL N DPRB PROD1 FREE SPIN OF 2735 AT 2.81 BPM. -DRILL AHEAD AT 2.82 BPM -DRILL AT 2.88 BPM,2966 PSI,2.0-4.0 WOB -MW IN 9.46 PPG,MW OUT 9.41 PPG,ECD OF 10.45 PPG,39 LOSSES WHILE DRILLING THIS SECTION.AVG OF 7 BBLS/HR LOSSES -IA ON VACUUM,OA PRESSURE AT 367 PSI -SAMPLES SHOW DRILLING IN,75-80% CHERT AT 10,800' ROP HAS BEEN UP AND DOWN.A FEW MOTOR STALLS.STILL GETTING GOOD MOTORWORK. -WELL IS OCCASIONALLY TAKING A DRINK OF 1-2 BBLS,REST OF LOSSES IS SEEPAGE LOSSES WHILE DRILLING. -START PVT AT MIDNIGHT-217 BBLS, ENDING PVT AT 05:15 258 BBLS -ADDED 80 BBLS MUD TO SYSTEM @ 0500 AM Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP Page 25 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 05:15 - 11:50 6.58 DRILL N DPRB PROD1 FREE SPIN OF 2760 AT 2.86 BPM. DRILL AT 2.80 BPM,2845-2980 PSI,2.45-4.75K WOB -MW IN 9.46 PPG,MW OUT 9.41 PPG,ECD OF 10.45 PPG,BEGAN TO ENCOUNTER LOSSES AT 10,800' WHILE DRILLING THIS SECTION. WELL WAS HAVING SEEPAGE LOSSES WHILE DRILLING. LOSSES PICKED UP AT -10,800'AND FLUCTATED BETWEEN.8 AND 1.7 BPM. -IA ON VACUUM,OA PRESSURE AT 320 PSI DURING DRILLING SAMPLES SHOW DRILLING IN 80%CHERT -DRILL TO 10,864' DRILLING SLOWED DRAMATICALLY,NOT GETTING GOOD DIRECTIONAL PATH. ATTEMPT TO BEAR DOWN WITH WOB,LITTLE 'MOTORWORK. POH FOR BHA INSPECTION. FLOW CHECK OFF BOTTOM,WELL TAKING FLUID. POH TO SURFACE. PJSM ON LAYING DOWN BHA. FLOW CHECK WITH BHA,WELL ON 'LOSSES. PULL BHA TO STACK. POP OFF. 11:50 - 12:15 0.42 DRILL N DPRB PROD1 LD BHA. BIT GRADE 6-4-RO AND BROKEN TEETH. -LOSS RATE AT SURFACE IS.5 BPM WHILE PUMPING ACROSS THE TOP 12:15 15:45 3.50 DRILL N DPRB PROD1 BEGIN PREPARATIONS FOR PUMPING DOWN LCM PILL. MOBILIZE MATERIEL TO HOPPER ROOM,TRANSFER FLUID OVER TO PIT 4 TO MAKE HI-VIS PILL. MAKE UP PILL. HAVE GOOD DISCUSSION AROUND PUMP LINE-UP TO BOTH CIRCULATE COIL TO PREVENT FREEZING AND STILL HAVE ABILITY TO PUMP AWAY LCM PILL. TOOLPUSHER, WSL,AND DRILLER WALK LINES TO CONFIRM. -CREW CHANGEOUT DAY SO NEW CREW ON TOUR,CONDUCT WALK AROUND,COMPLETE PAPERWORK FOR RISK ASSESSMENT OF PUMPING OPERATION. -COMPLETE MIXING LCM MATERIAL INTO PITS. CONDUCT PJSM ON PUMPING OPERATION,DISCUSS LINE-UP, RESPONSIBILITIES,WHAT TO DO IN RESPONSE TO POSSIBLE INFLUX. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP 4 Page 26 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM 1Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 15:45 - 18:30 2.75 DRILL N DPRB PROD1 PUMP DOWN 50 BBL LCM PILL COMPRISED OF POWERVIS,SAFE-CARB,G-SEAL,AND M-I-X II MEDIUM AND CHASE WITH 120 BBLS OF THE 9.5 PPG FLOVIS FLUID FROM PITS. -PUMP DOWN PILL AT 1.5 BPM,INITIAL CIRCULATION PRESSURE AND WELLHEAD PRESSURE OF 250 PSI,FINAL CIRCULATION PRESSURE AND WELLHEAD PRESSURE OF 310 PSI. LCM PILL PLACED AT BASE OF SUSPECTED THIEF ZONE. -DOWN ON PUMPS,ALLOW WELL TO RELAX FOR 10 MIN WITH NO PRESSURE BUILDUP. OPEN UP TO WELL FOR FLOW CHECK WITH PUMPS OFF,NO FLOW. BRING ON PUMPS, IMMEDIATE RETURNS. CLOSE WELL BACK IN,BRING ON PUMPS TO PUMP THE LCM PILL INTO THE THIEF ZONE. CIRCULATE PILL DOWN AT 1 BPM,INITIAL CIRC PRESSURE OF 260 PSI,FINAL CIRC PRESSURE OF 890 PSI WITH 14 BBLS AWAY. -CONTINUE PUMPING 2 BBLS OF LCM INTO MICROFRACTURES AT.9 BPM,1290 PSI;OFF • WITH PUMPS LET WELL RELAX FOR 10 MIN,PRESSURE DROPPED FROM 1290 PSI TO 50 PSI. OPEN UP TO WELL,NO FLOW. -PUMP ACROSS TOP TO ESTABLISH LOSS i RATE-1 BBL TO GET RETURNS-RETURNS AT ONE FOR ONE. 18:30 - 19:30 1.00 DRILL N DPRB PROD1 INSTALL SCREENS BACK IN PUMPS -PJSM -INSTALL SCREENS IN PUMP#2 -PRESSURE TEST IRON ON PUMP#2 19:30 - 20:10 0.67 DRILL N DPRB PROD1 PICKUP DRILLING BHA#18 -PJSM -PICK UP DRILLING BHA#18 AND RUN IN HOLE -STAB ON INJECTOR AT 20:02 -BLOW DOWN KILL LINE -TEST QTS WHILE LINING UP TO RUN IN HOLE -FILL HOLE WITH 1 BBL FLUID 20:10 - 00:00 3.83 DRILL N DPRB PROD1 RUN IN HOLE WITH BHA#18 -RETURNS ARE ONE FOR ONE PLUS PIPE DISPLACEMENT -PERFORM TIE IN AT 10,090'-+3' CORRECTION -CLOSE EDC AND ORIENT MOTOR TO HIGH SIDE TO TRAVEL ACROSS WHIPSTOCK, REDUCE PUMP RATE TO.5 BPM -TRAVEL ACROSS WHIPSTOCK AND BILLET WITH NO PROBLEMS -TAG AT 10,575',PICK UP AND TRAVEL THRU THAT SPOT WITH NO PROBLEMS AFTER ORIENTING MOTOR -TAG AT 10,628',PICK UP AND TRAVEL THRU THAT SPOT WITH NO PROBLEMS TAG BOTTOM AT 10,865' NO LOSSES WHILE TRIPPING 24 HOUR LOSSES 689 BELS FROM MIDNIGHT TO MIDNIGHT Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 27 of 33 Operation Summary Report Common Well Name:8-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay I Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 1/19/2016 00:00 - 05:00 5.00 DRILL N DPRB PROD1 FREE SPIN OF 2930 AT 2.88 BPM. -TAG BOTTOM AT 10,865' -DRILL AT 2.80 BPM,2950-3150 PSI,2.5-3.25K WOB,.41 TO 1.44 BPM OUT -MW IN 9.50 PPG,MW OUT 9.48 PPG,ECD OF 1 10.37 PPG,BEGAN TO ENCOUNTER LOSSES AS SOON AS WE STARTE DRILLING.LOSSES VARIED FROM 50 TO 85%LOSSES. -LOST 629 BBLS WHILE DRILLING THIS SECTION. -IA ON VACUUM,OA PRESSURE AT 46 PSI DURING DRILLING -SAMPLES SHOW DRILLING IN 25%CHERT -DRILL TO 11,015' -DIRECTIONAL DOGLEGS ARE NOT AS PLANNED.WE PLANNED 15'S AND ARE GETTING 9-10'S CONSISTENTLY.DISCUSSED PLAN WITH TOWN(ODE AND GEO)AND AGREED TO CONTINUE TO DRILL AHEAD AS LONG AS WE CAN ACHIEVE GOAL OF ENTERING THE POLYGON BY 11,600'(OCN 1#1 ROP HAS VARIED BETWEEN 10-50 FPH 05:00 - 07:35 2.58 DRILL N DPRB PROD1 FREE SPIN OF 2930 AT 2.88 BPM. -DRILL AT 2.80 BPM,2940 PSI,2.5-5.8K WOB -MW IN 9.50 PPG,MW OUT 9.48 PPG,ECD OF 10.4 PPG,LOSSES VARIED WITH PUMP RATE '-IA ON VACUUM,OA PRESSURE AT 25-45 PSI DURING DRILLING -SAMPLES SHOW DRILLING IN 25%CHERT. DRILL TO 11,044',ROP HAS VARIED BETWEEN 10-50 FPH FOR MOST OF NIGHT. DROPPED TO BELOW 10 FPH FOR LAST HOUR,LAST SURVEY SHOWED ONLY A4°DLS. t -LOST 370 BBLS IN THIS INTERVAL •07:35 - 11:00 3.42 DRILL N DPRB PROD1 FLOW CHECK OFF BOTTOM,WELL TAKING 1 FLUID. KEEPING HOLE FULL BY PUMPING ACROSS TOP. -POH,PICK IS CLEAN AND TRIP UP CLEAN AT 43-46L PUW. MAD PASS FROM 10,630'UP.TO 10,500'. PULL PAST BILLET AND INTO WINDOW WITH NO ISSUES. OPEN EDC BUT KEEP PUMP LEVELS LOW ON TRIP UP SO THAT FLUID LOSS IS MINIMIZED. PULL TO SURFACE,PJSM FOR LAYING DOWN BHA. FLOW CHECK AT SURFACE,NO FLOW,WELL 1 TAKING FLUID. -POP OFF WITH INJECTOR 11:00 - 11:45 0.75 DRILL N DPRB PROD1 LAY DOWN BHA,CIRCULATE ACROSS TOP WITH.25 BPM LOSSES. BIT GRADE 3-2-RO AND CHIPPED TEETH. DIAL UP MOTOR FROM 1.4°TO 1.7°AND MU HCC 3.75"BY 4.25"BIT TO BHA. -STAB ON WITH INJECTOR Printed 2/8/2016 9 28:57AM • North America-ALASKA-BP S Page 28 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date: 1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 11:45 - 15:15 3.50 DRILL N DPRB PROD1 PRESSURE TEST QUICK TEST SUB WHILE RIH WITH BHA. WELL TAKING.8 BPM ON TRIP IN WHILE IN CASED HOLE AND CIRCULATING AT.65 BPM DOWN COIL,.5 BPM ACROSS TOP. -LOG TIE-IN WITH-2'CORRECTION. CONTINUE TO RUN INTO OPEN HOLE AT 2.1 BPM DOWN THE COIL AND PUMPING.55 BPM ACROSS THE TOP. SLACK OFF WEIGHT 21-24K,HOLE PRETTY CLEAN RUNNING DOWN. -TAG BOTTOM AT 11,040' 15:15 - 21:30 6.25 DRILL N DPRB PROD1 DRILLAHEAD FROM 11,040'. FREE SPIN OF 2820 PSI AT 2.70 BPM. INITIAL RATE IN OF 2.70 BPM WITH OUT RATE OF 2.38 BPM,2900 PSI CIRC PRESSURE AND 10.7 ECD.FREE SPIN OF 2930 AT 2.88 BPM. -DRILLAT 2.89 BPM,2950-3170 PSI,1.5-4.0K WOB,.60 TO 2.49 BPM OUT -MW IN 9.50 PPG,MW OUT 9.48 PPG,ECD OF 10.37 PPG, VARIED FROM 15 TO 80%LOSSES. LOST 382 BBLS WHILE DRILLING THIS SECTION. -IA ON VACUUM,OA PRESSURE AT 90 PSI DURING DRILLING -DRILL TO 11,313' I-ROP HAS VARIED BETWEEN 25-60 FPH 21:30 - 22:15 0.75 DRILL N DPRB PROD1 POH FOR MOTOR ANGLE CHANGE -PICK UP IS CLEAN PUW 43K !-ABOVE WINDOW. OPEN EDC. CONTINUE PULLING OUT OF HOLE. 22:15 00:00 1.75 DRILL N DPRB PROD1 AT 1000' PJSM FOR SWAPPING BHA 1/20/2016 00:00 - 01:00 1.00 DRILL N DPRB PROD1 AT SURFACE. ESTABLISH LOSS RATE OF 0.62 BPM/37 BPH -INJECTOR OFF AT 00:18 -STAND BACK BHA. DIAL MOTOR BEND 1.2 DEG. BIT GRADED 3-2-RO -PICKUP BHA#20 -INJECTOR ON AT 00:55 -TEST TOOLS /OPEN EDC. TEST QTS 01:00 - 03:00 2.00 DRILL N DPRB PROD1 RIH WITH BHA#20 1.64 BPM IN/1.18 BPM OUT 9.48 PPG IN/9.44 PPG OUT CLOSER WE GET TO BOTTOM THE LOSSES INCREASE. LOST 132 BBLS ON TRIP IN 03:00 - 03:20 0.33 DRILL N DPRB PROD1 LOG TIE IN+19'CORRECTION LOSSES NOW AT-120 BPH 9.48 PPG IN/9.42 PPG OUT 03:20 - 06:00 2.67 DRILL N DPRB PROD1 RIH TO BOTTOM. 3100#FREE SPIN r@ 2.88 BPM REGAINED 1:1 RETURNS JUST PRIOR TO CROSSING FRACTURE. TAG AND START DRILLING AT 11312' 2.87 BPM IN /2.52 BPM OUT (21 BPH LOSSES) 9.53 PPG IN /9.45 PPG OUT 1.4K WOB. ROP BETWEEN 40-60'/HR Printed 2/8/2016 9:28:57AM North America-ALASKA-BP Page 29 of 33 Operation Summary Report • Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A(g75.40usft(above Mean Sea Level) Date From-To Hrs Task Code- NPT NPT Depth Phase Description of Operations (hr) (usft) 06:00 - 13:25 7.42 DRILL N DPRB PROD1 DRILL AHEAD, ATTEMPT TO GET SURVEY AT 11403'. SUSPECT INTERFERENCE FROM SOLAR ACTIVITY. PERFORM WIPER,OBTAIN GOOD SURVEY, DRILL AHEAD. -DRILL AHEAD AT 2.78-2.82 BPM,2800-3160 PSI,1.4-4.1K WOB MW IN 9.52 PPG,MW OUT 9.48 PPG,ECD OF 10.4 PPG,WELL ON LOSSES RANGING FROM 1.8 TO 2.2 BPM THROUGHOUT THIS OPERATION -AVERAGING 15°DLS 13:25 - 16:00 2.58 DRILL N DPRB PROD1 WIPER UP FROM CURRENT TD TO WINDOW. TRIP UP CLEAN. LOSSES STILL HIGH AT AVERAGE OF 70%. -LOG TIE-IN WITH+16'CORRECTION -RIH WITH NO ISSUES,TAG BOTTOM AT 11,846'AFTER CORRECTION AT WINDOW 16:00 - 00:00 8.00 DRILL N DPRB PROD1 DRILL AHEAD FROM 11,846'. FREE SPIN OF 2690 PSI AT 2.85 BPM. -CONTINUED DRILLING AHEAD TO 12093' -LOSSES AT-150 BPH -ROP 30-40'/HR 1/21/2016 00:00 - 06:00 6.00 DRILL P PROD1 LDRILLING AHEAD AT 12093' START SWAPPING WELL OVER TO 8.4 PPG FLUID DUE TO LOSSES -150 BPH -LOSSES GRADUALLY GETTING BETTER AS 9.5 FLUID IS OUT OF BACKSIDE. -ROP VARYING FROM 20-60 FPH. WOB 2-3.5K -PERFORM BHA WIPERS AS HOLE DICTATES. ECD STEADILY DROPPED FROM 10.27 TO 9.82 -CLEAN PICKUP OF 43K L- -IA/OA=VAC/85# 06:00 - 07:15 1.25 DRILL P PROD1 PERFORM LONG WIPER/TIE IN TO WINDOW 3.00 BPM IN/2.05 BPM OUT(57 BPH LOSSES) 8.67 PPG IN /8.53 PPG OUT 07:15 09:30 2.25 DRILL N DPRB - 11,600.00 PROD1 PULLED INTO STICKING MECHANISM AT -11,600'. ATTEMPT TO MOVE UP AND DOWN, TROUBLESHOOT,DETERMINE BIT STUCK. MAKE SEVERAL ATTEMPTS TO MOVE,CAN'T. PUMP 10 BBLS OF MINERAL OIL DOWN, PLACE 5 BBLS OUTSIDE WHILE STRING IS IN COMPRESSION,POP FREE. -PICK UP HOLE SLOWLY AT FIRST,THEN INCREASE PULLING SPEED. STUCK AGAIN BUT GOT FREE IMMEDIATELY BY MOVING DOWN. INDICATIONS ARE THAT SOMETHING IS BEING DRAGGED UP HOLE BESIDE BHA. 09:30 - 13:45 4.25 DRILL P PROD1 PICKUP HOLE SLOWLY FORA FEW HUNDRED FEET. PICK UP SPEED AND EVERYTHING IS GOOD. CONTINUE TO POH AT INCREASED RATE. NO ISSUES PULLING PAST BILLET OR INTO WINDOW. OPEN EDC, POH AT 2.65 BPM WITH LOSS RATE OF.8 BPM. -PJSM ON LAYING DOWN BHA WHILE POH. FLOW CHECK AT SURFACE,WELL TAKING FLUID. PULL TO BHA TO SURFACE,POP OFF WITH INJECTOR. Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP • Page 30 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A t 75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 13:45 - 14:30 0.75 DRILL P PROD1 STAND INJECTOR BACK,BREAK OFF BIT. BIT GRADE 6-2-RO AND BROKEN TEETH. INSPECT BHA,NO SCARRING BUT MOTOR PRETTY STIFF DURING ATTEMPT TO MILK LAY DOWN REST OF LOWER BHA IN PREPARATION FOR PICKING UP NEW LOWER SECTION. CONDUCT BOP FUNCTION TEST FROM DRILLER'S CONSOLE 14:30 - 19:45 5.25 DRILL P PROD1 f MAKE-UP COIL CUTTER. CUT 100'OF COIL FOR CHROME MANAGEMENT. RIG DOWN CUTTER. -DRESS COIL END FOR OPERATIONS -CHANGE OUT HIGH-PRESSURE SCREENS MU COIL CONNECTOR,PULL TEST, PRESSURE TEST REELHOUSE IRON AND COIL CONNECTOR,ALL GOOD -RE-HEAD WITH BHI CONNECTOR -LOSSES WHILE AT SURFACE.20 BPM/12 BPH -MAKE UP BHA#21 -STAB INJECTOR 19:45 - 22:20 2.58 DRILL P PROD1 RIH WITH BHA#21 2.65 BPM IN /2.25 BPM OUT 8.49 PPG IN /8.46 PPG OUT 22:20 - 23:40 1.33 DRILL P PROD1 PERFORM TIE IN+11'CORRECTION CLOSE EDC. PERFORM JORPS 23:40 - 00:00 0.33 DRILL P PROD1 DRILL LATERAL SECTION FREE SPIN=2400 PSI AT 2.84 BPM RATE IN=2.84 BPM RATE OUT=2.24 BPM (36 BPH LOSS RATE) MW IN=8.48 PPG MW OUT=8.45 PPG ECD =9.67 PPG MW TEMP IN=89.4 DEG MW TEMP OUT=86.5 DEG BHT=140 DEG ROP=34 FPH WOB=1.5-2.0K CIRC PSI= 2550 PSI IAP=VAC OAP=55 PSI PVT=47 BBLS 1/22/2016 00:00 - 02:00 2.00 DRILL P PROD1 DRILL LATERAL SECTION 12,257 TO 12,337' FREE SPIN=2400 PSI AT 2.84 BPM RATE IN=2.84 BPM RATE OUT=2.24 BPM MW IN=8.48 PPG MW OUT=8.45 PPG ECD =9.67 PPG MW TEMP IN=89.4 DEG MW TEMP OUT=87.9 DEG BHT=140 DEG ROP=47 FPH WOB=1.5-2.0K CIRC PSI= 2600 PSI IAP=VAC OAP=55-99 PSI LOST 92 BBLS 02:00 - 06:00 4.00 DRILL P PROD1 DRILL LATERAL SECTION 12,337'TO FREE SPIN=2400 PSI AT 2.84 BPM RATE IN=2.84 BPM RATE OUT=2.33 BPM MW IN=8.48 PPG MW OUT=8.42 PPG ECD =9.62 PPG MW TEMP IN=96.8 DEG MW TEMP OUT=93.4 DEG BHT=142 DEG ROP=47 FPH WOB=1.5-2.0K CIRC PSI= 2600 PSI IAP=VAC OAP=99-183 PSI Printed 2/8/2016 9:28:57AM North America-ALASKA-BP Page 31 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date: 1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UVN:500292147100 Active datum:B-27A(075.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) _ 06:00 - 11:45 5.75 DRILL P PROD1 ,DRILL AHEAD IN LATERAL SECTION. FREE SPIN OF 2370 PSI AT 2.82 BPM. -DRILL AT 2.81 BPM,2525-2580 PSI,2-2.4K WOB,ROP VARYING BETWEEN 35-50 FPH BUT DROPPED TO 10 FPH AT-12,640' -MW IN AND OUT 8.50 PPG,ECD OF 10.4 PPG,LOSING.8-1.0 BPM WHILE DRILLING CONDUCTING FREQUENT SHORT WIPERS TO GET WEIGHT TO BIT. SLIDING BECOMING 'DIFFICULT. 11:45 - 16:00 4.25 DRILL P PROD1 CONDUCT FLOW CHECK OFF BOTTOM,WELL TAKING FLUID AT.60 BPM. POH FOR BHA INSPECTION AND CHANGE OUT. PICK UP WEIGHT COMING UP HOLE AT 43-46K. 16:00 - 17:00 1.00 DRILL P PROD1 'CONDUCT KICK WITH BHAACROSS STACK DRILL. DRILLER CALLED OUT FLOW AT ROTARY AS BHA WAS BEING HANDLED. CREW FOLLOWED STANDING ORDERS AS DISCUSSED DURING PJSM. CREW HAD WELL CLEARED AND SHUT IN WITH CLOSED BLINDS AND HCR AT 2 MIN,40 SEC. ESSENTIAL PERSONNEL THEN MOVED TO STATIONS,SIMULATED LINING UP TO -GAUGES. CALL ALL CLEAR,CLEAN UP RIG FLOOR. ENSURE FLUIDS ARE LINED UP ACROSS TOP. CONDUCTAAR. 17:00 - 17:30 0.50- DRILL P PROD1 MU DRILLING BHA WITH 3.75"X4.25"HYCALOG BIT AND AGITATOR ON 2-7/8"ULS MOTOR. STAB ON WITH INJECTOR. -WELL ON.4-.5 BPM LOSSES WHILE AT SURFACE 17:30 - 22:00 4.50 DRILL P PROD1 RIH WITH BHA WHILE TESTING QUICK TEST SUB. SURFACE TEST AGITATOR,GOOD VIBRATION AT 1.70 BPM. CONTINUE RIH. WEIGHED RECYCLED MUD COMING UP 9.7 PPG. CALLED ODE DISCUSSED. RECEIVED LEVEL 2 OCN#12 22:00 - 00:00 2.00 DRILL P PROD1 LOG TIE IN+14'CORRECTION RIH. LOG MAD PASS FROM 100'OFF BOTTOM. TAG. 9.7 PPG MUD AT BIT. START DRILLING AHEAD 9.7 PPG IN/8.47 PPG OUT 2.85 BPM IN/2.33 BPM OUT LOSSES STARTED INCREASING FROM 32 BPH TO 150 BPH DRILLED AHEAD _ 1/23/2016 00:00 - 00:30 0.50 DRILL P PROD1 DRILLED AHEAD TO 12,721'TO 12,740' STICKY AT 12,721' PULLED FREE LOSSES WHILE DRILLING WITH 9.7 PPG 140-150 BPH WENT ON>100%LOSSES. START PUMP ACROSS THE TOP. DROP RATE TO 1.85 BPM DOWN COIL. LOSING EVERYTHING WE PUT DOWN COIL ONCE ONE TRUCK ARRIVED. BRING RATE BACK UP TO DRILLING RATE OF 2.85 BPM. LOSING ALL RATE Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP S Page 32 of 33 Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 00:30 - 02:30 2.00 DRILL P PROD1 PULLED OUT OF OPEN HOLE AT WINDOW. OPEN EDC. DROP RATES TO MINIMUM TO KEEP HOLE FULL WAIT ON GETTING FLUIDS. DISCUSS WITH ODE AND SUPERINTENDENT. 02:30 - 06:00 3.50 DRILL P PROD1 LOG TIE IN+14'CORRECTION WAIT ON 9.5 PPG FLUIDS TO ARRIVE ON LOCATION. 06:00 - 07:00 1.00 DRILL P PROD1 ,RIH WITH NO ISSUES. WELLBORE SEEMS TO BE CLEAN ALL THE WAY TO BOTTOM. LOSSES ARE EQUALING CIRCULATION RATE DOWN COIL. CUT BACK ON CIRC RATE TO LIMIT LOSSES. 07:00 - 19:15 12.25 DRILL P PROD1 DRILL AHEAD DIRECTIONALLY -DRILL AT 2.82-2.88 BPM,3180-3445 PSI, 1.5-5K WOB -MW IN 9.4-9.5 PPG,ECD RANGE OF 9.95-100 PPG,LOSSES EQUAL TO CIRC RATE DOWN COIL -GOOD WEIGHT TRANSFER THROUGHOUT DRILLING. CONDUCT FREQUENT SHORT WIPERS TO MAINTAIN GOOD WOB AND IN ATTEMPT TO MOVE CUTTINGS TO THIEF ZONE. -BEGINNING TO HAVE DIFFICULTY WITH DRILLING AT 13,335'BUT STILL ABLE TO DRILL AHEAD AT SLOWER ROP AND USING MORE WOB -DRILL TO 13,430'(TD) -PUMP AT 2.84 BPM(COIL),.65 BPM (BACKSIDE)WITH.51 BPM RETURNS @ 3630 PSI PUMP PRESSURE,9.97 PPG ECD,AND 4.5 WOB -MULTIPLE WIPER TRIPS DURING DRILLING SHOWED HOLE WAS CLEAN-PUW ON WIPERS WAS 51K -FLUID LOSS RATE STEADY EQUAL TO CIRC RATE DOWN COIL PLUS.2 BBUMIN Printed 2/8/2016 9:28:57AM North America-ALASKA-BP Page 33 of 3a Operation Summary Report Common Well Name:B-27 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/2/2016 End Date:1/24/2016 X3-017H7-C:(3,729,805.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 19:15 - 23:30 4.25 DRILL P PROD1 PERFORM WIPER TRIP AND TIE IN -PUW 54K-50K(TOOK 62K TO BREAK OVER FROM BOTTOM) -PERFORM WIPER TRIP TO TIE IN POOH TO 10,050'FOR TIE IN -FIRST WIPER TRIP UP SHOWS CLEAN -TIE IN AT 10,085 WITH+16'CORRECTION DROP RATE IN ON TRIP UP FOR WIPER FROM 2.8 BPM TO 2.0 BPM DOWN COIL,WITH OUT RATE DROPPING FROM.63 BPM TO.57 BPM 1-REDUCE RATE DOWN COIL TO.5 BPM WHEN COMING ACROSS BILLET AND WINDOW -RIH FOR TIE IN AT 1.26 BPM DOWN BACKSIDE AND.45 BPM DOWN COIL WITH 1.21 BPM OUT AND 337 PSI(9.25 POPG ECD) -ONCE PAST WINDOW,INCREASED RATE- DOWN COIL TO 1.45 BPM/DOWN BACKSIDE TO.78 BPM WITH OUT RATE AT.77 BPM TRIP IN HOLE SHOWS CLEAN-SOW 21.5K -TRIP WAS CLEAN 1-TAGGED TD AT 13438.7' START PUMPING LINER RUNNING PILL '*PERFORM A KICK WHILE TRIPPING DRILL-SIMULATED TAKING GAIN IN PITS. SHUT DOWN TRIPPING AND PUMPS. VERIFIED WITH MANUAL STRAPS.SHUT IN CHOKE LINE HCR.AND PRESSURED UP ON PACKOFFS.WELL STILL FLOWING.SHUT IN VALVE UPSTREAM OF CHOKE.WELL SECURED AND MONITORING FOR PRESSURES.CONDUCTED AAR WITH CREW AFTER DRILL 23:30 - 00:00 0.50 DRILL P 1 PROD1 POOH-LAYING IN LINER PILL -POH WITH RATES AT.54 BPM(DOWN BACKSIDE),.76 BPM(DOWN COIL)WITH.6 BPM RETURNS -LAYING LINER PILL IN HOLE WHILE PULLING OUT OF HOLE -POOH TO 12,740'(MIDNIGHT DEPTH) 1/24/2016 00:00 - 04:00 4.00 DRILL P PROD1 POOH-LAYING IN LINER PILL -POH WITH RATES AT.54 BPM(DOWN BACKSIDE),.76 BPM(DOWN COIL)WITH.6 BPM RETURNS -LAYING LINER PILL IN HOLE WHILE PULLING OUT OF HOLE -PAINT FLAGS AT 9,826.33'(TD EOP)AND 6,517.33'(TD TOP OF WINDOW) CONTINUE OUT OF HOLE. WELL ON 40 BPH LOSSES. -PJSM. INJECTOR OFF AT 04:00 Printed 2/8/2016 9:28:57AM • North America-ALASKA-BP Page 1 of 5 Operation Summary Report Common Well Name:B-27 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/24/2016 End Date:1/26/2016 X3-017H7-C:(1,309,232.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Firs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 1/24/2016 04:00 - 04:45 0.75 CASING P RUNPRD BREAK DOWN BHA. BLOW DOWN TOOLS. I INSTALL NIGHT CAP. INITIATE HOT WORK 'FOR BOOTING E-LINE. CUT COIL CONNECTOR AND UQC OFF 04:45 - 06:00 1.25 CASING P RUNPRD PREPARE FLOOR FOR RUNNING LINER CUT COIL AND PUMP E-LINE SLACK OUT IN PREPARATION FOR CEMENT JOB PUMPED 205'OF POSSIBLE 304'OUT. .COULDN'T GET ANYMORE MOVEMENT. 06:00 - 07:45 1.75 CASING P RUNPRD ,INSTALL BOT COIL CONNECTOR. PULL TEST TO 35K. GOOD TEST. -PRESSURE TEST COIL CONNECTOR,GOOD TEST. PUMP 3/4"DRIFT BALLAROUND, RETRIEVE BALL. -CONTINUE WITH PREPARATIONS,MOVE TRUCKING INTO PLACE FOR CONTINUOUS HOLE FILL -WELL TAKING-.45-.5 BPM WHILE CIRCULATING ACROSS TOP AT SURFACE 07:45 - 08:30 0.75 CASING P RUNPRD I CONDUCT H2S DRILL WITH CREW. CONDUCT AAR,DISCUSS PROPERTIES OF H2S,DANGERS OF H2S,MITIGATION MEASURES IF ENCOUNTERED, RESONSIBILITIES IF RIG EVAC IS NECESSARY,WHO CONTROLS THE SITE AND WHO CAN GIVE AUTHORIZATION TO MOVE BACK ONTO RIG. -CONDUCT PJSM FOR PICKING UP BHA. DISCUSS INSPECTING EQUIPMENT AND WELL MONITORING. • - 08:30 - 14:30 6.00 CASING P RUNPRD MU SHOE TRACK DRIFT FIRST FIVE JOINTS. I II MU 2-7/8"X 3-1/4"X 3-1/2"LINER ASSEMBLY PER PLAN. NO ISSUES ON MAKE-UP. -CONDUCT KICK WHILE MAKING UP LINER DRILL. SIMULATE FLOW AT ROTARY WHILE MAKING UP LINER. CREW FOLLOWED STANDING ORDERS,SHUT IN TIME 1 MIN,25 1 SEC. -COMPLETE MU RUNNING TOOLS TO 1 STRING,MU TO COIL CONNECTOR STAB ON,BREAK CIRCULATION IN COIL TO WARM COIL. CONDUCT AAR OF DRILL DURING CIRCULATION. 14:30 - 15:15 0.75 CASING P RUNPRD INSTALL PORTED SUB IN REELHOUSE CIRCULATION UPSTREAM OF THE MICROMOTION. (DONE AT REQUEST OF BP IN PREPARATION FOR HIGH PRESSURE TESTING REQUIREMENTS). CONDUCT PRESSURE TEST TO 250 PSI LOW/3500 PSI HIGH FOR LEAK-TIGHT TEST CRITERIA, GOOD TEST. Printed 2/8/2016 9:29:42AM • North America-ALASKA-BP S Page 2 of 5 Operation Summary Report Common Well Name:B-27 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/24/2016 End Date:1/26/2016 X3-017H7-C:(1,309,232.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Firs Task Code NPT NPT Depth Phase 1 Description of Operations (hr) (usft) 15:15 - 18:20 3.08 CASING P RUNPRD RIH WITH PRODUCTION LINER ASSEMBLY. WINDOW FLAG WAS ON DEPTH. CONTINUE TO RIH,SLACK OFF WEIGHT 27 K SLACK OFF WEIGHT WHILE RIH IN CASED HOLE. PICK UP WEIGHT AT WINDOW 52K. CONTINUE RUNNING DOWN INTO OPEN HOLE. -SOW IN OPEN HOLE 25-27K. CIRC PRESSURE AT.30 BPM 475 PSI. LOSSES AVERAGING.9 BPM WHILE PUMPING ACROSS TOP TO KEEP WELL FULL. -TRIP DOWN IN OPEN HOLE GOOD WITH REDUCTION IN SLACK OFF WEIGHT TO 21-23K -STARTED HAVING TO WORK LINER DOWN FROM 12600', 13,050,AND 13257' WORSE. TOOK MORE TO GET MOVING. WORKING PIPE FROM-20K TO 90K. 18:20 - 19:00 0.67 CASING P RUNPRD TAGGED AT 13427' MULTIPLE TIMES. CALLING BOTTOM. BREAKOVER WAS 63K DISCUSSED WITH ODE. START PREPARATIONS FOR CEMENTING 19:00 - 19:40 0.67 CASING P RUNPRD 19:00-PJSM, DISCUSS BALL DROP PROCEDURE. 19:10-LOAD AND LAUNCH 5/8"BALL. VERIFIED BALL ROLLING 2.69 BPM DOWN COIL 19:17-BALL OVER GOOSENECK 19:25-SLOW RATE TO 1 BPM 19:35-BALL LANDED AT 43 BBLS AWAY. PRESSURE UP TO 4300#. SHEARED 19:40-PU TO BREAKOVER TWICE. 13414'AT 43K. VERIFIED RELEASED. STACK WEIGHT ON LINER 19:40 - 21:00 1.33 CASING P RUNPRD PJSM. GET TRUCKING/PIT ARRANGED 21:00 - 22:30 1.50 CASING P RUNPRD COME ONLINE DOWN COIL WITH 1%KCL W/ SAFELUBE COIL SWAPPED OVER TO 1%KCL. DISCUSS WITH ODE THAT WE HAVE NO RETURNS. 22:30 - 00:00 1.50 CASING P RUNPRD PJSM. LOAD PITS WITH 1%KCL TO BULLHEAD DISCUSS PRESSURE CROSSCHECK AND NEW TRIP PRESSURE FOR PUMP 1 CLOSE HAND CHOKE. BULLHEAD DOWN 2 BPM I 388# 3.25 BPM©839# 47 BBLS AWAY 13.45 BPM @ 897# 99 BBLS AWAY 13.45 BPM(d1 890#140 BBLS AWAY OPEN CHOKE. ATTEMPT CIRCULATION 1.5 BPM IN/0.65 BPM OUT @ 717# SLOW RATE TO GET PITS READY FOR CEMENT DISCUSSED WITH ODE IF MORE EXCESS NEEDED. STICK WITH PLAN 1/25/2016 00:00 - 01:20 1.33 CASING P RUNPRD FINISH FLUID PREP. PJSM. TOPICS ROLES AND RESPONSIBILITIES. DISCUSS PRESSURE CROSSCHECK. 01:20 - 02:30 1.17 CASING P RUNPRD CEMENTERS PRESSURE TEST AGAINST STANDING IRON VALVE 350/5000. PASSED. LOWERED TRIPS TO 3800#/WSL WITNESSED TEST. START DOING RATE CHECKS Printed 2/8/2016 9:29:42AM • North America-ALASKA-BP • Page 3 of 5 Operation Summary Report Common Well Name:B-27 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/24/2016 End Date:1/26/2016 ,X3-017H7-C:(1,309,232.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM ,Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A(d275.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 02:30 - 04:00 1.50 CEMT P RUNPRD CEMENT WET AT 02:30 START CEMENTERS DOWNHOLE INITIAL CIRC PRESSURE WHILE LOADING REEL 945# -1058#AT 2.0 BPM. 03:03:38 BBLS OF 15.8 PPG CEMENT IN REEL 03:06 SEND CEMENTERS EXHAUST. COME ONLINE WITH EXHAUST FLUID. -75.5 BBLS(CEMENT TURNING CORNER) ZERO OUT MM AND SEND RETURNS TO PIT 4 -89.8 BBLS SHUT PUMP DOWN. PICK UP TO BREAKOVER+13(13414'-13400') -SET BACK DOWN 10'HIGHER 13415' -SET TRIPS TO 1800#. RAMP PUMP UP SEAT PEE WEE DART. WITH 1500# PICK UP TILL PRESSURE DROPS -EXHAUST 2 BBLS CEMENT/3 BBLS EXHAUST. -PUMP DOWN. OPEN BAKER CHOKE. SET BACK DOWN INTO COMPRESSION -ZERO MM IN: PRESSURE UP 3600#. WIPER PLUG SHEARED. (TOOK 0.6 BBLS) PUMP LINER WIPER PLUG AT 2.72 BPM @ 2285# " -PLUG BUMPED AS WE WERE COMING OFF -PUMP(22.2 BBLS). -PRESSURE UP TO 3200#. HELD. -OPEN BAKER CHOKE AND CHECK FLOATS. GOOD TEST. (14.2 BBLS CEMENT BEHIND PIPE) -CEMENT IN PLACE AT 03:51 WELL ON-1 BPM LOSS RATE 04:00 - 06:00 2.00 CEMT P RUNPRD PICK UP AND OPEN SIDE EXHAUST PORTS CIRCULATED 20 BBLS OF EXHAUST UNSTING COMPLETELY. POOH CHASING RETURNS 06:00 - 07:00 1.00" CEMT P RUNPRD PULL BHA TO SURFACE. CONDUCT PJSM FOR LAYING DOWN BHA. PULL BHA TO BELOW STACK,FLOW CHECK,WELL TAKING FLUID. POP OFF WITH INJECTOR. 07:00 - 08:00 1.00 WHSUB P POST LAY DOWN RUNNING BHA,RETRIEVE 5/8" BALL. MOBILIZE BAKER TOOLS OFF OF RIG. -PJSM FOR MAKING UP AND RUNNING NOZZLE BHA FOR FREEZE PROTECT. MU NOZZLE ASSEMBLY WITH CHECKS. -CONDUCT PJSM WITH LRS REGARDING PUMPING DIESEL TO RIG. UTILIZE PRESSURE CROSSCHECK TO DISCUSS LIMITS OF EQUIPMENT,PRESSURE RELIEF SYSTEMS,EXPECTED PRESSURES DURING OPERATION,CRITERIA FOR PRESSURE TEST BEFORE PUMPING,WEAKEST LINK IN OPERATION,EXCLUSION ZONES DURING PUMPING. 08:00 - 10:00 2.00 WHSUB P POST RIH TO 2500'WITH NOZZLE BHA WHILE PRESSURE TESTING LRS UNIT. GOOD PRESSURE TEST,LOAD REEL WITH LRS PUMP. -FREEZE PROTECT WELL BY PUMPING WITH RIG PUMP WITH 45 BBLS DIESEL TO 2500' -RD LRHOS UNIT Printed 2/8/2016 9:29:42AM • North America-ALASKA-BP • Page 4 of 5 Operation Summary Report Common Well Name:B-27 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/24/2016 End Date 1/26/2016 X3-017H7-C:(1,309,232.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A©75.40usft(above Mean Sea Level) Date From-To Hrs Task I Code NPT NPT Depth Phase Description of Operations (hr) (usft) 10:00 11:30 1.50 WHSUB P POST RIG UP NITROGEN UNIT. GREASE CREW ON LOCATION,SERVICE TREE WHILE N2 UNIT IS RIGGING UP. -WELL ISOLATED WITH CLOSED TREE VALVES. PJSM WITH N2 CREW REGARDING PUMPING OPERATION. SAME FORMAT AS EARLIER BRIEF:UTILIZE PRESSURE CROSSCHECK TO DISCUSS LIMITS OF EQUIPMENT,PRESSURE RELIEF SYSTEMS, EXPECTED PRESSURES DURING OPERATION,CRITERIA FOR PRESSURE TEST BEFORE PUMPING,WEAKEST LINK IN OPERATION,EXCLUSION ZONES DURING PUMPING. -CONDUCT PRESSURE CHECKS,WSL MONITORED TRIPS. GOOD TESTS. 11:30 - 13:30 2.00 WHSUB P POST CIRCULATE TO LOAD REEL WITH METHANOL AND FRESH WATER. BEGIN PUMPING NITROGEN TO DISPLACE COIL FLUIDS TO FLOW BACK TANK. HIGHEST PRESSURE SEEN DURING OPERATION IS 675 PSI. CLOSE IN VALVES TO ISOLATE RIG FROM NITROGEN UNIT. NITROGEN UNIT BREAKING -DOWN RIGGING. -ALL CLEAR IN REELHOUSE. ALLOW PRESSURE TO BLEED OFF TO 0 PSI. ALL CLEAR ON RIG,ALL LINES VERIFIED CLEARED. 13:30 - 19:30 6.00 WHSUB P POST POP OFF WITH INJECTOR. PREPARE COIL END FOR PULLING BACK. INSTALL GRAPPLE, PULL TEST SEVERAL TIMES. PULL COIL BACK TO REELHOUSE. SECURE COIL ON REEL. PJSM DROP OLD REELAND PICKUP NEW REEL. -SIMOPS:CONDUCT LEAK TIGHT TEST ON TREE TO VERIFY WELL SECURED FOR OPENING UP BOP DOORS. -SIMOPS:CLEAN PITS/DRAIN MGS 19.30 - 21:00 1.50 BOPSUR P POST PJSM/LO/TO KOOMEY START BOPE INSPECTION. -SIMOPS:REMOVE GOOSENECK/ DROP PACKOFF ASSEMBLY TO REPLACE BRASS/ PACKOFF 21:00 - 00:00 3.00 BOPSUR• P POST OPEN DOORS ON ALL RAMS. CLOSE RAMS DOORS BEGIN NIPPLING DOWN SIMOPS:RIG UP REEL IRON/BULK HEAD INSTALLED Printed 2/8/2016 9:29.42AM •• North America-ALASKA-BP PageSofS Operation Summary Report Common Well Name:0-27 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/24/2016 End Date:1/26/2016 X3-017H7-C:(1,309,232.00) Project:Prudhoe Bay Site:PB B Pad Rig Name/No.:NORDIC 2 Spud Date/Time:11/26/1985 12:00:00AM Rig Release:1/26/2016 Rig Contractor:NORDIC CALISTA UWI:500292147100 Active datum:B-27A @75.40usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 1/26/2016 00:00 01:30 1.50 BOPSUR P POST NIPPLING DOWN BOPE -INSTALL TREE CAP. PERFORM VISUAL LEAK TIGHT TEST TO 3500# -GOOD TEST. RELEASE RIG 01:30 PJSM FOR MOVING OFF. DISCUSSED PHYSICAL BARRIERS ARE IN PLACE TO PREVENT RIG FROM CONTACTING TREE / WELLHEAD (12 X 12 IN PLACE) ESD TESTED AND MANNED BY TOOLPUSHER OR SUPERINTENDENT RADIO COMMUNICATION VERIFIED AND POSITIONS ASSIGNED AROUND OUTSIDE OF RIG THE AGREED COMMAND IS"STOP" DISCUSSED IN PREJOB ABOUT NO TWC OR BPV IN WELL. Printed 2/8/2016 9:29:42AM • i B-27C, Well History (Post-Rig Sidetrack) T/I/0=150/0/0. Post Nordic 2. R/D CTD TS#06 and 7x4 XO#05, R/U 4"tree cap assembly and PT 1/26/2016 to 4000 psi. (Pass). Wellbore and annulus if fluid pakced. Final WHP's 150/0/0. CTU 9 1.75" coil 0.134"wall. CV=42bbl. Objective: D&T/RPM/PTSA LTP/Pert MIRU. MU 2.3" DJN drift BHA. Load well with 1%KCL w/Safelube. Tag PBTD at 13390' CTM. Flag pipe 50' off bottom. Jet/fill liner with 1% KCL w/Safelub. Make 2 jetting passes across TOL. POH. MU & RIH w/ Baker RPM. Load well with 1% KCL w/Safelube at 5 pbm, then continue pumping down backside at 1 1/29/2016 bpm. Log down from 10000 to 13999 (PBTD) at 30fpm. Begin log up at 20fpm from PBTD. CTU 9 1.75"coil 0.134"wall. CV=42bb1. Objective: D&T/RPM/PTSA LTP/Perf Continue logging up at 20fpm to 9000 (main pass+jewelry log). POOH. Confirmed good data. Perform weekly bop test while Anchorage team determines perf intervals based on log. MU & RIH w/Gun#1: 6' of 2" PJ, 6 spf, 60 deg phasing. Tag PBTD at 13390.3'CTM Up. Correct to Bottom Shot Depth = 13406.11' MD. PUH to shot depth. Perforate 13388'- 13394' MD. Paint coil flag at 13300.4'. POH. Shots 1/30/2016 fired. Cut pipe for chrome/MU new ctc. MU & RIH w/Gun#2 30'of 2" PJ, 6spf, 60 deg phasing. CTU 9 1.75" coil 0.134"wall. CV=42bbl. Objective: D&T/RPM/PTSA LTP/Perf Continue RIH w/ gun#2. Tag PBTD, correct to bottom shot, perforate 13341 - 13371'. POOH. LD gun#2. MU 45 KB Hybrid LTP w/ PTSA (2.313" x-lock w/one-way check installed). Load well with 1% KCL w/Safelube. RIH. Set LTP, top of KB packer at 10138'. Pressure test LTP for 30 minutes at 2400psi (2419/2389/2359) Fail MIT criteria. APE OK with PT. Pump off LTP. POOH. MU&RIH w/2.5 GS spear, tag LTP 3k overpull, perform injectivity test at 0.5bpm@970psi, appears we are open to 1/31/2016 formation now, Replace freeze protect while POOH (30bbls). CTU 9 1.75"coil 0.134"wall. CV=42bbl. Objective: D&T/RPM/PTSA LTP/Perf. Continue pooh. 2/1/2016 Retrieved X-lock w/plug. • • 0_ m I Q U) Q t J Q 0Q I a) co W •- L a) Q m o m N 'w " }t . -a m ca L 0 ' s C O F- F- r1 N N ■� -o Z Ci. O. o LL o co a Z � Z � NI! m �) CO o D o o I � o a 0N N CO y N 0 Va N N a `n in O 0n o 7 � fir' 0_ d c 0 W w U U CO CO Z Q y y n 9 a O O t Z Z ce a 0 N N {� N N 3 Y 0) N (0 N v o Z Q > � J 4. ��`r-�-` 0 LO CD >� v '• N V V m 0 > o) N ON m J 711 r-- N � c � (0 G_ C c m CO F- W d y y c 7 O) > ! 1 m N > N 3 O •O .. U (+) a •- I E L J J t` o L y 2 re E H 03 a ( c d • v a o E _ m sr Cmc ) m❑ n 0 (13 V) U ,an' 000 C re E - . a 0 0 U N N T la y O O O O ... O V ❑❑> C N 0 O f f ... 0 J F 2 2 d) ❑ N § 0 0 eY O a O.3 CI 0,o 0 a CO O N O 0 N 0)441- 10 CO LO N a CO 0 u- CO o d O (0 � p) L. co o. O. a'i o r CO 2 0. ❑ (n 1 c o N O y p C O , H WLI: 7, O .. •� (N (N y ' 7N m w a a a m a w 0 L c ce Uc o Zoo r S r o11 z w u) r - is z w 3 c u) ❑ J ? 7 O Q a > o a y - / N m R 7 U m m _ a y ❑ o m O Cr) CO O y a co C LL ... co) m U a ) y y L a a m Z > > > a C9 CO w OU 3 0 0 0 D CO h- (4 Z 0 O O O C rn U ti N Q 0 N ❑ a a O m ( 0 E Q NNm 7 E Nzm N.3 p N om a a CO m CO N Q E N (0 (O Q m n N 2 W O ` m N N N Z a a m m m t tE 0 C p 0 c c O c c V y U o _ate..(4+.1 C N ' C �. co O O .y c y c C am a a) m (n IS ao ° a o a c a) ? °_ c�i ° NkM O .0- r N 0) y Q 10 d co « .0. O y N d y iS d A y 7 N Ua CO5 3 ❑ a 2 c9E co ma a. a_ 3 E 0 Q > > a O N u) N 0) CO 0 n u) (O V N u) o r N 0 C) CO O O 0 N C) CO CO N V. CO N- CO 0) 0 N CO M N 0) u) D O Si. O O O O 0 •- ,- ,- ,- N N N N N " '3 CO m re )-- fn O > 0 0) co O C) u) C) ,- co N N- L11 ,- LI1 u1 0) (O u) CO O 0 N- O N- O O O ,- 0 0 0 ,- 0 ,- O O N ,-d 0 O O O O O O o O O O O O O O O O O O O O 0 co m Z Q O)N W a 0 C la m 0 y 7 OS CO Z Z Et a o CO CO 3 Y 0 0 co (0 0 u) u) u) 0CO N V N ' N u) M M CO N f` Q 0 CO 7 0 O N 0) 0) v CO u) n f- CO 1 CD v O 0) 0 N CO u) 1- 0 M u) O CO n CO O 0 0) LO N.. N- 0 ' N N N N N N C) C) (".) 66 C) C) 4 7 a C) C) M N ©© E u) C O 0 O 0 O cncncncn 0 0 0 0 co 0 0 0 0 0 0 0 0 0 co 7 = V U) a ? V V V U) C V V' V' V V V V m Q Q O E ,r- 0�'' Co co co o co co O O co co co co co O co O co co co O IO Z Cil Cil 2 u) u) u) O O u) u) O u) O CO u) O O u) IO 0 u) IO (O 1:01:01- iii w — • O O u) I,- N 0 0) 0 N- CO n N N N- N- CO 0) C (O 0 0 C 0) ' N O CO V 0) (O u) 0 CO 0 CO CO (O CO 0 0 0) h u) n C) 0 CO CO u) ,Cr C) 0 N. N CO 0) C) u) N 4 4 V V C) C) C) N N N N N N O O O U .i co u) u) u) u) u) u) u) u) u) u) u) u) u) u) u) u) u) u) v_ c_ 0 C d « L �' ‘CC:::)-- O O O O O O O O O O O O O O O O O O O SII Co rn rn cad- 0) 0) 0) 0) 0) 0 0 0 0 0 0 rn 0 0 MCC 0 rn Q' �- z N N Di u) u) u) u) u) u) u) (O u) u) u) u) u) u1 b ui L m c O CCo .. O CO 13-- (U,) N 7 0 V 0 u) C) r CO 0 CO u) C) 0 N 0) 0) N N- N Q ` {_ U 0 0 0 N C) u) f` 0 DI C U) CO � CO 0 0 0) CO 4 O law,N O 0 O O O O O N N `c2 a) C) 0 p 0 0 O 7 Co W 'p W 7 pc -o, O C 3 IMCO ;o '. O m m Q l0 . . O CO N- CO 0 CO CO CO a CO O M CO a OD CO v Q U U 0> 0> O N VCO CO CO 0) .- C) a u) n O M CO M 0 CO Cl) Co0 O. > > O O O O N N N N N N M M V' u) u) CL 0 0 2 2 CL 0 ti „ CO 2 z o D coTo c LL a (O o 0 o D o O) O) O) 0) O 0) o) o) O uO m � tro % N4 4 4 C 4 a a a R V R V V V V V ' Co 0 v N N N N N N N N N N N N N N N N Co N C) u) © CO O O - N C) V u) CO N.- CO CO 0 } 0 co 0 0 0 0 0 0 0 o O 0) 0) 0) 0) 0) 0) 0) 0) 0) CO 0) 0 0 0 0 0 0p 0--o) 0 0 0 0) 0) CO 0) 0) 0 CD N6 O 0 0 O O 1 O O) O) O) 0I 0) Q) 0) 0) 0) 0) C) 0 0 0 0 0 0 % 0O O 0) 0) 0) 0) 0) 0) 0) 0) ^ s- N M V u) CO N- CD 40 O 0 N C) V u ) CO n co N- m 0 w N coV co (371 2 0 0 0 0 0 N- N N 0 O V co 0) CO I,- 0) CO N C) u) 0 a CO u) CO 0 CO a U O CO u) u) CO V' u) 0) u) C) u) n 0 ,- Cr e- N- V CO CO _ CO CO O a u) N a0 N O O O u) O r u) u) V CO u) N I- Q L O C) C) u) u) u) M u) N CO M u) C) V CO O Cr) 0 N C) N- x- x- - a- .- '- '- '- '- N N $ 0 - - E• _ N N V V a �' o 0 Q00 co T (n a Y N Co m Z n Y Y U) N c N N F 0 C) C) N CO N- 0 V CO (O CO 0 u) 0 CO I,- LO JQ CO CO 0 0 0 0 N- ,- N N C) N N 0 0 r- N N CO C) u) V O O O O O O O O O 0 O O O O O O O O O O Q O O O 0 O N OO u) C) '0 CO m I.- W C co- co- N l0 L L m 0 0 OO 2 m N N N Z d 4. m CO m 00 O 0 CO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Z O O O O O O O O O O O O O O O O O O O O Q E o ((OO o (� 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 co Q r) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 rn E O O N C) v u) co n co O O : (N U ,_ U) CO N- CO 0 u) 0 2 2 m 0 g o 'Il O .. 0 . E U o Coc Z o umm ' i ` iT2r (0N an3o a 1_ • ,- ,-M CO CO N- N- N CO CO V 0) CO CO (0 N- CO O N- N CO N CO ✓ CO N- r CO M O CO N r V N ,- CO N- N r V CO CO CO 0) C` N U N C7 V co aD N O co CD O V m N (O O In O V 0) 4 0) V O 6 3 N co co V V V CO CO co co (0 n n co CO 0) O O , CO V dO N 0 > 0 CO co 0) CO CO CD O N a- CO CO 0) O n CO CO CO CO CO CO CO 0 CO O O CO O Z E N 0 0 ,- N ,- ,- 0 CO CO ,- CO N V V V N- 0 CO CO CO CO N ,- V CO 0 W W O U O O O O O O O N4 NaC' - - -- 0 •- •- - N M M N U co co Z Q co N rn g m 7 .Q .0 0 0e C N Na. Z z a — d O 0 CO CO CO CO CO CO V V 0) V CO CO CO N V O CO CO CO 0) CO CO V 0) N ✓ V Z O) 0) 0) co N 0) M O M V r r In ON 0) O 0) O N- N CO CO CO CO N Ln = Q O) O N CO CO N O CO n CO 0) CD In V Cn CO N r IC) N N N LO 0) CO CO O) C` C\ 0 ' N CO CO CO V CO CO O CO N Cn O) co r CO O V 0) V 0) V 0) V O (O N N. Y CO CO CO CO CO CO CO CO COVN- CO Cn CO CO N- CO 0) 0) 0) 0 0 ,- ,- N CO CO V N N E In C O O O O O 00000 00000 O O O O =' V V V V V Q V V V V V V V V V V V V V V V V V sr- - 00 CO' N E y m CO CO CO CO CO CO CCD CO CO (O CO CO CO CO CO CO CO CO CD CO CO CO CO CO CO CO CO N. n N • 7 CD CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO m F-- i lL W CO r 0 CO CO CO CO In r N N CO CO V CO CO 0) CO CO CO N- CO N- 0) CO N- CO CO r N N V n V N 0 h 0 V CO 0 CO 0 CO r N CO 0) CO CO CON 0) CO CO (11 CO N CO n N O) CO V V V CO CO O co (O CO N O 0 4) CO CO N- n n N C� CO O6 V n 0) N CO CO = V r V N- COV N CO U € p) 'V V V V V V V V In In (O CO CO N. N. N- CD CO CO O) O 01 N N N N N C C E at.. O O O O O O O O O O O O O O O O O O O O O O O O O O N CO CO CO CO CO CO CO CO CO CO IO In In CO Cn In CO Cn CO CO CO CO CO CO CO w o g O) 0) 0) o> 0 6 0 0 0 00060 m O 0 0 0 O O O O rn 0) 0) Z In/�"��In In CO In Iri In In In (n In In In In Iri In Iri Iri ui Iri CO Iri vi In Iri Iri (n p c u u io p C Cm) E 7 O } - M O CO CO co CO M M Cn O 00) M N CO O N N O Mar 9 ` C V +� CO - 0) I's W. CO 7. O CO co. 0) co. N v N O O N CO O CO CO N C w m 0. L.1 C) O N V IO f` a- O V N- In 0) V CO CO CO CO CO CO CO V CO In N V w W ,- N co CO V V V In In CO CO C) r CO CO O CO O N y Ttoc = T A m a > w J F- 22 a 0 W . t Q CO CO O CO CD O CO CO In O (n CO CO O CO V CO CO O CO V O p_ CO N. CO N CO N O) V 0 CO CO N N CO V CO CO N CO C` O CD CO CO r I i f� hi O CD V CO O) N CC) CD V N.: O V I. V CO C ' .- ,- )- NNN CO M CO V V V In LOCO CL N y In Z 3 cnTs C it CO co co CO r CO V CO m CO 0 N N CO 0 CO N V CO CO CO N 0) CD V In In CO In CO CO CO CO V. (O N N- s- CD O CO CO 0) 7 CO CO CO CO V V V V V V V V V V N O O CO O M CD N O Cn O MN N N N N N N N N N N N- 01 V CO O V O O CO CD CD (I) O O ,- N M Cr N CO r CO O O O O O ,- ,- ,- ,- N N N N CO 0) CO N N N N N N N N N N M M M M M M M M M M M M a G co co co co CO N. CO V CO N In V CO O N 0 CO N V CO CO CO N CA CD V O 0) 0) 0) O 0) 0) 0) CO N 0 CO O � O.� r; O CO CO r co O) 0) CO O) 0OO O O O) 01 O O) n N n O / /. mNO O V D N O O O M O O VO O O O CO O N V <O 0 r CO � N CO N CO CO CO CO O 7 - N N N N N N N N N N M M M M M co- co- co- M M M co- CO- M O CO N_ 0 CO 0) N CO n CO N. CO N- V CO n 0 N CO N (O CO CO CO 0 CO 0 CD M CO O V CO CO M O CO CO CO CO CO CO CO V O CO V O O O M CD V n CO N CD n (O CO (O CO CO CO CO CO (O h N- C� CD N- it 0) D) 0) L CO CO CO CO n CO CO CO CO CO CO CO CO CO CO lO CO CO CO CO CO CO CO c E _ o_ I 54- 0) •N a Cl) N N V 0 CO O C- O V CO CO N (0 CO N V Cr O CO CO N N- 0 CO CO CO Q N N N V CO 0) 0 O CO co CO O N CO N CO 0 N V CO CO N- CO 0 CO CO JO O O O O O r M CD O O O - - N N CO CO CO CO V V CO CO (O N U T U .-. E m c C m r v m n n N O 3 m N N N Z a a CO CO 00 O o o O O o o o o o o o o o o o o 000 O o o O o O O Z O 0 0 0 0 0 0 0 0 0 O 0 0 0 O O 0 O O O O O O O O O O O O O O O O O O O O O IC) O Cn O Cn O Cn O CO O N O CO O In O CO O O O O 0 O O O O O O N IO N O N CO N ON CO r O N CO N- 0 a O N CO V CO CO CO O O O O O a- a- .- a- N N N N CO M CO CO V Q m N N N N N N N N N N M M M M M M M M M M M M M M M M M Cn C .. S� m 7 O 0 En t E • m a 20 O o. vi33c Cl) o U) O Cr) M NN 0 N 0) 00 U) 0) U) 0 V CO N N CO 0) V O) 0) (O 0) N CO N 0) N 0) N N V M N CO U) n U) n 0) CO 0 0) U) N U) N 0) U) N CO U) N O n U) M 0) n (O V M N O <- e- N N M ', 5- 5• - N M M V U) O (O N CO 0) 0) N N N N N N N N N N 0 M M CO CO m a j a O U) Co CO N- co V V CO n M U) N n N CO 0) N V n U) V U) N N N (0 CO V O a d m 0 0 CD .- V V0 n N n N CO CO O) n CO rn v rn N m (0 CO d O W W U N N N N N N N4-) N O N O CO CO Z Of U, Q N 0 O1 7 .0 -0 0 Oo (0 (U Z Z a 2 d N CSA 7 Y O0 f0((U 0) U) co M N CO N M U) CO N N O V0 CO U) n 0) U) CO .- 0) V V V Z 0) 47 n U) V U) 0 U) 0) V U) U) CO CO CO a) O) 0 N U) CO CO CO N U) U) 3 Q M 0) n U) U) N CO CO CO CO CD N O O N CO N .- .- V O CO CO CO O N N 0 ' 01 U) N O) O CO Cb U) V N aI co n U) U) V V V V V U) U) U) n O) NY V U) co co N co a) O 0 N CO CO V U) U) n UO a) O N CO V U) co N N ©© E U) c .- .- .- .- .- .- .- .- N N N N N N N N eNe�J N N CO CO CO CO M CO CO CO °° N N E a N coccoVcoVcoVcoVcoVm coV (Vo coVcoVcoVcoVm (� (VO (O CCOO CCOO (VD C� (� (VD (VO CVO CVO N N N ` c U , 3U) 0 U) U) U) U) U) U) U) (O U) (0 U) U) U) U) U) U) U) U) U) U) U) U) (O U) CO 5 m CO 1— W co NN U) V U) 0) V N N U) M CO V CO U) N- CO 0) O 0 CO U) n 0) CO n U) 0 U) N CO O U) 0) 01 V U) M CO O CO 0) N CO CO V V CO O N M U) CO CO CO CO CO O 0 N V CO O M n M 0) U) V N 0 G) O V co N U) UI O V 0) V 0) V a) V a) V a) U) O U) O N O V O (.) .i co N N M M V V U) 1p U) U) U) n N CO CO O) 0) ON N CO CO V U) C O C N N N N N N N N N N N N N N N N N CO M M M M M M M M 4) L L 4g cid- O o o O O O 66 O O O 665 o O O o O O o O O O t+ 7 U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) 2 TI Z 0) O a) 0) 0) a) a) O a) a) a) a) a) a) a) a) a) a) a) co co a) a) a) a) 0) U) U) U) U) U) U) U) l(1 UI U) U) U) U) U) U) U) U) U) N U) U) U) U) U) U) U) c N p if, '- C• N C V C 6 pyy7 O N O 0- Qs- L0 V 0 OD N V UCO 0 N U 0) M UCO UV t-- CO V CO NCN M UCO CO D) N (0 ) CO CI) CO UUO ) n 0)C w y d U Pi, N UN j"a) co co O (O N CO V UUUN V M) OO ODNn U)M V U) U) n) UD pO n CO 0M) U N▪ dL <- — — — N N N N N N N N N N N M co M M CON pp IL 7 J f Z U) O , ' t O CO 0 N U) U) M N 5- 0 V CO 0 U) U) N CO ..- U) (D N N CO U) N V O) 0) Q U) U) U) U) CD CO U) O N CO U) M N N V CD 0) CO CO CO CO V N U) O V co (.1 n (O O N O) V O) V a) V C V a) V 0) U) O CO N CC co U) Nn N N CO 0) 0) O 0 O 5— - N N CO M V V U) U) O N N- OD CO CL a co 5 CO z z ` To c I..L V 0 N a) N n N O (0, CO CO 0 V 0 U) N CO OD N a) 0 N CO U) N 0 n M 0 U) 0 M (O •^ O O O m U) N CO N U) CO 0) a) N V 0 CO U) 0) N (O O C) O MJF-, O (O D) ef n 0) N V U) co O N V O n M U) O O M U) r,-...: O N n CO CD O N U) n W V ID OD O N C) MM M V V V V U) U U) U) CO CO N N N N N CO CO OD CO 0) O O) 2 ri of C) ) Ci Ci Ci Ci Ci c,,,- of C') (,)- (') 0, Ci Ci Ci Ci C) Ci Ci CO 0 V 0 _N O) N n N O) U) CO 0 CO U) 0 V0 U) n M CD N a) 0_ N OD U) CO V N V 0) V N 0 N V V V <l N O co N CO 0 N M N CO V 0 O_ V O U) O N U) 0) N N co V n O (Ni N n O N4 (O CO a) M co U) co O N U) n 0) N V CO O) CO CO CO 0 N U) n a) M U) OD O V V V V U) U) U) U) U) CO CD CO CO N n N N CO CO CO CO CO W Cr, O O) 0 O a co- co- co- co- co- M M M M M M M M M M M M co- M M co- M (6 M M M .4-- SI w ✓ a) V U) M U) 0 0 U) N V CO M M M U) 0 CO CO V _ 0) N CD 0 CD I' N N U) 0) 0 N M U) n 0) O) CO 0 CO U) CO 0) N M U) 0 N U) V n CO 0) 0) O) O) O O O O 0 0 O O N N N M M M M M M C) U) u) U) U) CO CO co co CO O co co co co O O U) U) CO co co Co O CO CO co O 7 a CEI N 1 a U O) CO M n U) 0 CO V V 0) N CO 0) U) CO N W N O n CO U) N U) O J 0) N CO a) N 0 N n 0) V O N N N CO CO CO V N V V0 V CO 0 U) Q n O CD CO 0) O O NN M4 V U) U) U) Co n O W O) O) O 0 (0 .- ,- .- .- r- N N N N N N N N N N N N N N N N N N N N CO CO UT V CD CO13 C C) CO t0 d 0 0 C v co N n t-- 0 2 O ` coN ("' N Z d d CO CO CO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 N O U) O U) O U) O U) O U) O U) O N o U) O U) O U) O U) O U) O U) NU) n 0 N U) n 0 N U) N 0 N 0 n 0 N U1 n 0 N U) N 0 N U) N a V_ V_ V_ U) U) N U) CO CO (D CD n n n n CO CO CO CO 0) a) 0) 0) O O o O ti Q M M M C) M M M M M C) M C9 (. M M M M M M M M M M V V V V h CI C N ? 0 0.V OCT E ••— Y — N 2 pa ca COO c.c..) n 3 3 ia M O _CO OD V M OD CO CO CO VN 0) CD N CO u) CO (D M n 0 0 C I (n (n m o M 0 M (0 0 (n N. (n V v (n m (n co co V N- m a - u) O 6of '- 07 N n O) v 00 O W .-- 4 N- O (') O O4 O (V OD - u) ''VM NU) OU) 0MO (0m() co M M V V V V V V N. V V u) L. O U) 40 (O (O CD ( (0 d (n w g '�. 1 10 _ a V Ca M O OD u) M CO CO O) N M O M N-N- 0) M O) C) u) O o36 V z d O M M V a0 OD M V O • OI M u ) d) '- d) d) 0 O N V N 0 V V 0 W W U .- .- N a- .- .- .- N O •- O .- .- •- O •- •- N •- N M N N N N .- o CO CO Z E 1 a a 0 0 _O co QS Z Z O m a N N 3 COO O c0 N O N- CO V 0) M V u) IN N u) 0 M CO CO 0) 0 N M a) O) V M N VCO CO CO O) M N V M N V O N V (O 0) M O O OCIDCDNO O) (O OD (O CO CO u) 0 3 Q V CO N M N CO u) 0) V .- CO CD u) CO N 0) M N M N M u) 0 CO V CO CO ',. n�\n�\ 0 ' O COE. u) r O) ('i CO O) .- V Cn O M O O M N N 0) V OD M on O7 N V V E 6 C 03 7 7 V 4 V V V V N u) u) u) u) u) 0 CO 00 CD O 0 CO (O O- r r 0_ - O' V V V V V V V V V V V V V V V V V V V V V V V V V m ^ n m E W N CO CO CO CO CO CO CO 00 O CO CD CO CO CO CO CD CD CD CD CD CO CD CO CO CD CD CO 7 co CO m O (O m 00 m (O (O m (O O O (O co co (O (O (O CO O co 0 O m m m m H W W 0 u) M V u) M OD V (O0 0 O (O V (O co N- V V (O (O o V I • V co co V co co N CO N. V I- (O CO O (O (O 0 N m (O M CO CO CO 0 O) 0) o) O N VN. 0 CO CD 0 V O) V O) u) CO (O M _ N CO CO CD Ci 00 n M 0 CD N Co u) n V O (O M 0) (O M o/ (O M O r V OD o O 'O O) O (Si n W a0 O) O) O N M M 4- 4- V u) (O (O N- m W O N C O c ffy M M M M M M V V V V V .c.!1- V u) u) u) u) M t E. 66666 66666 666c56. O O O O O O O O O p O C) m a = H � u) (n (n 6 u) U) (n (n (n (n (n (n (n co (n (n (n (n (n (n (n (n (n (n (n u) ) o ;- a) 0( o 0) a) 0) rn 0, a) 0) am am 0) 0) rn 0) 0) a) rn a) rn 0 a) ztri . ui ui tri vi vi L0 L ui co- co- U) co- co- ui U) U) U) U) L6 .. u- .. U) U) c o C U) .. c i° f2 c O ` O g, % -• O O O 0D O M C u) O0) I-) M n0 2,0 (-O V- MO W O W N OD V Q `mm a o 0)aD _ONN M n oNN c0umao rN r u) (OV N N) (O O 7M O) 1" O aO U m U (O N- co Mco V V V V V V V V um u (O uuuCO O CO CO CO O CO I.-- ▪ re �dmN a ODON O I- aU 7 co w 7 .� z (0o V 0 CD u) CO a- n OD •• a- N- N- O N IN V V O a) CO s- CO 0 CO O. a- CO 0 •- O -,1b .- ,- N v o co 0 CO 0 0 v c0 v s- CO r co u) U M 00 V N .., 0 O N CO V o CD CO o) u) N CO OD CO (O CC O W O ,- N .''3 V u) u) CO N- IN CO CO CO 0 0 N N M V V 0 a- a- N N N - N N N N N N N N N CO CO M M CO M CO CO M CL m co , it (NJ_ co co M V M V N V y O CO CO n CO 0) CO N- CO N- N- N VCO 0 00 0 a- - 0 CO 0 N CO a) - M V V CO 0 u) 0) 0 0 0) CO N CO 0) O O) V' u) O CO cam' W o) o) o O o 0 0 0 0) co O n 0 V' M ✓ r m M u) n a) " (O •'- p) V CO cO 0 N V N N W M 0 N- O) CD CO CO O O O O O ,- N N N CO CO CO CO CO M V V V V '�� N C of co co- v v v v v v v c v v v v v v v v v v v V a- O U O N CO CO M V CO V N V .- O Uc0 co co I,- CO N- IN N V CO (O a) N V 00 V N O) u) a- 00 " , '^ N- V 0) co V V co O CO V u) r aD a) o N N vi V V U) U) /�'")"'# u) V V M N �_ O 0D N V CD OD 0 M 0 n O) M o IN • N. CO u) N- 0) CO V 0 0 0 0 ,- a •-.- c- '- N N N N N M ` M M /- V V V V (O? u) u) c srv v c v v v v v v srsrsrsr sr v v v srV V srsrV Nn N V 0 M N O O N- N- N-) CN CD UN-D N W) V O a0 4uM V O 412 NM CND ('h V V V V V V V V V V V V V V V u) u) (O u) u) u) u) u) ui u) u) « O O O m O m CO m O 00 CD OO O O O (O (O O O O O CO O m m m O ' E N ° a :. Y Q u) u) u) M co (O - V V cO V n 0 0) N 0) r - 0 M O VCO N CO 0) V CO,0) N .- CO V O N (O N- a- V N O N u) CO M 0 CO N CO CO CD 0 , Q O N N Moi V V V V u) u) u) 6 co 0) O)OD O) o O N Op M M co co co co co M co co co co co co CO M CO CO CO M M CO V V' V V •o- 8 U aC CO O a)CO c • m CD Q 2 m N N N , Z a a m m m 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 1 Q o u) o ui o v) o cri o v) o u) o u) o vi o u) o 6 o u) o vi o u) o U) O N u) n 0 N u) N- 0 N u) N- 0 N (O r O N (O N- 0 N (O N- 0 N (O Q a- a- 1- N N N N CO CO CO M V V V V u) u) u) u) CO CO CO CO N- IN N- 0 0 E. v v v v v v v v v v v v v v v v v v v v v v v v v v v u) 00 a ca () aCm m E - 0m m U) Co a U a0) o Co N O V 0) N CO c0 0) 0) 0 0 N C) O O V N- CO 0 N C) N 0 CO c0 G N CO U) CO V CO U) M 0 CO CO V N 0 0) r` f0 M _ a0 a) N 0 O 0 D O V O) V CO M co N N. N r` (O O 6 O N O an a V 0) V CO C) U) COD O� — co r (n0 N- 0) co0co co m co coO0) mW orn0O OoNV (o (oaO NNNNO : : : : : : : : : : N CDNw- N (0NC) CDO 1, O U o 0 o O o o O o 0 0 o O o o O o o O o o O o 0 0 0 Li m Z . a) Q y a s O0 p o 0 z a '', a (0 (0 7 Y 0 0 C0 N V C' ) co co N U) 0 V N N 0) 0 M 0 0 N 0 0 CO r 0 C') 0 N O) V V Q (0 0 IN N 0) C') V N- C) N N CD C) a0 N al M 0 n CO 0 N 0 7 V CD CO 0) w- N (0 IN 0) w- V r 0 C) 0 0 C') N- 0 M U) n 0) N N CO 3- IN. n IN 0 aD M C0 M 0) V 0) V 0) N O Cn '- O N N N. C) o C) m C) 0) V 0) 0 N �1 Y V co n 0) 0 N C) (0 CD CO 0 CO V CD N. 0) 0 N C) O O CD 0) 3- N V N @© E 6 C IN n n n O CO CO CO CO CO 0) 0) 0) 0) 0) 0 0 0 0 0 0 0 0 0 3- w- 3- 7 a' r V V V ? V V V V V V V V V V V V CC) U) N 0 (0 N CO Cn 30 (0 0° E 0a) co (o m co •m (o o cow co •m m m m o m cU) (o ro CO CO CO CO CO m et ro — n n — o co co co co (o m co co co CO CO CO CO m m (o co co co co co co co co ( et ro ) N N ` w m m H w • CO N- CO CO 0) N C) 0 N N n co V N co 0 0 N 0) N 0) O 0) CO 0 0) n CD CO CO V N 0 0 OD CO r N 0 C) 0 CO 0) V U) 0 0 N 0 N O V CO N C0 O V CO N N CO V n O N V O n 0) 0 N C) r0 N- il) G) C) O CO 6 N O n N N 0) r` V O) co C) OD an N a O V DD an N 0 O) V V (0 Co N- IN CO 0) 0) 0N N C) V (0 r0 (0 N- IN O 0) 0 0 N O C co co co co co co co co co co m co co (o co Co O Co CO CD Co Co IN N- n N- « L 0 0 0 00000 00000 00000 00000 000 w m C rn rn rn U) .) rn rn N N (n N (n an rn an N (n (n (n rn rn N u) N rn Z rn 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) O) 0) 0) 0) 0) 0) 0) 0 0) 0) 0) 0) 0) (ns c 0 C m N U• ii; 10 -p C (2.1 d N O (0 O co 0) N V M 30 CO N C) N M C') N VN 0 O V CO V N C ` ` w 7 (0 0) N c0 CO N (0 0)( ') n w - O O O 0 LO 0 (0 0 V C0 N C0 0) () CO M V 6) C0 O N O N- N m C) 0) V O t0 O N n N OD C) 6 V 0) N O , N m c•;, 0 N C') 0) N- CO O CO V (0 N. 0) 0 N V (0 N CO 0 C) V0 n 0) 0 N () N ,r IN N- r` N- IN- C0 c0 a) a) CO CO CO 0) 0) O 0 01 0) 0 0 0 O 0 0 0 3- 3- (10 G r Z a, 2.'9 ?C J 28 O W a O O CD m m 11 0 CD LO 0 co (o 0) OD N. v m In (n N- 0 V IN O O N N N O 0 N. (0 V N O Of CO O CO 0 C) Q) N 0) O CO N (0 _ CO C) O C� V a0 v CO C0 N 0) (0 N 0) O C'7 O O IN CO W Cl V V 0 CD N CO CO O O O N N C) V (7 01 C'7 CO CO V V V V V V V V V V V 10 10 10 10 0 (O r0 CL it 612 CO Z is 0 U) m c it CO V 10 O CO N N CO CO N CO CO O O 03 O V CD N r N CO 3- r0 O V CO C) IN O V '- V O co IN. N CO co n 3- N • O W n r0 V N O 01 " O V N 01 n CD V N 0) a0 O 10 C') NO O U) N. N V CD OD O N Ch .t0 r) 01 C) V CD CO O N V N N 0) C) O IN C) V_ N C0 al co co co CO (o (O c0 (0 n N n h co Co Co co co co 'c) O 0) O w v v v v v v v v v v v v �r �� v V v v v v v v v v v sr- CA a 2. i,, CO V 0 0 co N N 0 N N N. cO CO N CO 0 0 O) 0) O V CO N co O 6 0) V CO N (O 0 V N. ,- V; co a) c0 CV N. 3- 0 N N- 3- 0 03 IN 0 V N (6 0) n O V C') 0) CO Co V C) 0) acs CO C0 M N O 0) n 6 co co O N V 0 N- 0) C') C0 CD CO 0 N V CO n O) C) N N. 0) 0 N V co co co co co Co (o co r C n n r CD c0 CO co Co Co m 0) O) 0) a) O O o ' > - v v v v v v v v v v v v v v v '0 v v v v v v v4- u) (n co ✓ V V N r O) C) IN- 0 N CD .-- 3- N V CO CO V (0 CO V V (0 c0 CO r C') N N N N N NCO C) C) V V CO Ia0 C0 0) 0) 0 0 0 O O 0 0 0 0 0 Cn Cn 0 0 0 0 to V) CC) U) V) CO O O O Co (0 (0 CO CO (o L co CD CO CO CD CO CO CO CO CO CO CO CD 0 CO CO O CO Co CO CD CD CD 0 CO CO CO 7 a co 'N I 4 Y CO V 0) CO N- N 0 C) OD N 0) C') C'7 0 C) C) CO n V 0) a0 O V N M al u) C) CO 0 CO CD C0 CO IN O CO N. CO CO n r` CO N CO N w- C) 0 0 0 I Q , N N N N N N N N N N N N N N N N N N N N N N N N N N N i ✓ V V V V V V V V V V V V V V V V V V V V V V V V V V 1 3 1, t) CD 03 E 0 3a t LV m 0 0 O 2 m N N N Z a a m m m 0 O O 0 O O 0 0 O O O 0 0 O 0 0 O O O O O O 0 0 0 0 0 0 O O O O O O O 0 0 0 0 O O O 0 O O O O O O 0 O O O 0 C0 O N O N O C0 O 6 O (0 O N O C0 O N O6 O N O6 O In O C06 n 0 N N N. 0 N N IN 0 N (0 n n N-0 N a0 N N N- 0 N (0 N 0 N Q IN a0 a0 O CO O) 0) 0) 0) 0 0 0 0 .- ,- 3- ,- N N N N C'I M CO M V V p V V V V V V V V V U) 30 0 30 N 30 30 (C) N 0 N 30 0 O 0 N 10 CC) (O O C u) Ci o c a co 00 E a ? a 0a. in33O co • • C m m O O) m C (O m nW nnM imf1 m M C n O C M C On m N O N O - m C) m M co M m M co C 0) C 0) N O v) (O N n M6 C O) N Oa co O co C m n C) 0 N M v) CO CO 0 M C m N- 0) 0 N M v) N- OD 0 N N N N N N co co co co co co Cl Cr C C C C C m H CO 00 j a O LO CO CO co11. co m N N n m N m m n n 0 U) 0 N N- CO C m m N m N- N M M 0) O M N- M 0) n C •- CO M CO 0) v) M m .- M M .- C N v) N07 O O O O c- O O 0 O 0 O O O O O O O O O O O O OO O O O U CCO CO Z (C CO Qf2 F2 a 0O p e CO Z .`_. m 0- CM CM CO 7 3CM 0 0 N (0 co N- O) N- N- U) Cr CO m N- 0 n CO 0 CO 0 CO CO C C CO N- CO C C Z co M (n 1n CO N- N N- n CO CO CO N- Cr) C m 0 N Cr 0 n Cr N 0) m v) v) = ¢ C CO NN- co O) m N 0) co co ,- co co C M N N N N N M CO C (C) m co n n 0 O m N n M m O m N n M C) n n M O N n M 0) m n Y m n O O N M M m N O M C m n O) N C v) n O) O N M m n N ©© E m W — — — N N N N N N CO M CO M M CO M C C C C C U) N v) v) (O 7 Q' C a' vi U) Ui v) v) v) u) v) U) U) in v) v) 6- U) trim Lc) v) LI) L.0v) v) N U) U) U) 0) y o w co co co co co co co co co m co co m m co co co co co co co co co co co co m — N n E 2 m m m m m m m m m m m m m m m m CO m m m m m CO m m m m > C003H Z W W N O m MN O) N N O) nn M CO CCD m C O m n O m N m m m O m 0 M m 0 N Un O M N CO C m C) C co m M m O) C n 0 _ n CC O) n C m m M O n U) N 0) m C m N M O n C N O) m C m U 'O C) A M C Lr!-' (n m n m m nO) O O o N M M C m m m n m m m O 0) o)N - C = OO 00000 00000 00000 00000 00000 d t7 O) O) cobC))La Ln co a) a) O) C O) Oa) ON) C) OM) co C) a) a) C)) O) W C) a1 C) Oa) Oa) c Z v) v) v) U) U) U) U) v) v) v) v) v) v) U) v) U) U) N U) v) v) N N K) N N v) N C O 0 U e V U V y OM O) m O O O O m M m n O O O N O O) M to O C) M mM O M O O C- CC w UR O m n M 05 C O m N m C O m N m C O m N m C n M O) m o w N >. N C v) A m O N (n N m O) M C (7,i n O) N C N n O) O N M v) 01 0' C( A N N N N N N N CO M M CO CO M C C C C C C v) v) v) v) J• a Z w 0 w O 0 co M M v) N- co N CO 0 CO C v) v) N O 0) C) O N C n O C _ m v) Q. N O 0) CO n m m v) C v CO N O O) CO m v) v) C M N N O O Cl) NO or"' vMm vO Ch-O- vC 0) ODv) vOm mN mW mm mg CO Cm mM mO Eh' Cnm m mm mvON O01 nm NnM nO Ce a mCO ig GD z 1 Z in 1-13C b: v) N v) 0 0 0) a) (p N CO U) N- o) C S°) n M O) M M O) co m m O s- ,- N CO C C CO CO N — 0) n v) N O n C 7 m (O m n v) M N O m CO C O m C N O m v) of O) nC N O n (O co m O N C m m W co n 0 N C m n 0) co C m m O N M U) 41on )0) O O O O O O ,- r N N N N N M M M Mm C V C C NC U) (n v) (n v) in v) U ' N v) v) v) U) vi v) v) m m m m m R C 0 i ^�4 .,%.. _..r%/,_ �, N N v) 0 0 0) CO N v) 0) N CO U) n C CO n M d) CO CO I M n O N Cr v) v) m n n N m CO A N (O v) M 0) (0 Cr CO v) N CO Cr N CO n v) CO CO n v) M O) n v) MO) m C N O n v) M O coo _O .-- M v) n 0) O N C m m 0) M U) n OO O N C m n O M O O N N N N N N CO M co M M C C C C C C v) v) Q N N 0 U) Ui U) (A U) U) In In N U) U) U7 U) U) v) v) U) v) Ui N in N vi Lo CO CO m CO (n v) In CO n m N (O N- 0 m 0) N N- CO v) (0 01 0) N- C C N N M M M M M C v1 ) m n n n m m m m m m n n n n m m m m Si' m m m m m m m ;u m m m m m m m m m m m m m m L m m m m m m m m m m m m m m m m m m m m m m m m m m 7 a N ° dam.. qm 'N Q J n O C O m m m O C) m m m m M m M C) M nM n O C) nm m O nm O CN N M M CM M Q ) C) C7 C) C) C) C C C C C C C C C C C C v) C v1 (p C C C C C C C C C C C C C C C C C C C C C C C C C C C , JT U E D N t 0 t aL com n N- N- o O 2m N N N Z O d m m m OO 0 O O O O O O O O O O O 0 0 O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O 0 0 0 O O O O U) O (O O N O N O v) O U) O (O O m O U) O (O O N O v) O v) O U) Lc) n 0 N N N- 0 N m n 0 N N N- 0 N v) n 0 N 0 N- 0 N 0 N- 0 a C CN N v) N CO CD CD CD N- n N- n m CO CO CO C) 0) 0) 0) 0 0 0 0 1.6 N_ v) v) N v) U) vi vi vi v) (O 0 (n 0 N v) 0 N v) v) v) m m CO m m CC) C hi O Co i O C y>+ co 0)E. p ._ w N Y) o 7 oN U l u) o (n • 9 0 9 13- CD CD CD O N 0) 1 N V' CD N O 0) CD M m co o m O V• 0) V' m N N. N m N m M m M N. N (^O co_ V' N n CO m V 0) co O_ co m N n co co V' 0) CD O m r` N m M 0) V' co v0) )n CD N 9 )i v0) m CND" c90 m m m N- I- r r `-0 I- I- m CND CCD ro o^o m 00) �0 co r r r r r r r r e- r r r r r r r- r .- r r r r ''i b Ch co o 0 0 CO V' .- n V' O CO CO M O CO CO V N m N- m m 0) O N V' m d N N M m m r� M m a O N m d) V• h M 7 N N m .„.4- 0 O IL w U 0 0 0 7 0 0 0 7 0 0 0 0 0 0 7 0 0 0 0 0 0 0 0 0 0 o U CO CO Z Q ol 0 N H y 7 a s 0 0 c N N O Z Z 0_ N N 3 co O O CD N m M m m N m V' O M N m O m CD M m V' m V' V Z M E,`,' O) m O CD O CD n •v CO N O O r` 0) m m m M n 0) Q N I. m CO CO m rn co co n n n co co co m co n :II co m m m m m n m n N- 0 ri of ui ci ai co ri of 0 ri of ui ri ai ui ri Y co O r co co co CO 01 M V' m n m N U) N- ,..7, O N M N m O CI-1@© E )n o N co co co co co co co N- r N r N- r` CO_ CO_ CO_ CO_ co_ m 0) O 0) 0) O W6. O — n n E .5 U) m m m m m m m m m m m m m m m m m m m m m m m co m m m N N N 7 E 0 R a m m co m m C C m m m m m m m m m m m m m m m m m m m m m m H 2 W W - NO m0M nm mO O9 'V' 55, 2 m )nO Vr' N M N N Vm NN co.- Nm mM 81.. 2.4- NM mNM O VNVV N- O VN- O Vco N m 7 C.D. _ m N m M Gf m M •O m CD N O n v N 0) m V 0) m V' W m V' 0) n V' N 0) LI ." M V' a c m n n m 0) 0) O NN M V' In 1n CD 8 m m Q) O C 0 c--,,,t0, 0) 0/ 0) O O O 0) 0) M O O O O 0_ 0_ 0_ 0_ 0_ O O O O �_ -_ E L t = O O O O O O O O O O N CD CD 0 N CD CD )0 N to in co co CD N N In CD N . 2 N CD CD CD CD . m I t' 7 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) W 0) 0) 0) 0) 0) 0) 0) W 0) 0) 0) ZZ co- m co- co- co" co- co co Cn uS co co u) co m co ui m m m CD CD m m v) CD d 0 0f 8, C C W V " )p C y ` 7 m ,,..,,,,,, ,,,,-•, m M O O V' O N N m N 0) )n N V N n m O ,c,,:). W 9 ` C V 9 �... O N .7. )n m r 0) O c,1%— in.( )n m 0) N m n 0) O N M 0 w (>). ki r CCD «J N M N (O CD O CM7 N fp CD C d• C07 7 CDMN 00)) N V (00 ON) U m d' N a U) N m CD CD CD CD n r r N. N. n r CO CO_ CO_ CO_ CO_ CO_ d) CD_ 0) 0) 0)Ce 0) I- f Z N C W . - . Q M M In m N N OI M m d) D) N CO D) CO V' V' V CO CD V' Q_ O O O W 0) C) m 0) 0) O O M V' m 0) M In I- 0) N d• N Q) n V' m ;t, m a1 m M • m N m m M m N co N v CC M V )n )n '' n O O N N M 7 V- N CO n N- CO 0) 0) O N r` n N- r` •r r N- CO m m CO m CD m CO CO CD CO m CO CO O rn O a N V. w CO = g Tel '' c it a1 W n m V' O V' V' /N M O r O 0) )n M co m N O n N O 0) 0) m )n N O m )n co 0),!`/ V' N co. N. M O m n V' 6 oi V' co 6 6 0 M O m m V' 0) N- N O m M - 0) 0 N. N 0) N N N O m N M N N. 0) O N d• m N- D) In 0q p m O M N N 0) O N CD m 0) M v V CD N u) )n u) CO m m CC • , n I6 I- h CO_ CO_ CO_ CO_ CO_ m 0) 0) iyiA I C w m m m CD m CD Cn CD h o - h - ai m m m v) ui vi 11. - # \ 0) 0) r` co V' O 4 V' m N CO M O O : .• (n ,CO„ CO., CO,_ N ON 001,3: N On 0 0) )n N 0) m 4NWnul M O m m V' 7,,,v,.,,,, �o m NmImiMN- 0m m m )mM O mNM )a nN O) m N M m N- , ' N m +•+ O ) M) CD 0) 0) Oi'U m mmmmnNnnNr CO... NNInInoCDmIn In In 9 n CO 9 N 9 9 16 to 9 N 9 CO L0 •CD N O V' O M m m M N 0) m N C O 0) N m 0) m N N N M m m u) m n n m )n )n )n V V' N N N .' . 0 O 0) O 0) W co. m r` m m m m m m m m m m m CO m m co m m m m m c i co of co u) u) 2 m L m m m m m co m m m m m m m m co m m m m m m co m m m m m E coa m WI 1 a co N M VN m VIVO CON 03 ' O ON CO_ )n )n r 44 a) rO m OMJ 0) m O CD CO V' CD CO N- m O N ? M O ) O v v v V v v v V v v v v v a V' a a a a a a a a v a v v m c :_ CI) m LL 0 0 m NN 0 2m Z a a 0) CO CO O O O O O O O O O O O O O O O 00000 O O O` OO O O O Z OOOOO O O O O O O O O O O OOOO 0 0 0 0 0 0 O O in O )n O co O in O N O co O )n O )n CD n OONn O rONNN 0NNn) O NmNmrNOrN Q N CDr NN N CO CO MM VV_ V_ )n co_ m co_ mm (0_ m 0_ m m mm CO- CO- CO- CO- m CO- m CD CO CO CO CO CO CO CO hJt m33c U) a • 0 s U. .- u) u) co n OD CO O ,- O CO O O V n .- CO CO 7 O O) co co CO CD O 3- u) m V 13- 0) 3- M u) (O 1-- 1` N OD I� CD CO V) u) u) u) R V V V D O u) O u) O �_ CO N N- N n N r N r N N- N r N r N r NN-: N 37 M u) CD m 0) N a u) n CO 0_ _ M_ V Co 1 0) 0 N M u) CO a0 0) 0) OO 0) 0) 0) 0) 0) 0 0 0 0 0 N N N N N N N M m N a -- - - - c- � N N N N N N N (4 N N N N N N N N N N N N N N to O h 0) 0) O V 0 CO V CO CO OD 00 0 CO CO CO CO 00 N N- O N N C M u) u) a d 3- (0 V u) M CD O CO M N O 3- O N CO CO M O u) V N M N N CO O O O O O O O O O O O O O O O O O O O r- O O O O O OU CO m Z CQ p' y On na 0 O c CO CO N q q 3 ) O O O0 0) N (O ONONO a) 0 u) N O V MONO N u) O M V OD 0) M 7 V00 m N OD M O N V n 0) u) OD O OD M m N Co N 0) r- O 0) O) O r- u) u) 3 Q u) st. co .- O co CO V co u) co M 0) cr 0) M OO N OO M N- N N- N CO N- N- U ' Oi u) r M (O V O co r C7 ao 4 Oi u) O CO r N W (') Oi V' O u) N 3 0 7 U) c O co O co co O — ' - — N- - 0 N N N N N 0 M M M (m') M 0) v v MI ^ ^ O E .e, co) coOu) co co a) (D CO (OO (D (D (D (D (D (D (O CO CD CO COOco- CO co- CD (O CO CD CD 7 O O O O CO O CO CO CO CD CO CO CD CD CO CO CO CO CO CO CO CO CO CO CO CD CO s m m H w W .... I,- V I-- m M m O) N- 0 0) V u) N- M 0) 0 N M 0 n VM n 0) N u) OD N u) CO CO V CD co V O CO CO N- O O CO 0) = s V N R 1- M O CO N CO sr O u) O u) O CO co co 1` (O O V co M n V 4i N. CO N O OD CO M O OO CO M OD CO CO O OD CO CO O OD CO N O N- CO N C) '0 CO M_ V CO CO CO N- CO a) 0) 0 N M ? V CO CO n N- OD O 0 0 N C O C "A.y� N N N N N N N N N N N N N M M M M d m C 7 ✓� u) u) U) u) u) u) v) u) v) u) v) v) v) u) v) u) u) u) u) v) v) l0 u) v) u) O '�* O O) O) 07 O) 0) O) O) O) 0) 0) O) O) O) 0) O) O) O) O) O O) O) O O O) Ce 2 U) Ø uo (n U) U) U) (n uo (n u) U) N L u a u) u) U) u N U) U) u) U) u U) O V R 'O• C) CO Oj N u) U V N u) CO N CO sc{ N m N- O O O O) M 0 m 0 CO M O) CO 9 N C O t) • , •• l0 V) 10 sr M N O OD (O M O N. M W CO N W 10 N OD (O 3- CO m R O w N U N O V O uO rN OD40 V NO MO uN OOD OM OO u 'i,":, CO ON N-n OM OO i'-'1, C O OO n O OM D (.) mOCCD OOOOOr- ' — ,- ,- .- NNNNN NMMMM co co sr 7 L d N N / N A N N N N N N N N N N N N N N N N N N N N N u in 9 1, % J. J r 2 (7) G t O O N) 0 M P O V O OrO R O O M O CD M (O l'.• D O O O Od m O O M CO N I� M ! ! ! mCOCO ! ! ! : ! ! N u) CDOO O OOO r cn uO Ne-) MM ua fO OO _ N mN 0N O n 4r N O CO CO u) 00 CD sr N 0 r N CO CO M 3- CO r CO V N O co m CO co O CO CO O O N V CO 13- 0) N O 00 • M uh 0) 3- N 37 CD CO O 0 MOM OOOOO O _ � NNN NNMMM OMNI. N O o o Oo • O (0 CO O O (o o (o CO (o (O CO0 43 g N C• M V CO 8 N M to. N M M . n V r Y N O c.„,0 � DO O � N O O O O OD � M � � O O ‘_0, M N fD OD O co a N O 1` v) M co m V N O ...,z''' u1. '{ was,. 1` O V N O OD m v) N V CO n O .- M u) O CO O N a co m CO O N V u) r O O O O O O ,- .- .- ,- .- N N N N N .",z%, M M M srV V V ? V G (o m (0 co- co- m C C CO (O CO CD a u CO CO CD Co (D cD CO CO CO- (o CO O O vuN M u 2 V O OO O N V o 3 O Po' N O N O un) ODV M u) u) CO v) u) u) CO u) u) u) u) vi u) vi V) u) vi ui v) ui v) ui v) ui ui ui u) 5 O CO O CO CO CO CO CO O CO CO CD O CO O CO O CO CO (O (O CO CO m CO CO CO o_ co •N a (0 u) N N OD O O N- u) O N r 0 u) M O 0) O N O N 0) vI a) N- OD DD f� OD CO u) u) M N N 0) O a) CO CO V N N N V CO M R V M M M Q 7 V V V V R 4 4 V sr M M M M CO CO M M M M CO M M M M co co {O 7 V V V 4- V sr C R V V sr V V V T V V V' V V V 4- V J a m C C • )D l6 t Lm0 0 N- N O 2 m N Z EL CL m CO m 000 00000 00000 00000 00000 0000 000 00000 00000 ° °. ° 0i O O O O O 0000 O u) O u) O u) O u) O u) O u) O u) O u) O u) O u) O u) O u) O u) O CO ON u) N O N u) N ON CO N- 0 N u) N O N u) N O N u) N O N u) Q CO CO CO co O O O O O O O O ,- ,- .- N N N N M M co co V 7 R p SD 0 C CO CO (0 co- (O co- co- co- N- h h N- r r N- N n n n N- 13.-- N- ri N- N. N- N- CO 0 I ▪ - 1 'm 7 p • . rV O CO O 0) 88R--. .51A O r O V N O (N O r 3 O O _ O V 0) 0 - N N CO N: N r N n N N- O (O O N O R 0) ' O C) N- N co Cn O CO 0) C') 00) M co coOOV V V sr CO C V 0 N O Vim) co N. N co coNcocCO coOco Cop O N m N - N N N C' N N N N N N N N N N N N N N N N N N N N N N N '- O O h 0) 0) CO N- 0) CO CO 0) O CO 0 0) O CO 07 0) 0) CO V CO 0 0 I,- 0) N N- CO a d N C) N .- N CO N NY CO N CO N C) 0) .- N CD N R N CO C') N M V CO V I o W W U O O O O O O O O O O O O O O O O O O r O '- O O O O U co co Z Q H N N r 7 ... .. 0 O c 0- V/ / N j Y O O O Cp O CO CO CO CO 0) N CO n ,- 0) 0) 0 N V CO CO CD O N 0 0 C') C C ZC') .- n NY 0) CO CO 0 " V' N N CO 0 0 CD 0) CO N N- 0) CO CO N C) 47 u7 > Q co CO N n .- CO 0) C') CO 0) .- co CD CO CO 0) 01 0 0 N N N CO CO C V r r 0 C O N n C`, 6 07 O) V 0 co O an O CD O CO CO CO CO co CO N- /�� Y O I,- CO 0 co COC0 CO ) V n N N CO 0 CO 0) 0 N C) N G( E co CO).� sr sr sr a CD O O O CCI CD co CO CO CO CO CO CO n n COC N-h N- N n N- co CO CO d' C cCO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO <r- <!-- nOO COCOcow cow CO OO CO O O OOO co co 7CCOOO COCCOCCO CO COCOCCcoCco CO CO 7 C WsmmFw CO C') CO CO V 0) CO 0) C) 8 CO CO N V V M CO N V CO N- C) CO 07 O) O O_ co V O V CO CO M N O_ 0) O M CO O C`) CD CO CO O CO N M O CO co CD O) co CO n 0) N CO n 0) N V CO CO O N 0) C') t') N O) n CO CO C') O r V N 0) CO co O O CD N O) NCO O N O) CO V •0 Of Col R O 'C9) CO) r CO CO 0) O O N (') C') 7:1- N Ls? CO n CO CO O O O d t t w //p 7) 7) 7) N In u) 7) 7) 7 7) u) 7) 7) 7) 7) 7) 7) 7) N N In In 7 U) 7) 7) K z = 0) �• 01 OI 0) Of 0) 0) 0) O) O 0) 0) 0) 0 a1 0) O 0) 01 01 0) 0) 0) 0) 0) 0) CO - U) In CD CD vi u) CO CO In CO vi CO LO 10 LO CO LO LO CO CD CD N LOi ui vi C m 0 CCI ai u , E C V ` 7 I, co moi`/. N N. O) O) CO -'-- 0 CO CO O N. CO u) CO CO O N N W CO CO N. 0) C V O O O CO O N O) N CO O) V CO CO O CO U) N CO O N V CO 92.) 0 w 0 O r N CO Ch 0) V 0) CO O CO CO CO N r N n N CO M CO C) O w w 0 U N C') CO ••f CO W N V O r...4 ` CO O N C") CD CO CO 0) N. N N N CO O C') CUO� rt d f0.0 N N N O N N N N N N N N N N N N N N N N N N N N N y b c, O Cn 0) ted' N 0) CO co 0) n CO CO r N r CO co V CO V 0) CO Q O o) n CONI- _ C')0 CO N. CO CO CO N O CO CO 01 O N. 0) () N O) U) `;.4•. ((Dp n N V CO CO N co CO co O) CO C') O CO 6 0) IX N N C) sr CO N. • 0) 0) ON C') C) V CD CO CO N. CO CO 0) 0) N N N N NNNNN NNNNN N m m c it O) N CO 0 n 0) V CO O) CO O 0 CO CO CO CD CO 0) V co N N CO C� O N CO n O V CO N CO CD N n CO O) N C. V CO CD N 0) C- CO V N 0 0) n CO a CO CO O O N O 0) CO CO O 4 N 0 C' co co N- Cr) N CO CO N N C` • co Cn CO CO O N V CO CO O 'Cl-,; v v v v_ Cn CCI CO CC) CO co CO CO co n N- r N- N CO CO CO Co Co O) 0) CO) 2 E CO CO CO CO CO CO CD O CO Co f• CO CO CO CO CO CO CO CO CO CO O CO R. ,, Vii, O) N CO O N- 0) N O N C') C') CD O CO CO CO O CO 0) V CO N CO N CO 0) a O CO _ N 0 N 0 CD 0 CO C- 07 0) CO CO CO N 0) CO 01 C') D) n O a N O O O O () N O 0) r CO 'V co N co 0) O O CO 4 O M 3 CO CO O NO V COD n CO C- r CrO rr CO O N o'S O CO O 0 0C) C0) 8 O)) C C m CO co co co co co co- co co co CO co co co co co co co cd co ro CO CO ro CO CO W %{ice' //,- 0, ,,0) LO n 0) CO V C') co N_ CO O n CO N CO N O CO V C7 0 _ 0 CO 0 CO 0) O O O O O O O) CO CO n co CO O O O CO O) O N CO V h- .-6. N- L O CO CO CO CO CO CO CO CO CO CO 2 2 CO CO 2 O) CO 2 CO CO COOO CO COO CO 7 N _ N ' 0- W CO •N Q 0) () 0) CO CO 0) C- CO O C 0 CO N 0 O 0) CO N N V C') 0) 0 CO 0) N COO .- <- 0) N- N- O CO CO N N C'I - — O CO 0) O N O) 00000 NI Q C'1 M C') C7 N N N N N N N N N N N N N Cp V C C V C V sr sr C K R sr sr sr sr V - sr - 7u- R sr sr sr sr C T C) .� m C P N 0 r 'O m ^ N- N O ` m N N N Z O W m m m o O O O O O O O O O O O O O O O O O O O O O O O O O o O 00000000000000000000000000 U) O Cn O N O CO O CD O CD O N O CO O CD O Cn O CO O CD O CO O CO Lo N. 0 N CO N. 0 N O r O N O I,- O N N N- 0 N O N- 0 N U) N- 0 N Q V LC) CD O 0 O CO CO O N- N I,- N- CO CO CO CO O) 0) 0) 0) O O O O s- .- p la 0en r N- N.- r n C` n n n n n r---- N-- N-- N- r r r n CO Co Co Co CO CO CD 0 0 iO u c 0 _ '0 N 0 0) Z N O Uo. co33G co • O N CO N r Cr) CO 0) V ,- CO N CO CO CO r O O__.V-. N- 0) V V e- O CO O u) O CD N r co 0) V O 0 O 0 O O N O) CO CO CO CO N (^O O M (0 N O '- N 0 V 0 V O M N N N 0) V M ) N O NnrO - N- cccoV0) 0) N N. ON- N- co co coccocO) co O) 0) 0) 0) 0) OOO OO � m m - N N N N N N N N N N N N N N N N N N N N COCOCO- CO- COCOCO rn � g > C0 MO CO .- N- CO CO CO CO CO IO N- N CO N CD V 0 0) 0 •- CO r' 0 0) z Cr_ - CO 03 N M CD N CO N CO CD N (O CO CO CO V N N CO O CO CO N 0) N O W W U0 0 0 0 0 0 0 0 0 00 0 0 0 .- 0 0 0 .- o ,- o o U (o (o Z Q 0 W W r1 7 a s O 0 p o co co .i..... m N CO 7 Y O• = CU (U 00400 N N O V N aO 0) N (O O CO O) N 0) (D V 0 r� CO 01 CO O ✓ V ZN CO CO N V CO (O N. CO N- N 0) CO N 0) CD CD 0 CO V CO N- 7 a V M M M co co V V V V V (O0 V V CO CO CO N O 0) CO CO N. (O V CO . N. r- 0 U) O U) co 0 ,- 0 ,- (D 0 CO '- (O (O •- (O CO 0 N0 ) 0 (O 0 '. N. Y CO (O co o) (O h N V CO 0 0 CO V CO N- N 0) 0 N CO 0 CO W 0) N V N @© E 6 w co co co co O) 0) 0) 0) 0) O) O O O O O O N O .- .- .- .- .- .- ,- N N N 7 _ CO CO CO CO CO O• CD CO CO CD I,- r` N- n r� n r r C` � N- r r n r r- r� M Q Q E N CA (O CO (O (O O O O O (O O O O O CD O O (O (O (D (O CD O O CO ro co c0 N. N ' 7 O O O (O O O O CO (O (O (O CO cO CO t0 CO c0 (O (O (O (D c0 O O (O (O O N m m H W W N V N N co co 0) 0) N CO CO 0 M CD CD N IO (O M M CD 0 CO CD CO CO N V CO N- 0) CD CO 0) N N 0 0) CO N CO V 0 CO CO N r ,- N CO(O 0 0) - 6) CO CO O N- CO O CD N CO CO 0) V O) V 0) co V W _ CO CO N. co m M O) O M O O M O co M O) co N O) N N CO U) CO V O r M 0) U) U ii p) N CO V. (O (O (O N I- CO CO 0) 0 0 N N M V V (O (O (O N- N- CO CO ` _ U) CO UO 4O iO UO �O 0 (O 0 �O (O (O (O CO (D (O CO (O (D CO CO CO CO (O CO o 0 d t' Ja.. (O tO (O (O iO (O N Lou) if1 iO N N N N N N N iO O) $%, O 0) a) M 01 0) 0) O) M 0) 0) O) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0 a Z 0 � :,,u) u) U) U) 0- 0 vi u) v) (n (n (n (n (n U) 0 v) v) v) u) (n U) in (n (n . 'p• V V d 7 FN M N CD V O M I? O c0 r 0) m O N N N V CD CD r D1 _ = V jj' N V O N- O) N V IO O n CCI 0) O N N N N N F 4 �+ .0 -) (o Co - of N o co o (ri 0 Iri 0 ri 0 N- o (O (o ro 0) e- N O w d U N V CO m O N co co co CD 0 co V CO n co O N co (O co O W N Ti. (� N � 0' � R CO CO ' CO a) O) co co D) O O O O O O O O � � � � � � � N N N C� R. d t d d N N<- 'r N '9 N N N N M cOM M M co M M M M co cocoM co- co co p O 7 R ‹ N J i- a Z . O W = O co CO V .,,,.',' N N V • 0) V0 V M 0) V CO CO (O N (O IO V CO N V 0 d V 0) co • V N O •...i'. IO co - co CO co co co O .- N N N N ,- O 0) N- 4) O N 0) NCD V Mai (D N CD V 0 O co O) (O r CO O) IO 0 CO O N CO IO CO N CO CD O) O O N• M M V V IO O O M co CO CO M M- M M M CO Cr) V V V V V V V V V V V V f' f0 , C �..L CD M 0 V M V 0) N- m IfCO N O CO O O CO V OM D N OM O U) O O O DM V N N. CO Ir) V M N O co CD CO V N O O) CD N- O IO CO V M N �_ O ,- co co N. 0) ,- M CO CO CD R CO CD N M IO I- caS ,' 88 (11'(O I- O) M d N 0) D) 0 D) co O O O O _ _ NNNN N co M M M CO V: V 0) co co- (o co- co- ri r N h N n N- r n r r r` r r` r` r r` N- N- (0 M O V M V M (O Q1 N V� ? �N O M co' N O CD QD N O O) r O V N O O) a0 t0 (O V �� N M V V V Irl n 2 M N O 0) CD r` co CO M N O 0) SAF= (O N O 0) CD N- O N • co IO co CD O N_ V CD CD O N M IO CO N. O) ,- NV O R) O 0 0 0 0 0 N N N N N CO CO CO +,,._ co V V V V V (O 0 �_'' r` N N- N- r N-• N N- N N n h n r n N- n N- N- n n r N- N- N 0y M V co O) O co N N (O 0 CO N 0 0 N N N- V N- CO 0 CO CD 0 CO N. CO 0 CO CO V (O CO (O CO IO CO CD CO 0) 0) 0 CO 0 N V (O N N- N (O CO N- r` r` n r r r` h r- n r` n N. N. n co n ao Co ao ao Co ao 6 0i r5 co co CO CO CO CO CD CO CO CO (O CO CD CO CO CO CO CO (O CO CO CO CD CO CD (O CO 7 E a A e_ m N 4 0 CO 0 N CO 0 0) V n (D CO 0) 0) N- CO 0) CO CO CO V CO N. V CO N N 0) O O N O O O 0) O h CO N- n N V CO CO N V V ,- 0) Q O 0 O 0 0 0 0 0 O O 0 O 0 0 0 0 O) O ✓ V V V V V• V V V V V V V V V V V V V V V V V V V CO V U cu a V m c m E r• V m r- N N O 2 m N N N Z d d m m all 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Z O O O O O O O O O O O O O O O O O O O O O O O O O O O 1 O IO 0 (O 0 (O 0 (O 0 (O 0 (O 0 N 0 IO O CO O CO 0 N 0 CO O CO O CO (Or ON N N- O N N N O N (O N O N (O N O N CO N O N (O N- O a - ,- N N N N CO CO CO CO V c V v V) CO N O CO CO CO CO N N N CO O E co- CO CO CO CD CD (O cO co- co- CO CD co- CD CD CD CD co- CD CD CD co- coCD co- co- co- (O O a . E ^ a)=- 'w 2 ° a co 3 3 0 w c ) 0 n U) N (CO rO O O Or N V O NU) N N O V o O 3 n Co NCWD mO CO N N CO D U) O O r C) O) U) N U) V O O N aD U) 64 1 V O r ? O j A-• C) V CO N- 0) 0 N V U) N 0) 0 N C) U) r CO 0 N CO U) N.. CO 0 N C) N N N N N N C) C) CO CO CO C) V V V V V V U) U) U) m d E C) c6 C) C) co C) C) c co. co" co co co co C) C) co C) co- C) co- co co co- co C) C) .^ O co 8 > o co to r a E OV V �. N NN- N) NI OOO OOO r7 O O O V ON OOOOV W W U M O CD U) V . .- O O O .- '- - .- O O O ,- O O N •- N O U Coco Z Q p)N Co N to 7 a s 0 0 Z Z Cr O 0 ... a N Cho N 7 Y 7 7 to O O (0 N N CO CO 0 U) CD 0 0) C) N CO CD N CO C) O) 0) 0) CD C) U) CO V ✓ V Z 0) O n 0 U) CO N 0) 0 0 U) CO U) n C) N n U) M CO N- CO CO V 7 Q C) N- V U) N. 0 V n O N Co 0 V CO M 0) U) N 0) CO V N O O O 0) O All ▪ n 0 ' U) O CO N co U) n N.: V O (O COn N CD UN O UNi Oo co O (O V N Y N E c N N-N tN Co CC) CO Don VmDO (o V m UO CO (O O m o C 3 CK m <r... Q E w co co co co cco corco CCD CD CCD (no CCD CCD (no CCD CDD CCD c00 (n0 CCD CCD CD (Co CCD CCD CCD CCD N N.< j C (q0 7 CO CO CO Co Co Co CO CO Co Co Co Co CO CO O CD Co Co CO CO CO CO Co CO Co Co CO cocoH W W co O N- Co CO N. 0 CO V VCO M V n CO 0 N 0 N N CO CO CO 0) 0) U) V r C) 0 CO Al) U) C) r N. O CO O CO C) CD n U) U) CO 0 V C) n o N. O co N N N CO 0 C) co O) N CO V U) U) V N O) co O co. O co V co m n C) O N o O) C) (O O C) (O O) C) O O) N U) CO M CO O) V CO O O ✓ 7 C>1 0 0 N N M P. M C) V V V U) U) U) O (D 0 (O N- n n n m O112 .c C r r r r r r r r n n n r n n r r n n n n n n �' m C . /r 0) 0) (� to to 0) (n 0) 0) 0) 0) 0) 0) (n 0) to (n (n (n (n coO) to 1 Z coO coO co 0 0 0 O ca coO co co co co co co co co o O co rn co rn co rn a cc ui ui U) ui U) ui Ui ui AO AO Ui U) U) c d O N ._ I c dU N t) O C 7 co co CO O N C) V CO C) CO Co Co U) 0) N. 0 U) U) 0) N CO N- CD CD C C V 0) N. 0) N CO 0 V n A- U) 0) V 0) U) CO CD C) A- 0) CO N- N n n CO V 0 2 ci wA CO .- O6 O U) N CO V n V h V cO V O U) N O) CD O w w N U N U) r co O N C) U) CD CO 0 C) U) CD CO 0 C) U) CD CO O A7 C) U) CO CO O a' O Cc N N N CO C) C) CO C) C) V V V a V V U) U) U) U) U) U) CO CO CO CO CO CO 70 w re pp L N a ;i C) co co co C) ") co- C) co- co- C) C) C) co C) C) CC)) C) C) C) co co- co co' co' co 1 D R. 0 O 7 (6 W 7 I- 2 Z m 0 O N C(4 W K (VO O n CVO U) N O r M OO) C2') COO OO) O N N N 00) CCOO a n 8 O .t N 6 O O O C) CO O N N N N C) C) A O V V V V cc V V V V `%? V V U) (n U) U) U) U) U) o U) U) U) U) U) co co U) V) C. N y w _ _ CO 2 z CiL Ctb 0 O O On) 0 O UVr tV N V V t` O V r O 0 O N O O n O V CO D CN O 0) N- UV N 0) N- UV N O ✓ CD CO 0 N V Co 0) 0) M n 0) .- N N V V V (D o N U) co U) CO CO co O n N. N. N. co co O O co COO co co p) a. o W t` r r ri r N ri N- r N r N 4)-- l'x - N- N- N- r r r t` N- n N- N- ri C) CO 0 0 CO 0) V 0) N. CO 0 CO V V V V V U1 W 0 CD N1 co co r V O U) 00 V co V O) U) 0 v) O) C) N. _ _V CO N U) N. O) V V NO O CD (,N-) U) CD C0) —N— CO) co h O V (V O CID O V CC) 0) n U) 1 U) U) O U) CO CO CO CO (D CO N- n N-V o CO O N V 01,,?._ U1 0 03 O) 0) 0)U) 0) C0) O f 0O CcN O CU) O N n W O N V N OCV N-) N) Un CrD O N0) O N D L O N Ur r r Or0) n r r n O O O CO o m O ON aND cN0 NO CaD) CO V V 7 a CO -N / a Cn CO CO N- r U) N CO CO N CO N- V 0 0) CD 0) 0 0) co CO co V O co co O) O N. N- r U) CO 0) CO CO CD O CO CO CO CD N U) CO N U) Q V O O N N N N N N N N N N N C) C) N M C) V V V V V V V V V V V V V V V V V V V V V V V V V V 8 m C(7 N N L L m U U O 7 CO N N N Z O a (O m m 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) U) NU) n 0 N U) N. O N U) N- 0 N U) N. 0 N U) N- 0 N U) N- 0 N U) n a co CO CO 0) O) O O O O 0 O A- A-.- .- N N N N C) CO CO CO V V V V Q co co co co- co- co- co co co co- O O O O O O O O O co- O O O co- O O O U) C N =' 7 6 04:01E . O . O 15 N Oco 0 (.• a u) 3 3 0 co a • CO V I- N 0 0) 0) R N CO N. I- N COOD CO M u) 0 O 0 0 0r ct V. .1. u) u.) U u) u) R IO N 0 COM ,- COU) 0 CO0 0 0 I() I() 0) OD U IU) n co co N 001 LO n 00) O N 'V 0 n CON0 N 7 CO N- 00)) O- N 7 CO N 00)) 3 u) u) u) (O 0 0) 0 0 0 N- N- N r- n N- CO CO OO CO OD OO 0) 0) 0) 0) O) 0) m t7 c7 (h (h M coco- co- co- co- (0 c7 co" co- M M M M M M M M M M M C) M M N N O 5 0 GO CO 0) a_ 0 IO CO 7 N V N. 0) (O CO 0 0 N.N .0 0 - 0 CO ) 0 N CO 0) OD N- 0) M 0 2 d 7 u)IO 0 0 N O O 1- NO) N O 6 0) co. O IN V )M 0) O CO(O M O W W 0 .- O - -O O . '- O •- O .- .- •- .- O .- .- .- O .- c- O N I- N U 0 0 Z Q 0 o a s 0 o 0 m m O O Z Z Ce ... 2 a N N _) 3 3 O O (0N N O u) V N 0 u) u) co 0) N M 0 0 u) CO CO u) I- V CO 0) u) 0 V V Z Q 7 0 V M 0 O N 0 N N u) I- O X 0) V V O) M 0 0 0 0 0) 0 U) U 3 N 0 N 0 0 0 0 I- 0 0) O N M M M N O O I- u1 M I- 0) N. N. U ao N N 0) 0 0) O I- V 0 0 M O I- ? e- 0 V 0 IO N 0 u) O 1- �\p\ Y O M IO (O 0 O N M I() h 0 O N V u) I- 0) O N V u1 I- 0) O N V N V V E 6 O) N. 1- N. N. N. N. 0 0 0 0 00 0 0) 0) 0) 0) 0) 0) O O O O O O 3 O_ C 4P 1- I- I- I- n I- 1- I- 1- 1- I- I- I- N. I- N. N. N. CO- CO- CO CO OD CO CO CO CO- M N N O) - 2 co = 0 coco cco m m co co0co0co0 (00 (00 (00 co0co co m co co co co (O (00 co0co co CO co0co0 3 DO Do r W w N CO LO CO IN M 0 N 0 0) M M 0 0) 0) 0) N R 0) M 0 M 0 CO 0 u) O) 0 0) M 0 0) 0) 0 V 0 0 IN I- N a N a CO V 0 N- V M u) N V O) u) O Cr) CO Cr) O O CO u) N CO. M f- O N 0) 0 0) sr U) N O IO I- co O N M 7 1() 1- 0 0) 0) O N N M M M M N N O (.) .0 O) .'off OD co OD co 0) 0) 0) 0) 0) 0) 0) 0) O) 0 0 O 0 0 O O 0 0 O 0 0 0 C O C 'V- N N- N n N. - N- n I1--- r- n - 0 I- 1co 0 0 0 0 0 co co 0 0 0 co. ` _ 0 .2 •LC = �� 0) 0) 0) 0) 0) 0) 0) 0) 0 0) u) 0) 0) 0) COu) 0) 0) 0) 0) 0) 0) 0) u) 0) m 0n 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 01 0) 0) rn rn 0) rn 0) 0) 0) 0) 0) 0) 0) re , Z V7 /:In N u7 u) V7 V7 N In In uS N U) u7 I(i N V7 u1 vi V7 u7 u7 V7 V7 V7 u7 N C CG) c) (_�0 T. U V d 7 O ,.), u) N 1— N OD 7 (O N 0 O u7 0 0 N- CO R 0 0 Q .- C .•O. ni a �/0. N O) 0 M O I- V N O) 0 M O I- a CO CO CO IO N CO .1- 0 O w 0 0 V m O N u) I- OD O N 7 (0 IN 0) 0 N V CO I- N V' 0 N. CO N at O m w re >, a r r r r m m aD aD aD 0 0) O) O) O) O) 0) 0 0 0 0 0 0 c- c- s- --• W o Z -- coM,' • co- C) C) M M C) M M M M C) (C) M R a a a a R V V s M 8 1- r2 2 co o W / oN C u-) co u) Ic �', co O In- co 1- c- V co Dula) co I- coNN N u) C co Q m I- 0 0) M • I- Op OD 0) 0) O O O O O O O O 0) 0) 0 1- co Ct N 0 0 N I11 I(j :,% I(7 II( II( I() i(0) N 6 N N U) co0co0coIco LL I(j K m Z Z 71 Cl) , Tv 4 it 0 IN N. 0 CO ,- 0 �.. CO CO N. CO M 0) N- CO 0 C 0 N M OD O 1- 0 0 N 1N- 0 U) - 0 O N C N- 0 u) 0) a 0) V 0) 0 ,- 0) M NI. Co 0 V M 0) I- 0 V O r u) M O co 0 c) c7 N O O) 0 (O 0 ✓ co 0 co N M IO IN 0) (0 CO CO O N V u) I- 0) M u) CO CO 0 N O) 0) 0) 0) 0 0 0 0 0 0 N N N N N M M M M M 7 V 0) 2 - n n r co co co co co co co co - - c0 co- co- co- co- co- co- co co- co- co co a 0 1- N. u) 0 CO 0 N 0 CO 0 ,� 0) N- CO u) V u) N M CO O N V 0 d) R CO O) N V e- CO M CO M CO 0 CO N N O 0 0 M 0 I- 0 C N y/4','" N.: 'x- O O) n co sr co N N V 0 I- O) _ M u) 0 0 O N 4i 0 .,••j M 0 0 N V 0 00 0 O 0 0 0 O N N N N N M M co co V R V ? C u) CO- CO- CO- CO- CO CO- CO- CO- CO- CO- CO- CO- CO- CO- CO CO CO CO • CO CO- CO- CO- CO- CO- CO- S• I CO CO IN 0) N- CO CO M CO 0 c� 0 0 N N IO 0 CO N_ N 0) V N 0 N I- CO • 0 0 0 0) I- O co co co N CO 0 0 N 1- u) N. M N. 0 N. I- a u) u) u) u) co CO 0 0 IN N. I- N. 0 0 O) 0) O) O) O O O N N V 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0) 0) 0) 01 0) 0) 0) 0) 0) 0 o_ co •N a co J 0 0 - .- N O O O V 0 O C' NM V 0 0 M ? MN M 0 O 17e. M NM M M M M M M M M M M M co M M M N N N N N N N N N O 0 Q C C C V V C V •f a V V R V V sr ? C V R V V V 7 V M 8CD 2 _ 0 0] E• N ((U o V m N- N N Z 0_ d m CO 03 O O O O O O O O O O O O O O O O O O O O O O O O O O O O IO O I[) O u) O c) O I!) O IO O u) O u) O u) O u) O u) O u) O u) O co O N LO I- 0 N IO I- O N IO I- O N IO I- O N IO 1- O N u) I- 0 NO a 0 N u-) u) 0 0 CO CO I- I- I- I- co 0 0 co O) 0) O) O) O O O O c- c- O 0 O) 0) 0) O) 0) CO 0) 0) CO- 0 0 CO. CO' W O) 0) 0) 0) 0) 0O00 0 O O u) 0 C d - - O 10O O C co o a to0 d m c> aco330 co cs' sr CO 0) 0 m 0) N M 0) M O N N- sr 0 N 10 0) 0 N- m M CO N CO CO M V) m N N N N L- 0 CO 0) m .- M CO CO r .- 0) CO M U N sr N Ni sr st m M r N N.: m M N N N m O O) M W o M 6 CD m _ M m m M st h O N sr n 0) sr m m M S 000 0 0 0 N N N N Cl Cl M M M sr sr sr sr U) M m m sr sY sr sr sr sr v v st sr sr sr si v v sr NrNrNrsr NI-- NI- v v v Ca o O VC 0 In 0) 0) cC O 0) 0 m CO M CO M 0) N N. M CO m 7 10 st N )0 0) N N d N-VI N m NI- n CO CO h 0 N- Cr? N ? n r N M N O CO m O W W U M co CO N O) m O m CO O M O M zz N N m N m 0) m N sr sr 0 co0 co Z - Q tag N f/) O 7 a s 0 o O lO lO Z Z - o_ N N 3 Y O O l6 CO U) N M sr O N sr 0 r N. 0) N- N- CO CO m N� m CO N O) CO M N sr sr Z C M N sr CO O) N CO 0 sr 0 L m sr M 0) 0) N N- 0 m 0 m N N N 3 Q co CO M N- N sr 10 0) M n 0) N CO sr O sr sr N O CO O N. sr N N N.. 0 ' O N O CO •- — O M N- 6 0) N N sr sr O O M N O) N 10 0) r` �\© Y 6 co CO 0) CO CO CO 0 M l0 N O) sr m CO L- M N N- 0) N NI- m N VE s- .- s- .-- N N N N M M M M M sr sr sr sr Y) M N u N m m m C ,' CD CO Co CO CO CO Co Co CO Co CO Co CO- CO m m m c0 c0 CO Co CO CO- CO- m 00 n N E w 0) m m m CO CO CO m m m m m m m m CO CO m m m CO m m m m m y N N i C o R 7 m m m m m m m m m m m m m m m m m m m m m m m m m 3mm H W W •- co co co M N- U) N N (0 m 0) CO M sr N CO O) N sr M O NI- 8 r O h m 0) U) N N CO M N m l0 co N sr m N. 0 CD N. v M 0 O l0 O O N M M m m M sr M N m M O) M O CO CO 0) CO N CO M O 0) m N m C) N N N CO N- M O M co a m m O O N U .a 0) 4 O) 0) CO CO n m N sf M N O O) CO n U) M N 0 CO CO y M C O C n N N- N- N. n N. N. N- I,- N- N m m m m m m m M l0 to In N CO4,2 d O 7• W ,. 0 m 6 co 01 LO LO LO Ul ul 41 LO ul 0) 0) 0) 0) 0) 0) 0) 0) O) 0) CO 0) 0) O) 0) 0) 0) CO 0) 0) 0) K g Z 0- y vi U) U) . vu). i v) LO U) U) LII- LO U) U) N vi CO- in v) CO- 0 0 U) O C Q R CO • U ip L C V y 7 CO a,<- "/ N m N N. CO 0 N n CO M l0 l0 N M N N N CO Oi ` w A U) C') . sr co N N O) M N- — N m M sr sr O O CO 0 el Nr 0 Nr O sr N- O N m O w O U O .N co 0 M co co 0 M t0 CO W m m r N )0 n 0) N sr m V re d T A s- s-/ N N N N N M M M M M sr sr sr R M )0 M N l0 m m m R Q' L d .0 �' q sr" V �• C sr sr sr sr sf sr sr sr v sr sr sr v a sr sr sr oort3 fie, / ,,. J• ,- r2 Z to o 0703 W % /i`, -c ,,. O m N. CO Mm W CO M m CO M sr O) r--- N O) 0 sr 10 M 0) 0 0) N M . N co co M 0) M O) co 0) O O N N CO N 0 0) 0 0) Q) M co o'N.. co co, l 0; C) N N N� co co 0) M M co O N sr M N M '.. CC co N sr sr :. N 0) n m )0 sr M 0 CO CO )0 CO 0) )0 )0 )0 )0 N �' )0e. sr sr sr sr sr sr M M M M M N N N CO Z zc To I it N- O) M m m o m, f` ii ; : ; : : : li. 0) N M M N. V n N 0) 0) m V) m CO 0 0 M sr 0 N0 m l0 m 6 N O) m M U) l0 N. m W m t` N sr m O) M )0 N� O co N N- 0) - N sr co N- m O) 0 N M Sr sr sr sr CO sr sr sr 6 ,7) 666 i0 m m co x m m m m N n r N.. n C C n O) u) w co m co m m co co co co •. y• co - co- co- m co CO CO co co co co- co- co- a 1 N rn M m CO 0 m CO N. M m N. n s- sr CO (O N N M '/ O) o O N U lm0 CO N- C°D.. v. sr O (') m O V N Co M O) sr '^ f� .•�' M N O CO O) sr M N h W M U) m m 0) ' Mi .7 m Imo ,:, 0) O N N 10 l0 l0 In In CO CO m ND m ND r i' n n "':� N- m c0 c0 CO CC CC o C m m m m m coco m co co co m m co co co •••,co co co co co co co sr CO CO sr CO M N 0 M 0 U) 0 0 O 0 m m sr m 10 ON - CO Ni- CO CO m N N C sr M M m sr sr CO 0 0 O m 0 sr N M N- O N C) M M M M M 01 mm N- N. O) O) W N co co L O O ON N N N N N N N M NN r r ,_ s_ _ s- ,_ r r r r r x- E .-. Q_ ) CO N 4 co CDON O N 0) N N O) sr sr n sr N M M N 0) CO N O) 0) CO J 0) m )0N. M 0 C l0 N 0) 0) L- N M 0 0 N 0 N N 0 0) 0) )0 0) Q m N- DD 0 o sr m 0) m 0) O O N If m 0) M m O m V O �p M M M sr sr N M N0 N N N m m m m m m n it h N- m m m m U T U U• m C .... 1 L L a 0U N N N O 3 m c Z O C m m m 0 O) 6 co 0) N- l0 0) 0) co sr O d co 0) N co co CO co 0 co M O) m C O 6 r CO r M M n n N CO 0 0. 0 O r C s- O) M 0 0 0 0 W N O) Q m m 10 6 10 sr sr sr 6 6 N0 m F O Y N M N O) sr O O O O O 00 I m CO sr m 0) M m W N 10 CO O M m 0) N0 CO sr 1ZO M m l Q. N N N N M M M sr sh sr 0 )0 0 N0 N N m m m N� m m m o a O O O O O O o o O O O O N O N O O O O O O o o O O O O 6) o O C .. rC j s- s- s- s- r '- m r m 0 cTs r- O C T co E a d m N iia n33 o ca 0 • • 0 cO C. V LO 0) CD CO N C. CD C) N- CD C) 0) V 0) cO CO 0 V cO CD C) CD N CO 03 O O C) O) O (D ,r) I. V N O I. C) (D CD N cO _ C. co CO CD LO CO U C) O O I. C) 0) D) O 0) O C) O O I. C) C) V V C") C) D) C) lD N O O) N V I. O N O O 6 V O O C') (D O V O O _ V _h O) N V C. O O O CD CD I. N- N- N- co co co 0) 0) 0) 0) O O O O N N N co C) N 8 > . O Lo CC) co _ a. V O I. N 0 (D 00) O N) O cO M W O r V O O V O N O 4. N (D V O n O N N) O ,- CO C) O O C) C) V N N O O N) V C) C) (D Z O) Oi C) N C) N O 0) O C. O O O V O D1 N O r n n O O O .- C. O O O Z Q fm N N V 7 • H 0 0 O Z Z a m N N 7 _c O O co cu N) N C) CD CO CO 0 N cO CO N) 0) cO V 0 0) N CO N- CD N cO O O N- V. V ZV I. co V co I. VN 0) O C) 0V LO C. CO V V O N I. CO 0 O 0 Q N N) 7 CD N- N N) Cr) h 0) CO V CO O CO V CO CD cO O N- O cO CD C. N- 0 ' C) O O C) 0) co V co N) N) N O C) C. C. cO (V N N) N) N N) 0 ui C. cO C. C�1 Y O) V C. 0) N 0 CO V N- 0 C) 0 C s- V C. W V I. O C) O n O N @)V E O C O n N- n N- O CO CO O) O 0) O O O O s- .- N N N C) C') C') C) V Cg CO CO CO O CO O O O O O O 0) 0) 0) co- 0) 0) 0) 0) 0) co- 0) 0) 0) O) O) O) t) N N 7 •C- 2 au 7 coOcoOCD CD CO CO COD CDD COD COD COD COD COD COOCD CCD OO COD COOCOO COD COD CO COOCOD COD COD COD COD COO m CO I— 2 W W N N- N N- C) 07 C) CO CO 0 0 N 0) N) N) 0 CD 0 N V 0 CO 0 CO O C') 0 (D N N O C) N M v- M 0 CD N V M 0 CD O I. CD O CO cO LO O_ O CO O C) C. CD C7 0) N COO CD O O O CO V CO N) O N) N) V m ....-i co 0) C. C. O N 0) O .- C. N) N co I. N V O O O V 0) I. 6V 6V ii0) a C. CO V c7 N O O N C) V LO co C. N- C. O co O O) O N C C VV V V V V V V V V V V V V V V V V V V V V V co co N w N L N O O O N O N O N N O Lc) ,oLo N N O O Lo cO cO cO cO cO cO m N 0) 0) 0) 0) 0) O O) 0) 0) 0) 0) 0) 0) 0) O) 0) D) O) O) O) O) 0) 0) 0) 0) CZ Z N m Cn O O O N O N N O N N O O O O O N N N C[) N O O co" m C O m 'pC C 2 GCD A ) ,] C. co N CO N) 0 N- N C) O V I. M_ VN N C) O W N) CO C) V 0N C. 9 m m .2CD V.co 01 0 0) sr c O) v N CD N 0) O O O C. N O N N O C. O 0) 0) O 0) I. N- O V N O ..m. 4. m U mm co V CD 0) N VN- 0 Cr) CO 0 N N O a- C) CD CO 0 M CD 0) N cO N- 0 (.) D IY > m I.CO 1- N N O O O 0) 0) 0) O 0 0 0 a- a- a- a- N N N N 0') C') M V1 m L a) .0 V V 6,V V V V V V V Cn CD CD CD N CD CD CD CD Cf) 4i V) U) U) u) U) mC �(,f r Z B fn J i- 2 Z co O 1!J �• V OV co ��%'s a) O) CO V co co co I. v NV V o O 0 n r .- co d M N CO '' O C) CD .- co N cO co M N co V N- .- co cO co O O ,- I. I. Q) co Ni O 1 I. O C. O O N) 0) I. O O co 0) O r V 0) Co V N N CC N) N O 0) co V V co co co O 0) 0 0 0 N co V cO N N N G N N N N N N N N N N N m Z Z c CO To C I.L r CO V CO CO CO N V 0) ch CO I. O CO f. CO C7 O C) N N cO O O) • V ID V O N) LO O O ,- O ,- ,- V C) CD V CO CO V O C. LO 0 CV CO 0) N V CO O Cn co co co co co co co n V O ON- N CV O O CO O O O O O O O cO Cl) w r- N- i. NN- N- N- i. N r. N- - i. r. N. N- N- n N N- C. N- C. N- co os 0o co- m m os os co- os co co- co- co- os co co- co- m Co co o c• o n O V CD CO O N V CO 0) 0) C) cO I. CO C] 0 N) N N cO 0 O) N O 0) CO V N- 0) N N V N U) C) CO C) N cO O V 7 O) co O V I. 0) V CO O O N C') 01 N C) 07 N O N N N C) C) C) V V V V N LO N 'O CO CD CD CD CD O O (D CD O O O O O O O O O O O O O O O O O O O O O O CD O E O O O O O O co" co" O O O O co" co" O co" O O O O O co- co- co- O S I (0 CO 0) O W V N LO CO an 0 0 CD CO N- CO LO O 0 CO 0 CO O) O SI O Na.. (O r) N) V N- C7 Ci CD V n 0) N- O C. 0) m N) V c0 N) n CO 0) I CO C) O 6V cd 0 V 0) V O V 0) V 0) CC) V O O O O O n N Z N N a- ,- 0 0 0) O O N- N- CD CD CD C. co CO O O O I. N- C. CD N 7 a- N2. W a. Qm •N Y Q N CO O° N Vv O O N CO O Oa' O N) Ocn) O N 0a)) O I.V CI O V O O O O 0) Q N O V 4 N )6 0 0 U) C. O C. O O )6 O CD CO CD ao m - 000) , co O O COCOCOODOD O O O O O ODODODCOCO O O O 0) 0) 0) 0) 0) O 8a V m C m N t L m 0 0 I o 2 m co N N- N Z a_ a_ m CO m ,- 0) ch c0 0) N 0) C) O 0) I. cO N CD M C. N- I. 0 V N) N C. V CO V 0) N O O CO cO I. CO C) LII O CD V 0) I. 0) cO O N LO N 0 N) O 0 O O C7 ) N COO ) O O O O I h 0)O NO cOV O V O) O N) O O0N L7-; r V O0OO N V C. O C) O O O O 'U- U) 00 0) O O O N N N C) N) M V V V V cO co O O O O O O O O ,- ,- a- a- r,- ,- ,- ,- ,- ,- ,- ,- ,- ,- a- U.) .� hL )0 c . • VGGi (°N 3 30 0 • 410 COWO N n nM mn Ou) O M m OO O n N O M m 7 nN7 n 7 O nu) O N - O W 0) 7 0)) u) O) W 47 m n n n m n m m m m m u) u) N 7 M M .- E, ' ),- CO0CMO COCCO 7 7 7 7 N 6 U)) m c70 cn0 On n CD N- UND co ap ON) U) C) O O 0 N 6 u) if) u) u) u) u) u) N N u7 u) V) u) u) u) u) u) u) u) u) u) ui co- m m m 1- (0 th O vi0) CO N c70 <o U) N 0 O CD N CO N- CO n CO N V L N 077 N- 0 M Om) 7 007 N d n 0) N 7 ems- m ,- n N O M <- n n u) M u) O O D) O 0) ui m m m m 8 W W U co m Z Q Of N T w m 7 n0 .0 0 O O Z Z CL m N N 7 Y 3 O N O O N O 0 m n N m m 7 N m n O N m N O) N N a) CO 7 M 7 7 Z co 0 N No 7 co M O 7 CO N m N n N M 7 CO 7N N N N- M � Q 7 .- n n m M co m m 1.-- N 0 a1 47 m M 7 u) O n CO CO ‘- O O n 7 N N- 0 ' 7 46666 0) N N N N N N c- 06066 OD OD m 00 N- r n Y co m O) N 7 n 0 M m 0) N LOOD ,- 7 n O N u) O M l0 m .- 7 n 0 N )© E 6 c 7 7 7 u1 u) u) m m m m n n n m m m 0) 0) 0) O O OO ' — — N 00 < N m .E .N co m co co U0 co co m co co CD co co co co oo wo co co- co on N- n n N- N on on 5 N N ` C_ 0 W ... co m m co co co m m m m m m co m m m co co m m m m m m m m m m m H W W II M O) CO I O Nm 7nN3 N2 O9 7 2 7m2 N muOON mNmum n N u) N- u) N M m n n CD 0) 0 N CD m Cr) n M CO CO. 0 0 ki M m O O m 7 O) m m r.: O 7 n m 7 0) N 7 m M M M u) n m c) iiO) M 7 7 M M N N N N M M M M M N N O O O O O O N , C O u) u) u) u) u) u) V) m u) u) )0 u) u) u) u) u) m u) u) co co u) u) u) co U w m t = 7,F, 0 m O) m O1 m N m W N O) 0 0) O) rn rn rn rn rn rn rn rn 0) 0) 0) wZu) A u) u) m u) u) u) m u) m v) m m u) m u) u) u) m m u) N N N u) u) 2 c 5i o c 6 O W E C . V R 41 -f - m 7 .7 .7. 3 .7. 3 i - O O N- M N -i N N O N 7 )f m Q N ` wW O m mm () dM m Ns 7 0 m N O mO7 n00 0M0mm On Nm uu2" Nn Ou) m7N 77 n7 7 ✓ 2w ' Ta m "u)vu) u) umiummmu)m '°h-- )n u)n cnnvmiU)mnmuimuOu'al uiummoco (o j R r JrZ N Oi d N O 7 7 m 7 O m_ m n m M ° n O m Nn N u) .4" m_ On N 7 N) N0) 7Nmo • Q) O 7 m u) N CO m W u 7 m uN m M0) M N m n n m OM nN Mce CO m m m m u '.. N NNNNN N • N NNNNN NNNNN NNNNN N a TO I u) N O) m u) 0 m 0.. 0 0 U) 7W 7 0) u) N n CO m m 7 CO m LO n 0 N M u) 0 7 CD 0) 7 to 7 u) m N 0) N N 7 0 m n n 0i 0 m ,--- 6 uUO UUnNm ummui um um m N N nmmmm m m Cl) n n n n r N. n n n N- N- N n N N n n N N n n n p) co 0 co. co- co co m m co m co co co co- m m 6 co- co co co co- I a I u) N O) m u) 0 m O N O 7 0 0 u) u) N 0) m m 7 M CO 0) ,- 7 m n 0) 7 0 CO N 0) 0 M"r. .: m Cr? m m u) co. 7 0 O N N O O,' +^ N M 7 7 7 m m m m m m m m m m m (7, 7 • m m '. m m m cc cco m m m m co co co co co co co coco co m co co co co m %.. co m co co co_ co_ m 1 a e co ; ; : m m m m m m ; ; : ; :' ; c ; m u) ,o m M m u) m u) m u) 7 m • r, 7 O n 6 M n m 0000 W 0) 0 m m m m 0) m O 0 O O 0 0) COCOCOCOCO CO , E _ W _. 0- co 'N 1 co N 7 u) CO N 0 N 0 u) m N 0) u) n u) M m m m u) N 0) N L- 7 CO n CD m N 7 0) O n m u) O CO 7 CO N O) CO CO n 0 7 s- N Q O W m W W W m 0 0 O O O m O 3 m m O 0 m or; N-m maD 0O) O 0, m U 0) 1. V m• m L 'O 0] n N n O ` m N N N Z 0- CL CO m CO u 7 nM O uM N m M N ON) N) 33828 O O N V M 82233 n O O O O u) O m O O O 0) O O O O 0) O O O N N O O) n 0) O o 6 N- 0 CO m CO 7 n O CO u) CO N u) CO 0 7 N- 0 7 N- O N u) m N 0 a m n N- n n CO CO CO 0)_ CO 0) 0) 0 0 0 N N N M M M M 7 7 N N N N NNNNN NNNNN N 9. la . N V O C T (O a m . a o) m d 0) N E m 7) Z c°) 0.CO 0 CO a l 0 N- CO N. 0) _ 0 N M CO 0 0) VCO 0 0 0) K) CO CO M U) V M CO 0) n 0 0) N CD 00 N- V N _ n s- V 0 .- CD CO 0) V N 0 0 .- M 0) 0 .- V M D N V N N N N N V 0) 0) N- 0 6 6 O 0 m 0 0 V M 0 N co N '> O co co 0) N N CO M (O 0) N O OD N V N- 0 M 0 0) N V 0 0 N N N N N M M M M V V V N N )0 CO CO CD CO N- N- N- CO CO CO m _ co- co- co- co- CO CO CO 0 CO CO 0 0 0 CO 0 0 co- 0 co. CO CO c0 0 co- 0 CO CO ^ H O 0) 0 0 M CO N M 0 CO CO 0 O 0 V CO CO M CO f� 0 N. N CO (O CO E N. CO (0 CO CO O V CO Cr 0) ,- s- CO 0) M CO V N 0) 0 CO M CO (O CO N O W W U N N 0 a- O O) (O 0) 0 0 N- 0 V O) m s— N N O m) N N6 O U) U CO CO Z ,- a- N Q co N N m O dCI G CO 01 Z Z CC O m d N U) 3 Y 0 0 l6 N O V V N- CO 0 0 N CO M N 0 M 0 V 0 M CO CO 0) 0) 00 CO CO N- V V 0 V CO (0 N- N- N N (0 N CO CO M (O 0 0 N (0 M V0 N. V V 3 Q V 0 N M Co M n 0) 01 N V N M V .- N CO N N NEDCO M N- N- c- N- 0 ' N- 0 N- N- O 0 (0 CO O OD 0) m m O (0 V N N- N a N- O V N O) N- �`�\ Y `c7.1 0 0) N 0 V N- O N N 0 N O M P. O) N '0'3- M t0 N ©© E (0 cm N N N M M i".°) V V V N N m m CO CO (0 N- N- N- N- 0 0 0) 2 O) O) 3 C d-' 0 0 0 0 66000 0 0 0 0 0 00000 06. 000' 0 0 0 00 N- m E y to N- N. N. N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- N- n CO 0 CO 0 0 0 c0 0 (O (O CD CO 0 CD CO CO 0 0 CO 0 CO (O CO (0 CO CD CO • m m F W W M N N V 0) ,- 0 (O M 0 M 0 N N 0 0 0 0) 0 N 0) N- 0 V CO 0 N- N N CO 0 0) 0 0 M 0) V _ 0O M 0 (O M CO O OD CO M 0) 0) O 0 c0 O O N M CO 0) c0 l0 co V O N V co co co co aO co ci M V V N- N V N N N M V N- 6 N 0 V O) 0 M O 0 (O 0 co N- O O p) N N N N O 0) co N- co u7 V V co co N N O O O O O C (0 N U) (O co N O V V V V V V V V V V V V V V V V V V V V o E L x w a� L N l(7 in N co 0) 0) N 0) 0) 0) c0 (0 (L) 0) (f) 0) (D 0) 0) 0) N 0 0) l0 l() l!) m e 0 7 rn m rn O) 0 0) 0) 0) 0) 0) O 0) 0) 0) co O) O) 0) 0) O) O) 0 O 0 W 0) 0) R• z cn (n In c() co- LA U) co- In u) 6 LD LO In N u) In co- to LO LD In v) In l() N U) Fe C O C N m 0 N C C1 N 7 O) (0 N CO CO CO CO CO M 0 a) 0 N CO 0 0) 0 M 0) l0 0 V O N. CO 9 m w TU - CO 0 0 0 0 0 0) r M 0) V V V CO 0) N N- O 0) CO CO M 0) l0 CO 00 '.. I) V V M N N_ N N- 0 M O_ V O O) 0) N (O O M V 0 O) co p N w ) 0• a M 0 0) N In CO V 0 01 N l0 a0 V N- 0) N CD 00 .- V N. 0 N V N 0 m CO N N N M M M V V V V m O m (O CO CO 0 N. N N- CO CO CO 0) 0) 0) 0) i.. To re r m a co co (0 co CD (0 (o (o (0 0 (o (O (o (O 0 (D 0 0 (o (0 (O co (0 0 0 0 0 J 2 N 0 Q �i 0) CO V N M O) l0 M 0) N co co O) 00 co co N N O co co O m 0 N I-- CL a V N. N .- 0 N 0 N CO OD l0 .- OD CO O 0 0) .- 0) N N N- .- CO Of N- N m MM N 6) V c0 0) N- 0 N (O N- 0) N6 N n M N V O (D V 0 0 CV M M M N N 0 0) 0 N- 0 N V V CO M N N 0 0 O 0 0 0 N N N N N N N d a'i co w m Z z To c M O O O lq V l00 000 N O N (00 00) N N r c.°. O ll( co l00 O 0 Ito N CO 0 0 0 0) O) 0 N- 6 In 0 M V V V N co 0) V O 0 (O 0) co O) co co co co 0 co co co co co •. 0 aD 0 co 0 0 O) O O s- N V l0 N- 0) 0) N r N- N n n r N n N N n n N- N- N. CO CO CO CO CO CO CO a0 0) N C m m co- aD aD 00 Oo Oo co- co- m aD co- ao 00 ao co- 03- co- co- aD co- co 2 i, F,., �/�/,... M O 0 N- N O 0 N 0 V N M 0V O OM N N r,NO. O P. N 0 0) M O N) 0 ✓ N M V M N O 6 0) 0) 0) O C) O V O l0 M M V 10 0 0 co co co co co 0 co c0 co N 0 co 0 co 0 cow 0 r N- co 0) O N co V co co co co co co co 0 CO CO CO CO CO CO CO 0 CO CO CO CO :.,50_ CO CO 0) 0) 0) 0) 0) E co- ao co- 03- m co- co- aD co- as co- OD ao co- m cd co- co co- ; aD w co- co- ao ao co w li 0 N N- M 7,13c% `4 ; N N N- 0 0 4) 88 `48, MMMN- O O V 0 U) V N M ' N- V N- O M 0) V O) 0 co V N a1 OD 0 0) 0) 0 n CO V N O N I 5 0 0) O) 0) 0 0 0 a- ,- 0 0 0 0 0 0) O) 0) 0) O) 0) 0) 0) 0) 0) 0) 0) CO 7 E N a = m Q l 0) N CO N- 0 O N ODO)0 N 0) M 0 c0 M O 0 l0 m 0 M N (O �' CD O 0) N .- .- 0) V V n N M M CO V CO V 0 co0 r' N N. M N- N- 6 0 Q co QO) m 0) 0) O) 0) 0) 0) 0) 0 00 00 0 CO CO CO 0 N N- N- 0 (O 0 0 0 0 ( mm 2 °= E• m m 7 m N N- N- 0 Z Q. 0 m m m O) (O N- 0 0 l0 M l0 N al CO CO l0 0 M N- O 0 0 O 0 CO 0 N- N CO Z • (D 0 M N .- co co co V m co V co co co V V co l0 N- co V O) .- co V os- O O O O 0 M O O N0 O N 0 V O O O 0 N- l0 001 6) co V N- 0 M CO 0) N N cD V I- O co co 0) N O CO V N- 0 CO CO a V O l0 l0 CO CO CO CO N- N- N- CO CO CO 0) 0) Cr) 0) 0 0 0 s- s- — N N N izi 0aN N N N N N N N N N N N N N N N N N CO- CO- CO- CO- CO- CO. CO- CO- CO- h r r r r r r 0 0 C .. E ^ ui = —• 'a 2 O • o.co : o U) co a 0 • • • LO CO CO CD CO N CO N O r� r.- CO O) r COcoV co CO CDJ MOD O) O) O) O) CO U O CO (. O (. O • .,- y N ci O • _ Oh co el CD CD V O d ,- CD LO N O) O W W U N4 O) (n (D O • O co co Z O .- ,— Q m N W W y 7 -O _ O o 0 0 O co ce 0 Z Z a N N N N . n O ON CD N- CN.D O d) 'I ✓ V Q COLC/ cli V O O r • N- 0 N v ri CD f� Y O N V CD CD O) N g g E (n Cn 00 0000 Q Q E - r` r— a) .E 2 H u) CD � CD CD CD CD N N N 3 C 0 W CD CD CO CD CD CD OO m F- rG W CO V O)CV LO 0) CO O) O) CO N- V N CO N CD m O O C 0 C V V V V V V N L L w 1 C .NO.. N CO CO CO CO CO m to m o o n c Z (D (O (D (n (D (D (O N O LO N N d OC C CO VR NUU N O dcN- (N O y C NwU :v OD O V V r--. • Et O w ` N U H CO O '0 O O O U d 0 m K L m CO m r N- r` N. (---- 23 (n (n o CO .0 00 >> 0 t 7 m W 7 N CND o CO J F 2 Z CO I a0+ M O r N C y N E ..... N f6 • C U O o m r CO n CO Q, N O) O N. (s1 (N Q) N V r- O N r Ct OO O CL cnr m Z = I C o ''. @1I C O T LL CO CD CD (n 0) CD a m CO M CO (N( o_ o rno (N N- m r` m FY 4 a o ( CO N- CO N N ) 0., rn0) o E 0 0 > N) m co co- co co- co- o B N N O a ! U m m o_ Q O N. coN a A. E CO Z CO m CCOO CO CO o rn N- rn CA m 0 y W 3 v v 1 CSD O N cd N (D cO ON + O) O O O O CC C Q a CO CO CO- Ole W W W O O Z 0 p To m CO (n F OLO CO r) O N r` r` ') N N N 4 O) I,- 0 J C7 N Ill O) CO CO - 0 (n N M O CO r� 1 L coCONt` t` r O rn r` a E •N• °_. _ a V N COO N CO 'AN".. CO V N L _ N- V N O Q C) C -4-CO V V N CO (OO t' N j N CO- co m TO L V N Cl) (0 O CO N- CD CO 0 0.1 Cl Z" N O Q Cc) N O N s- C H N N Q N .2 co-- co- W V V M M M M > (S T coop O O E C U C .O V V O O _ O (D CD CD E CO L r r CO V O 0 Q O lij a N O' CO C) V L 0 0 0 L U U A d 7 N O O VI 22 L CO O W O 3 m N N N E N N N Z 0_ 0_ m m m N- 00 (D (N O -. C y O aO Oct I.0 (h 1 CD I--- V NCD C O m Q O O O O (h (AC .00 .45 0 CO a N (N] coc coamC) V d O O -Q 0 O c inC c .. .. 2 2 a a a o cit T. a y a m w �,co (D 0 U a in 3 0 Cl) N • 0 0- CO I a CO a J Q 0 I W RS M •- >+ L CD W m E a 0 m . Q c N N m '� m — ,- t 0 cv00_ m E RS to Q C a m ,. 0 .- CD Z aamm a LL N • -_ • 1 z m z m rn 1 La o 0 N o pp M O N (N N 0 (O') N ia N R R (n O 6 1� V a a r- .4. coc0 Z 0 Q O O 0 Cla in (V RI 0 o N ZZ CO a N N 5 U ) 3 Q a) N- 0 ' >>- -oo ru N ©© E K %) > 0) Gi > m 15 N N 3 Co_ 2 c a C7) N 9 o] o] V- W D D y ? co Q) N O G y J J (7 G) > O C c L O o U M a y 2 c re C 2 2 (A = C d •_ U R E 10 •O U U g = =a.. T. O ` V O O w N O d o n o O > N E — o O . R O O V oC � N N O CV LO O V V V La > co ci rno d J F E Z M o V 0 v o 0 o v CO I (O N O O C O V O CV O O O CO N N VLO CO m O tri .- o Q a) 0 0 mm L. N O Q a CL 0 o t m a 7 N c.i) 1 1 ci c = o o H o LLo I- W : o if; w I N N m v ai t o cCCI o) a I c a c o o E ao I w .z m r Nd c oz w 1.3 N w a o o J Z 7 0 Q D F 0 I Q I o ,d } O Q a) N CD (0 7 W I 0 0 t'. N i Z. a co F O O E R CC w a o N m Cl- (0 (O ( V) V V) a = eel m CV U = , 0) N 0) L Z > > J m a RI X 0 O O O y 0 W 0 7O O O 0 O O O La m N 0 ~ O N (n Q7 0 p N m ' m Q o 4) Li a a m a EC� a Q L c Q o co0 U o (0Z C (N Z 0 ` d0 m N N co (N ON a N N o I a d co m O m E o m m onn rn coco v) LL a 0 0 (n a m + )+ m n D z Z a co m 00 03 cc r r E a) a a, N .2 (V C U V U o E •• o C o c 7 • 7 "Ot d 7 C w co c ,y d U G Cos6d _ arn N uTiON a «_ _ d «_ nC rn ? OCu) O4 O r d a) y Q (o aoi A .d+ O .y d d o i A y N Ua co o a 2o2 0 Na a 3 3 a 3 2 o < > > N 0 N cn N m CO O r 0 (D V N N O I,- N O M (0 0 0 0 N M 0 CO N V (D I- co D) O N M M N 0) cn V 17 O O O O O O O ,- ,- ,- ,- .- N N N Cl N .- .- .5 CO u m e a co w O O co h co O V0 M 0 CO .- 0) N N- 0 M 0 0 0) (D 0 CO 0) a CT O O .- O ,- O O ,- O <- O O O ,- O O O N ,- N O O O O O O6 O O O O6 O6 O O O O6 O O0 cco Z N Q N N gi co7 8 8 0 ❑ o Z03 03 Z O m CO (c) N 7 7 7 u) 0 0 l0 N 0 N 0 CO N V ,- N V N V 0 M CO CO N N- c0 v v Z Q 0 o O V 0 o co c) m m V co in N- N- u1 0) CO V 0) u) Mi O m O N M co N- 0 M u) CO CO r CO 0 O 0 0) 0 01 N. n 0 ' N N N N N N M M M M M M M V V V M M M N N ©© E ‘co 01 O O O O O 00000 00000 00000 O 7 2' _ V V V V V V V V V V V V V m— N N E 0 N o m cU, (U, m m 0 0 0 O U, m m m (O c0 ro cD o U, cD U, N. n O O O m O O O o O O O N m O m 0 0 0 m cO co mml` w w — O co u) N- N 0 0) 0 N- CO N- N N N- N- 0 0) V cn 0 CO O V 0) V u) 0 O V 0) u) u) 0 0 0 M CO cn CO M O 0 0) n N N- M 0 OD CD 0 V M 0 N. N O 0) U, N I 6 u) V V V 4 M (•) c•) N N N N N N .- O O) 0) co C «e �� rC c 0- 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0- 41 N CN O u .0 n n uuuN uuuuuuun n n n 0 N ff ...7m m m 0) O) 0) O) 0) m m m O) O) O) 0) O) O) 0) O) O) 0)d Z vvuN N n n n n n vi 0 ui ui ui uuuLO- W 5H I m o m • 7 V0 u) CO (O 0 N- CO 0 M 0 N 0) 0) N h N CO co Oc 20 m w Aft 0 O O O O O O O O N N r O 0 I' U .•• y C-' U a co CI 0 7 W NN W ac; J 1- r2 2 W ❑ (? °� c -o% c 3 c O �o t W O l0 4 : : : : : : :O) O 0 0 W V . 01 M 0) V (O 0 V m � w O 0O M (O 0) N M V u) N- 0) M C) M 0 OO MO` O N N N N N N 66cnc[j t0 Ts ii: co V co co co c0 CO 0 m 0 N N 0 LO N u) u) u) u) N u) M N4 V V V V V V V V V V V V V V V V V • 0 V N N N N' N N N N N N N N NNNNN N 4) E m N M V (O6.• m O _ N M a0 m N- co m N co o 0 0 0 0 O 0 m 0) 0) 0) 0) 0) 0) 0) 03 CO 0) 0 0 0 0 0 0 W. m 4= „ m m m m m m m m N O O O O 0 O O'v`' _ •-/p• m m m m m m 0) CO O O O O O O O 0) m m 'T m m m m m m m N CO V Lc) CD N. 00 co • co ccco co n 00 m r- (..1 N W (n m g a U U F N 0 0 V (D m 0 N- m M N M c0 0 V M cn CO 0 O V 0 O (O cn cn (D V N m u) CO M r 0 ,- V ,- n V (O CO CO m O V cn N OO N O O m u') m N. cn co V OD u) N c- M « O M CO u') cn ,41 CO 0N t0 CO 0 M V CO 0) 0) .- 0 I� D. r ; 7 a E _ y N V NN co 0_ co T p _ co o co 3 N Ili m m m Q CO 7 N N H 0 M M N M I- 0 V ,- CO 0 U) 0 u) 0 O N- u) N J (0 m 0 O O .- r- N N M N N s- ' O O - N N M M u) V N O O O O O O O O O O O O O O O O O O O O O Q y O .- O O OO u) u > ❑ 0VCD O . u _m Em m 00 ~ N O I 11 o 2 co N N N I II Z d O. CO CO CO O O (O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q CO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 E o c.6m c0 N O O O O O O O O O O O O O O O O O O O O !n ` M 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 oy Q, m E �' O .- N M V cn CO n CO m O N M V 0 CO 1.-- m 0 o ID `O O M __ ❑ Er r C4-'„ . d d u. r2 N7.. c0 (0 U O E T T 0o ..r d d 01 (Da u) 3 3 o m' u .> ) CO (D LO n n N CO M V 0) ul CO _ O n M O) n N M N O - 0 (O (D n n (O CO 0 t0 N n VN CO n N n V co co V) O) n n 0) U N M V (O Oi N O M O O V 6 N O 0 N 0) V 0 V 0) V O (O N N M CO V V V N N co co co n n co co O) O 0 ,- m U) (n O j a O O Co Co a O O O 0 N ,- M c0 (O 0) 0 N- O CO CO 4 M (D 0 0 0 CO 0 n EE o o s- n .- ,- o m CO ,- au n .- v V v e.... 0 o m CO CO CO N e- v m (D g O O O O O O O N VN O 11.1 0 ,- ,- ,- N .- <- '- O ,- ,- ,- N M M N ,- 0 ccocoo 2 Q N w w g ... .. 0 0 c - Z Z re E Q_ y U) 3 ,C 0 0 CO l6 a) O O V V 0) V O O N N V O N O M O) O to V 0) N 0) V V Z Q 0) 0) O N- 0) U) 0) M V n .-- n M 0 N 0) 0 0) 0 n N (O (O (O M 0) O O N O (D N 0 CO n O 0) CO UO V i0 CO N n UO N N N (O 0) CD O0) M N- N- 0 ' co C') M V O m 0 M N 6 0) C') n 6 O V 0 V 0) V 0 V O O N O) n Y M co co co M M M V t0 O (D n n 0 W 0) 0) O) 0 0 N CO CO V V N 0© E U 0' O O O O O O c0 O O co O O O O O O O O - ,- ,- ,- ,- .- li 00 N N O E .0 7 (VO U) m m U) U) (O m m v-- v-- m U) U) m sr- (VO U) m U) (VD (Vo (VO (VO cocoa, cco (VO N N N ` C_ W CO O O O O O O O O CO O O CO O O O (D O O O (D O O O O co co CD CO I CLI W n n O N in0 O n0 tVo nn N N O M V M (2 O M O O N nO 0) CM nM 0 N co 0 co in CO N O n N 0) co V 4 4 O O O M co co N O O O V 'O al V V V 'Cl- VN- N- n co0)m n n n n n OO O N V n 0) N6 co V n V n V O N (O O C V V CO(O to CO(O CO(O CO(OUO a) 0) 0) 0 0 0 N O C .- .- .- .- .- .- .- .- .- .- .- .- e- .- .- .- ,- N N N N N N E L L c+ O 00 06' 660 O O O O O 00000 6- 66- 00 0 0 0 co t0 t0 (O N t0 t0 t0 t0 (O t0 t0 t0 (0 to t0 t0 t0 t0 t0 O to N (O (O (O N C ► CD 0) 0) 0) O) 0) 0) 0) 0) 0 0) 0) 0) 0) 0) 0) 0) Q) O) 0) 0 0) 0) 0) 0) O) K Z to to in- tri (D 1.6t0 U) O tD 1.6 vi to L in- 1.6 tD Lei 1.6 to tri U) u) vi tD to 1 2y ._c C d U iU U d C 7 t0 V 0 M 0 t0 M M t0 M M t0 O) 0 0) CO n (O 0 N N 0 01 V 0 'O C U E U 0) t0 N 0) N- O (O 0) CO CO O) CO n V N 0 0 N t0 0 UO UO N UO E C rr G 0 O N V n NV ) U) MUO0) 00N a0 () U) (D O UO 0) 0) r:400001" I O tn ONM N al O t0 O O 0 NM 0) M V 10 M 2 N M V n) O M I Qa) (O N r I- (O co V co 0) N (n UD V n O V n R K) N s- .- ,- '- N N N M M CO V V V i0 (O (O O mZ z a To c it co co CO n O V M N 0 N N CO O m N V M CO CO N 0) O V V i0 ul 0 ul to t0 N V CO CO N n .- O 0) CO O CD .- CO N LO t0 a N N4 4 M n O O t0 0) M 6 N (D to O) M n ,- t() R N N N N N N N N N N N N N N N N V 0 N V O 0) V O O) CO O O CO 0 O s- N CO V N O n W 0 0 _ 0 O O c- .- N N N N CO CO Co yE N N N N NNNNN N M COC.I. M M M co- M M co- M ('i O N N UO UO n 6 .4 CO N N V M 0) N UO N - co UO UO N 0) O V V 0) O) 0) 0 0) O) 0) 0 N 0) 10 O CD .. M t0 n 0) 0) 0) CO (O 1 0) 0) 0) 0) 0) 0) 0 0 0) n N n 6 '` • N O O V 6 N6 O I 0) 0 co O) O) 0 0) 0) 0) 0) N V n 0) NO) '4 V co O) co O co 1 O N CO V (O O n COUO 0) 0 0 0 0 �". i- N N N CO M M M V • E N N N N N N N N N N M M M M M " M M M M co- M M M M M CD N 0 t0 0) N 0) N- M n (D N V UO n 0 N CO N t0 CO t0 CO 0 O 0 V CO ,- M 0) V t0 CO ,- CO 0) CO t0 N N O UO ,- t0 V 0 CO V 0 0 0 N 6 V n O N 0 n 0 O O O O co O (D O n n n co n UO 0) 0i 0) 0) 6 t0 V co oo UO n n (O t0 t0 t0 (O t0 t0 t0 t0 t0 t0 t0 66666 t0 t0 (O E C,.N d m •N a CO N V 0 UO 0) n 0) V CO t0 N O t0 N V V 0) M CO N n 0 (O CO CO 0) 5 N N V m 0) co co 0 co t0 0) N O N O 0 N V CO M N- M 0 0 N 0) Q O O O O 0 r- '- M a0 O O O - - N N M M M M R C U) (O (O N- N 8a U 1 .E f0 _ _ C 1 CO -0 m m LL d 0 0II m O 2 m N N N Z d d m m CO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q_ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 01 . O O O O O O O O O 0 O 0 N O O 0 N O t0 0 N O N. 0 N N O N O O O O O O 0) 0 N 0 N- 0_ N CO n 0 N N N 0 N C') n O N 0 Q N co V 04 CO n 00 O) O 0) O O CO N N CO M M M CO CO CO O 0 N N N N N N N N N M M CO- M M CO- M M CO. CO. M CO- M M M CO. CO. CO. 0 . O.V C T E ^ tea) = w t 0 n 0 N- 0) 0(O0 0 O)SO V aO N n aD O) V 0) O) C) b • M 0 O) (f) .- n 0 0 DN (l()ON O nO) M nn M NOM (O nv MO Nn O •- O NNM3O) (N0 N M V) N On (n) CQOOON N N N N N N N N N M C) C') C) m C) y N O j a O CO I Co 00 V V O N- M 0 N N N. N CO M 0r anro V1• nN M OV) VN ON nO N ON p00 ▪0V O O 0d O (0 O0O — V VO nn n N �- N M 6 0 N .- IIUutU N N N T Ill ao a0 Z m N N ym) 0 A O G Z Z O a )O N 3 Y 3 3 0 _ O O l0 l0 (0 00 M N O N M O M N- N O V 0 OD N n Cr) l0 M r O) V O sr Z — O) n U) V' (o O (O O) V• V) (0 (O (O 00 a0 CO O N (0 (0 0 0 (O n M sr srcri O) n (0 (0 n a0 (O (O m (O NO O N (O N v O m O 00 O V N. n (.) co N O co M .— aD (O V N - •• O) 00• •n O• . 7 a a _ (0 N O n O) O n Y (0 (D (O n CO O) O) 0 N M M V (0 (O n CD O) O N M V u) co n O) N C .- r r N N N N N N N N N •;c.- N M M M M M co co co co m- n N E 2 .0 co m (VO m (Vo (Vo m (Vo m (VO (Vo (o m m (Vo m m (o (Vo (Vo (Vo m (Vo 0o m .1: (Vo (VO _ m (O m (O (O (O m m c0 (O m m (O (O m m (O m m m m c0 m m m (O (O • m 00 F- W W n N 0 V u1 Q) V N n (0 M 00 V (O (0 n M W O) O (O (O n O W n r- (0 O (0 N M O (O 0) O) V (0 M m O c.•-c-, O) N W O V V co N M u) O (O 00 N M O O N V (O O M n M O) O V N O O U V m N (O (0 O V 2 V O) V O) V O) V O) (0 O t0 (O N aO V O (O N M M V V U) (0 (0 (O (O r.1-9 n °:76: °(°1 O) O) O N N M 2° V (0 (0 0 C N N N N N N N N N N N N N N N N M M M M M M M M M M r L Bf)'//O 00000 00000 O O O O O O O O O O O O O O O w co 0 . O) ,+•, C m 0) co OM) m O) O) co O0)_ co_S0)) OM) 0) O) Oi O0) O0) O0) W O]_ 0) 0))_ 0)) O) K 2 Z N N V7 V7 k U) 0 (N (n (0 N LO LO N N 0 N N N N (0 M U) N U) U) m C o C C) 0 R 3. NV 7 O ��. O) l0 V O — OD N V (0 CO O N (0 O) M (O OO (0 V n (0 C p / 0 ' 00 aO O) N (O — O) co O N OD (0 V (0 O n (O n O) N n Q ` w N N (o M O C V M O aD n (0 (O N N V7 V7 (O (O n a0 O) N p w m V N N C) •, V (0 (O (O n O O) O N M a N (O n 00 O) O N M (0 (o (..) a! OC (p '-• N• N N N N N N N N N N M M M M M M J F- 2 Z M O , O 0 N (O •... ' N 0 M O (0 (O N M — (0 (O N N M N N V W O) co. O_ (0 (0 (0 :. • u? - 00 (0 M c - - - N V (O O) M 00 M aD V Q) (O O V •• ... n "O (0 •m V O) V O) V O) V co V O) (O O n M Ce (O N- N- n CO O O r N N co co V V V7 co co n N- co co Cr; CL N n C O N 0) N n N W u)- • O 00 O V O (0 n M a0 n O) O N a0 (0 N O n M O (0 O M O oD O O OD 0 N CO. N 0 00 O) aD n V O (• . � O) N (O O M n O M CO. M (O 0) V n O) N V 0 O O N •V co N O) Cl) (0 C) O M (0 n 0 N V �" O) M (O 0 N (0 n W V co 0o 0 N 0 M M v_ v_ v_ v_ (n (n N u),��"�(n_ ' ro F�. n n 0 n n ao co co co_ rn rn a) _ y co- M M M M M M co M 4 M (C) M M M M M M M M M M M O In ii 4 0 N O) N n N O) (O (O O aD (C V O ,( n O N N] N O a(0 V O N V s V O) a N O N V V V V ,.+ V a0 (0 RI N N O) N (0 0o V N .s 4W N VV (O aO O) M V M u7 OD O N N n O) N V (O F (o ••' N n OI M (0 00 O N V_ V V (0 (0 (0 (0 (0 CO CO O CO_ n N. n ao aO :. •_ M C7 C) C) CC) V V g• W I M 0 0 0 0 N V O M co M 0 0 (O OO V _ NO) 0N aO nO OO) N NO) V O0 O N M Vn 0) 0) 0) 0 M 0 co. O) N . (nh N N N M M M co co C) M coO) O) O) OOOOOOO (OOOOOOOO (0 (O (OOO (O (OOL 0 0 (0 7 E _ N ° a m •N 41 co co M n O 0 M V V O) N O 01 (0 OD n O) N O n O (0 n (0 0) 0 J N O 00 N O l0 n W V (O N n N CO M 2 V n V V O V 03 0 (O O) Q m O O 0) 0 0 N N M M V •V (0• •u) CO CO N N O) O criN O O O (p .- N N N N N N N N N N N N N N N N N N N N M M M U T V •N m cu I'• o a m m a a L a m n N n O 2 m N N N Z a a CO CO m O O O 0 Cl.o O O O O O O O O O O O O O O O O O O O O O 0OOOOjO 0 0 0 O O O 0 0 0 0 O 0 O (0O l0O O (O0 CO". (O O 0 O 0 O 0 O n0ONO n0O (N0OV) ON (0nOn)Q (V0 n O N 0 (n0 O (N O (nO On N n n CO CO_ D D O) OOM MO VO O O VV O O EM M M M M M M M M M• M• M M M M M M M M M ul 0 C .. 7 CO p C T E d 5i - a H Z a m m 6a 'v) 3 3 o in N CO 0 V CO CO 0) CO CD V N 0) CD N CO N CD CO CO IN. N 0 V N CD CD CO '- CO CO .- 0 .- CO CD 0 CD N.- CD V V CD 0) CD CO CO V N- CD N D CO CO CD m C7 to r O) v CO O) ' V N- O M 0 O V CD N 0 6 O -- CO COOCD 007 V V N V CO sr CD ? CO 0) CD N N D CD C j CD CD CD CMD CVO CCD CCD CO0 m Cat y u) O 9 -= O co 0) 0) _ a_ co M O co Lc, M CO CD CO N COCD M N CO M W IN tD N O t0 0 V CD tO E. M M V CO CO CO V CO .- O) CO N O) .- CA o) O N V N O V V 0 0 U 1- N 1- 1- 1- a- N 0 c- 0 e- .- .- 0 .- .- N .- N C7 N N N N .- 0 cooLU Z Q 0, N- N F 7 o a 0 o C c0CD Z Z - m a CO CO W a,O 0 CD N N- Cl V CD M V tD IN N CD 0 CO CD CD CD CD N CO CD CD V M N V CO CO V '. ✓ V ZCD CO N V CO 0 VCO N V CD CD CO CD CO 0 CD CD N O CD CD CO CD CD CD 0 O Q CD CD CO N M CD Cr) V CO CD tD CD IN CD CD N- CO N M CD 0 CO Cl- CO CO '.4- N. N. N. 0 . M CD n O) M CO W r V r O M CO O 6 N- Cn 6 v CD 6 CD C) CC) n Y O N CO V CD IN CO CO N CO CD CD N- CD 0 CO Cr CD N CO 0 CO V N Ud © E U7 01 v_ v v_ v_ v_ v_ v v_ v Lo Lel Ln Lc, Ln Lo Lc, co m CO Co co co co n N- n r– = 3 c cg v v v v v v v v v v v v v v v v v v v v v v v v sr- _ 4) N N U) E 'may) CO CD 0 CO CO CD CD CD CD CD CO CD CO CD CO CD 0 0 0 CO 0 CD CO CD CO CD CO CO > N C Q IL CD t0 0 CO CO CO CO CO 0 CO CO CO CO CO CO 0 0 0 CO CO CO CO CO CO CO CO 0 3 m m 1` W CD M V CD CO CO V CD 0 CD CD CO V CD CD r V V CD CD tD V ✓ CD CD V CD CO N CO IN V IN N 0 CD CD 0 0 N CD CD CO CD CO CO CO CD CD CD 0 N V N. CD CO CD 0 V CD V CD CD CO N CO N CO CD O) N CD n M O 0 N CC CD r V O CO M CA CO M CA CO M O r V '- CD CD M c) 'O D) r:0 CO N. CO 0 CD CD 0 N CO M V V CD CD CD N. CO CD CD 0 N CO C o C M M M M M co a v v v v v v v v v v v v v v co tD tD co CD t g O O O O O O O O O O O O O O O O O O O O O O O p O O t o) CD tD CD CD tD co CD CD co CD CD CD CD CD co CD tD CO co co co CD co CD CD cc Z = W CD CD Cr) O) CA CD O) CD CI) CA O O O) O) O) CD O O O 0) O) CA O) CA CD co- .. CD co- CD CD tD co- CD CD co- CD CD CD co- CD tD co- CD CD CD CD co- CD CD O Cf) C dD Cu d i7 C N O CO D C) C 0 CD _ M O) 0 CD CO CO CO CD V CD N- M CD CO CO V CD CD 0 CO N CO VCO O i V M 0 0 CO CD CO CD V V CD CD CD CO N- CO CO N- V CO CD Di 12 r,C i w 3 bi V CD CD O N V n O) N co co V CD N CO O V O) V O V O V () Q' m Z ovo On7 CO M V V V V V V V V CD CN c0 CD 0 N CD CD CD CD CVO COD CCD CO N. N re J �• r2 Z CA 0 W 7 '.. O0 0 V 6- 22 n N- V O N NMV V 3 •17- 2 V 0 (V _ C0 O 0 D 0pill m CO V O 0 CO N CD V O CD M O CD N CD V CD VCD CD N O O N ..0 CO IN t` CO CO CD 0 0 NN CO V V CO 0 x- N N N N N NNNNN NNCICOCO COCOCICOCO 010 CL N co m Z Z m t6 C it M M M V CO V N CO 0 IN CO CD 0 r CD IN r N V CD CO CO CO 0 .- .- 0 CO CD N. CO O) c- CO V V CO 0 CD CD 0 0 CD CO N IN CO O M V N CO CO N- CD O) C) O O OO CD CD N- CO V M CI) • CD CO CO n OI CO n VCO 0 N V CD n O) CO CD N. CD W CD 0 0 0 0 0 " .- r _ N N CO CO CO M CO CO V V V V V CD M • M V V V V V V V V — V V V V V V V V V V V V V CI N 2. .ham.. .... /.- CO CO M V M V N V 0 CO CO N- CO 0) CO N. CO IN. r N V CD CO CD N V CO CO V _N CD CO CD 0 CO CD N- CO 0 IN V Cn CO V V CO 0 CO CD n 0 O) O N N M V V CD CO CD CO CD 6 tD CD V V M N _ O CD r O 0 0 0 CO O N- CD N N N N CD CO M M C') C') V sMF v a a CD Cry U D G v v v v v v v v v v v v v v v v v v v v v v v v v v c 0 CO V 0 M 0 CO IN CO CD N N- N CD V 0 CO CD CO V CO N CD N CD V III O '- .- .- N CO CD CD N- IN CO CO CO CD O 0 N N V CD 0 V V CO CO N N ✓ V V V V V V V V V V V V V V N 6 U) CD U 0 0 t() LO 6 U) CD .0 CD CD CD CD CD CD CD CD CD CD CD CD CD CD CD CO CD CD CD CD CD CO CD CD CD CD CD 0 0co co .N a co J CO co co CO - V V CO V r 0 CD N- CD N- 0 CO CD V CD N CO CD V N CO .- (o V O N CD h V n O N CD CO M O CD N CD M CD OM Q • - N N M M V V V V CO CO 0 0 0 0 n N` 0 O O) O O N N coM co M co M co co co M M M M co M M co co M M M M V V V V V v- 3 ›... 3CD D N m C 0• a`. O‘ m a a t v m n n O 2 m N N N Z a a m m m 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o_ 0 00 0 0 O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O O O O O O O co CO O CD O N O CD O CO O CO O CO O CD O CD O CO O CO O CD O CD O C) CO N CO N- O N CO N- O N CD N O N CD N- ON CD N CD N CD N O N LON- N a N- s- ,- N N N N CO CO CO CO v v v v CD co CD CD CO CO CO CD IN N N N O Q V V V V V V V V V V V V V V V V V V V V V V V V V V V C N 2 7 t0 0 a 4; O C . a _ d .1-:-,o d m W (iavl330 U) ,- • 0)•-• • m a 0) N m m 0) 0) O U) N CO U) V N- W 0 N M n U) CO W 0 CO N CO CO U) M 0 CO m V N O 0) n m M W U) N 0 CO m u) V 0) V c0 C) c0 N n N n m m , U) O U) O U) 0) V 0) V m M m 3 O M V CO n 0) O N M U) CO m 0) N V U) n m 0) N V U) n W N. n n n N- N- N- CO W CO CO CO CO CO o) 0) 0) 0) 0) 0) 0) 0 0 0 0 0 0 m y cc) o > 0 coco 0 a O m N V M M CO N U) C) N0 0) N- 0 W CO m 0 0) CO CO N CO V 0) d O O CO •- W N .- N CO N M CO U) N N U) N 0 M 0 0 n n O M M- O O O O O O O O O O O O O O O O O O O O O O O O 0 Ca ' O O m Z 0 Q N N 0 7 a s 0 o o O �_ Z Z - 2a CO CO 7 Y 7 7 4) O 0 c0 CU Cr) CO CO N U) O V n 0 0) CO M 0 0 N CD 0 CO 7 n m M U) 7 N 0) m V V Z m WO 0)n N 0N) ')27) M V N. M n N UM) m M m N O M 0uit m N N W N m U) U) 7 a n N- 0 C) a) C) 0) V 0) V 0) u) O U) co n N n M co C) OD C) 0) V 0) U) O N. Y m N- 0) 0 N M U) CO W 0 7 M V m n C) 0 N M U) CO CO 0) .- N a CO N@@ E U) C N- N- N- CO CO W CO CO W 0) 0) 0) 0) 0) 0) 0) O O O O O O O '- 7 C' a� V V V V V V V V V V V V V U) U) N U) U) U) U) U) U) U) .. C° a r .w w (p m m m m co m U) m CO m CO CO m CO CO m m CO CO CO CO CO CO m m m TD- C Cil 7 CO CO CO CO m CO CO CO m m m CO CO m m CO m m CO CO CO W m CO m CO m m m F.- W W W O n Wn W m0) 0 N NM O N) N Wn nM UV M UM) M m V 00 N 0 m O N) co v co N m O a CO N U) CO 7 sl. n O N V m n 0) O N M U) n CO V O W U) N O n U) N 0) n V 0) m co W U) Ni 0) CO V .- W U) Ni 0) O) 7,V V U) m N- n CO 0) 0) O N N M V )0 U) m n n W 0) O O N N C 0 C ) U) U) U) )0 U) )0 U) U) m CO m CO m m m CO CO m m 0 CO N- N- n N- N- E E L L ^. O O O O O O O O O O O O O O O O O O O O O O O O O O Lo .t U) U) U) U) U) U) U) U) )0 N u) U) U) U) U) U) U) U) U) U) co U) U) U) N d ` 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) O 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) K Z ui ,/ U) .. U5 U) N C m U) U) U) U) U) 0 0 0 0 ui Ui U) U) 6- vi N U C r p hi o yy C pC2 m V ' O ��; 0) n V M 0 m UM N M M N N V N O CO VV CO V N e. / . N U) 0) M n• 7 UO U) O UO UO V W N U 0) M co M co 9 4-; ` .12 AN M N 6/7' W O CO M n N m M) W V O U) n CO N nN m M W V W N O V m .f4 ° n N- n W m W co co co co m W W W m O O o M V m n OONV dTN CI 0 7 C13 J ,- 2 2 N D W O CO m N d ' O CO O W co n co W n V co )0 )0 n O V 0 O_ m n co �' O O N N N O O) W n m V N O m co U) co Na) 0) m co �g' , )0 N6 M O n V m V co u) N W m Ni O) m M O CD n CO 0) . 0 N V V U) m m N- co CO 0) 0 O N N Cr) V U) Cr) M M M :% V V Cl. V V V V V V V U) 0 U) U) U) U) U) U) CL N N N CO Z a U) C ii: V U) O co N1',0 ` n Cr) co N W m O 0) 0) O V m n )0 N CO •- U) O V M N m N- O V n V W co n N W co n .- U) 0) n O W n coNO n.; V 0) n m V Ni 0) W m U) M Ni O m U1 N V m m O N M CO CO m M V • m 0 N V )0 N- W M UN- co 4) nn Nmm mm03W0) 0) 0) 0) 0) 13) CO v v v v v v v vi_ v _ ` v v v v v v v v v v v vD 8 V u) O m N N O n N N- 9., m m CO 0 0) W O V co n Lo CD O U 0) V CO N m O V n 7 V �.T n m N n 7 U 0) M uNi N o m Nco c o o) co CO , it) r) N 0 oN- uv W 0 N V U) n OIN M U) CO W 0 •(J. 0) M 0 N- O 0 N V CO co CO CO CO CO m CO N- n n n CO CO m CO CU 0) CI) 0 0 0 0 OC .7 v v v v v v v v v v v v v v sr- c v v v v co- co- ui co- g V NV n n N M n m N VW CO n N V C) W V O m V V U) m m n M M .0 222 CO m m m m m m mumm m mU) mm m m m 22222 222 (2 0 L'' co Ti 4 co J m V D) m nf) Nm O M W N W co M O mM n nM m ch. V N .0-) m m V Nm n Q N Ni Ni N N N N N N N N N N N N N N N Ni Ni N N N N N N N V V V V {p V V V V V V CU V V V V V V V V V V V V V V V V U >-- ..C7) 2 U E m m CID c m m a a L -C a 0 0 r v m n n 1,- 0 0 2 m N N N Z a a m m m 0 0 0 0 0 0 0 0 0 0 0 0 0 O O CD 0 O 0 0 0 0 0 0 0 0 0 EL O O 0 O O O O O CD O 0 0 0 0 0 0 0 0 00000 0000 O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O to ON U) N- 0 N U) N- 0 N U) n O N U) n O N U) n 0 N U) n 0 N O N a co co m co W 0) 0) 0) O O O O — — — N N N N M M CO M v v NI- 0V V V V V V V Ni UU1-0 10- UUU) UUUU) U) U) U) Uy. UUCO U_ C N 2 0 1- V .8 inT Oym LYI47 7 b\N 0o .m330 m CO 0 O) 0 0) V CO N. n N. 0) V M V 0) CD V M V 0 CD 0 N 0) 0 CD (O 0 M M N M V CO Is- W M u) CO V N N 0 (O N N CO M O) N CD D M 0 M Co M 0 M CO V O) V 0) u) O U) 0 N n M 0 V O) N O 0 N '> O M V CO r 0) CD N M u) 0 CO 0 .- M V 0 r 0 0 N M u) N- CO 0 N N N N N (N M M M M M M M V V V V V V u) m W 7 O >0 CO CO Ii0 0ONnM (O N00rn - ONOON0- 20`; ' 88 N (VNN-NN Vi za W W C_ o o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O co co Z Q y r N W 7 , a s 0 0 0 a) a) z z a ,_ CD• CD N- 0) n N- 0 V CO CO N- O n CO O CO CD M 0) V V CO N- M CO V V Z M (O (O M N- N N. N- CO 0) ,- CO 0) V (O 0 (N V O N- V N0) 0 M CO N N- M 0) CO N O) CO M ,- CO 0 V M N N N N N M M V u) N CO r .11 Lri N- N. 0 ' u) 0 N N- M O) V O 0 N M m Ns- N- O) O) u1 N- 6 O) u) n N- Y N- 0) 0 N M u) 0 co O M V c0 N- 0 s- N V 0 N- 0 O N M u) n CO N@( E 0 = ,- ,- N N N N N N M M M M M M M V V V V V V co co co co co 0 3ce u c E ui vi u) (n L (n (n Nn ui Nn U) ui co- vi ui Nn ui ui ui ui ui ui ui ui vi ui m n < E a a m co0 cococom 0 co co 0 co 0 co co 0 0 co 0 co co co co co co co co 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Z til m m F` w Nu O co N N u) N- M O V CO V M CO CD 0 N 0 0 0 O 0) O N 0) 0) M 0 CO N 0) n 0 M CO M CO O N r N_ N` V 0) N- r CO M N. O N 0 N- O M .0 CO V (O O) V CO CO M CO 0) V N. CD V N- O N NV 0 (O ()i O N- u) N O) 0 V 0 0 M O r V N O) 0 V — co (O O .i C) M V u) 0 0 N- CO CO 0) O ON M M V (O 0 CO N- CO CO 0) 0 N C 0 C N- N- N N- N- N- n N- n co co co co co 0 co 0 0 co 0 0 0 co 0) o) O) 0) `t L t = O O O O O O O 0 0 0 0 0 0 0 O O 0 0 0 0 0 O O6 0 O O a m t = Li, 0) 0) 0) 0) 0) 0) 01 0) 0) 0) 0) 0) 0) 0) 0) 0) 01 0) 01 0) 0) 0) 0) 0) 0) 0) Cg i Z U) Hi N 0 0 0 0 0 ui u) u) u) N u) u) 0 u) u) 0 0 u) u) 0 u) ui u) in- c c R 21 m • 0 c ..a.; ii Lo 2 U aC) 0 M co O O) O CD 0 M CO N- 0) V N 0) O) V O M CO CD M u) CO N c V M 0 u) M O 0) N- 0 V N s- 0 0 0 0 0 — M 0 N. 0) - M CO CO O N COM0N0V NNN- 0ON ri 0N NMnO .dm m V W i0 N. CO85) 0 0CO 0) V (O OV c0 0) O 0 C) Js. CO QJ w _ _ _ N N N N N N N M M M M M M V V V V V a u) 0 0 u) u) c� O? O � t � � � r r r r r c- � � r r r ,_ ,_ r r r r r r r r o0 co co co N-• O N (D 0 M V u) 0 N O Cr) 0) CD NCD N. O v _ cO 0 M CL O 0) co N+. (O 0 0 V V M N O 0) CO CO 0 u) V M N N 0 0 0 Q) N. M O N- 4 N co N O) (O M O (O M O r V cO )O N 0) (O M O N-: CC u) (O N- N O0 0) 0) 0s- M V V c0 (O (O N- c0 aO O) 00 ,- N M M u) 00 u) cc) 0 0 co (D (D CO CO CO CO 0 CO CO CO CO CO CO N. N- n r n N.- a. G. aT) cn m Z z in 03 it M (ND CO0O O— ,- CO CA N M M V CO M N ,- CO N- LO N O n CO N m n N M N O 0 0 V 0 V N O 0 u) M O) N` V N O n u) M co O N V 0 CO 0 M u) CO N V r O) M V CO CO O N M u) N` a) O O O O O O 1- x- r N N N N M M M M M V a V V V Ol N u) co- u) u) co- co- u) 0 ui 0 u) co- ui 0 0 u) 0 co u) u) u) 0 .... 4. 4 N u) O CD 0) CO N 0 0) N co 6 rU) Co N- M 0) M M 0) N- O N V u) 0 co r N. N- CO CO N. P 0 M 0) (D V CO 0 N CO u) N 0) n N) M sr O) N- u) M 0 N- u) M 0) U, V N O n 0 M O 0 co co. M u) N. 0 0 N V (O CO CO .- CO 0 I,- N O N V 0 Ns CO M V O x- ,- s- s- s- N N N N N N M M M M M V :V V V V V co co co 0 ui ui co- ui ui ui co co co- (n (n ui ui ui u) co (0 6 c U, u) (n ui ui u) a co c0 CO c0 u) u) CO N- CO N 0 n 0 0 0) N N- M u) 0 0) 0) N- V V 0) C N N N M M M M CO V u) 0 CO r r N- 0 CO CO CO CO CO Is- n N- r 0 00 0 0 06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 (O 0 0 0 (O 0 L co 0 0 0 0 0 0 0 (O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 CO 7 P— o.. (—g — m •q a m CD V O CO 0 N CD V u) c0 CO CO M CO 0 M M CD 0) N. CO N- 0 0 J CO CD M u) CO CO N- 0) N- 0 CO O 0 CD M V c0 N- N- CO CO CO 0) CD CO CD O) Q N 6 6 6 6 (h M M M M M V V V V V V V V V V V V u) V u) V V V V V V V V V V V V V V V V V V V V V V V V V V V V C N▪ CO "' E• m co a s O 2 m 03 N N N Z O 0 m m m O O O CD O O O O CD CD CD CD 0 0 CD O 0 O O CD CD CD 0 CD O O O O O O O O O O O O O O 00000 O 0 0 0 0 0 O 0 O O 0 O0) u) O 0 O 0 O N O u) O u) O u) O u) O u) O N O 0 O u) O 0 O u) c() N. O N u) n O N LI1 N- O N N Is- CD N c0 N- O N 0 N- CD N u) N- CD N N a V u) N u) 0 CO CO CO 0 N r h N- CO CO CO CO 0) 0) 0) 0) 0 0 0 O 0 = ri u) N N u) 0 0 0 u) u) N u) u) u) u) u) c0 u) 0 u) u) 0 0 0 0 0 0 0 OE C a) 2 O N a .. W • OQyNy m' 7 coN OO. , 33o m 0 U) N CD (O (O 0 N 01 N- N CD N 0 CO U) M CO U) C. V' N- 0) CO V' CO CO O c0 CO 0 V' 0) V' CO N t` N CD N CO M OD M N- N CD 0 V' CO 10 N.: M co V' 0) U) O co O N C- M CO V' O) U) O (O n N aO M 0) V' O) U) N L U) N N CD CND CCD CO CO CO N- N- N- N N n N. CO CCOO CSO (O CCO (O 0) 0) 0 CO w g 0 U) (0 a. Y_ NUn 7 OM O r M O 0 2 V' N 0N C`n O aD 0O UV `O 0 W W U O O O O O O O O O O O O O O O O O O O O O O O O CO co ZN N N d 7 SI s 0 O c CO 03 Z z CC a 5..... d f) N 3 Y O• 0 CO CO N Cr CO CO CO N O V' 0) M N CO 0 CD U) M CO h R O co 7 7 Z 0) co 0) CO 0) co O CO N. V' CO N 0 0 n 0) CO CO CO M N- 0) CO U) U) Q N- CO CO CO CO 0) CO CO C- N. N. CO CO CD CD CD N- CO CO CO CO CO CO CO N- CO 0 C\ N. 0 ' M 0) U) n M 0) U) n M O) U) N- M 0) U) n M 0) U) N. p) 0) r �` Y o )- CO U) CO CO 0) .- M V' CO N- CO N V' U) N- 0) 0 N M U) N. CO 0 N V© E CO C co O co co co co co n N- n n N- N CO co 00 CD co no 0) 0) 0) 0) 0) 0) 0 O 3 r EO CO CO N N N j 7 coN coO coO coO 0 0 0 N 0 0 0 0 0 0 (O CD CD (O (D (O CO (O CD CD C O q W (D co (O co O O( D O co O O O O CD co (D O (D co co co co 0 co co co O mmI w O CO3 VM U0O) 0V' M N VO UO V'n V' M UN CD N CO N M O co M M 0n) N- a N- 0 a C- 0 vCD N D D _ O N CO CO 0) a O co N CO v N M O CD U) N O r C N a) (O 06 (O 0) (O V' O) C: V' N 0) n (.) 0) V' U) CO C` r CO 0) 0) 0 N N M V' U) U) CD 1` CO CO 0) 0 .- .- N C GC 0) 0) CO 0) 0) 0) 0) 0) 0 0 0 0 O O 0 0 0 O O 0 O .- v- v- L L _ _ _ _ _ _ _ m E ,C ' 0 COD (OD N COD COO UO) COO (00 (n (n (D ([1 (n U) CD U) to Cn N U) U) U) U) U) U) a 0) 0) CO 01 CD 0) 0) CO 01 0) 0) 01 0) 0) rn 00) 0) 0) 0 0) CD 0) 0) rn 0) y0. i Z Ui„ U) Ui co- co- (n tri tri vi vi co- U) (n co- Lo- co- (ri (n co- U) U) (n co- tri- tri ',l- c ic O C t0A CI 0 W )p C V 0 7 0 � - +"'s. M 0 0 V O N N CO N 0 U) N ' N N- CO O 0) U) G w 0 F ,'//,p, • q: N 0) U) (O N.N- 0) 0 U, N M U) 0 0) N 0) CO 01 O N M M V c?:', M 0) U) h M O (O N 0) V' O (O M O) 0) N 'U O CD N CD O ♦. 0 U W ao O ,, M U) CO CD O M U) W M V' CO CO 0) 0) 0) 0 U m a n (D (o (D CO (o n n n N- N- n m CO CO CO CO CO rn 0) 0) 0) 0) 0) 0 W 0 .0 r '- r- r r r r r r r r r r a- r r r r r N tt,,11 • C L O >�> O a N C!J 2. J F 22 Z co 0 oM U) U) U) N 0) M (D CO 0) N CO O CO V' V' V CO 0 V' Q 0 0 00) 0) CD 0) 0) O O M V' CD 0) CO U) N- a) N V' - O ti) U) CO U) O M QD U) N d) (D (O M OD U) N 0) C' V' O) Ce V' U1 U) (O ^. r m N N M V V' U) n n CD O) 0) O N N (` r �W%r r. CO CO CO CO CO CO CO CO CO CO CO CO CO 0) 0) 0) 0) CL N to f m 2 z� '. f0 c iL 0) N- CO V' 0 V V CO CD O 0) O 0) M CD OD N O N N O 0) 0) N U) CD N O CD M .- 0) a M 0 N 0) f` O co .- N- C .- t` V s- N- V N a)O 6 O V' W r U) N .4('.';‘<" CD M WN. V' N O r U) N O (O U) M O) 0 N V' 0 h 0) M CO 0 N U) r 0) O N V' CD OD 0) M U) 0 fn01a U) U) N N U) U) (O (O (O CO _ 1•••••• 1"... 1"... n COCCO CO CO CO CO 0) 01 0) CO wU) Ui LO U) 0 0 LO 0 UUi CO tri i Ui tri tri trit c tri- tri tri i a a 0) N- CO V 0 V' V' (O N (O M 0 n M CO CO N 0 N N 0 CO 0) N N 0 (D V N O) N- VICO O OD 0 M CO U) CD UI CD 0 ND COM 0a) Mn UVrN 0)O OD N0 VM (O `0) D)n N CO N O CMD U) M 0O (N U UO O O CO O (O h r- N- N- n N. CO CO. CO.. CO.. 0) 0) 0) 0) 0) O 0 UU) UUU) U) U) U) U) UU) U) U) U) UCO CO CO _ U) U) U) U) U) co- O I'll !7�• N 7 I. N 0) V' 0 M OD CD M N 0) CO 0 7 0_ 0) N CO 0) CD N UI N0) .- CD U) 0 h N- CO U) U) 0 V' V' N N N 0 0 0) 0) 0) 01 CO OD N. CO CO O O co CD co O co CD CO CO co CD CO (O (O co CD CD U) U) U) U) U) U) U) U) U) L« (D (O CO (O (O (O CO CD CD CD CD CD CD (O CO CO CD CD CD (O (O CO CD (O (O (D O E a (— co ,N 1 a cn M V' U) CO M V CD M N 0) V' 0 0 N CD U) N CO n U) 0) 0 0) co co 0) O n 0 CO n V' CO CO N- CO N N 0 OD N V' M .7 0 0) 0 .7 OD 0 CO CD Q V' U) V' V' a V' V' V' C V' V V V N V' U) U) U) U) U) V' U) U) V' U) a V' �Q V' .0' V' V' V' V' V' V' V' C V' V' V' 7 V' V' V vt V' V' V' V vr V' Cr V' V' YN V —' 0 0 C E• 0 70 m m a a L a CO N- 00 Q 7 m N N N Z a a m m m 0000 00000 00000 00000 00000 O O O a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O) O UI O U) O co O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O CO U) ON 0 N- O N U) N O N U) N ON U) N 0 N U) N ON U) N- 0 N Q C , N N N N M CO M M V_ V' V' V' U) U) U) N CO CO CO CO N- n N- n CO o C m n co (D (D (D ri ri d m m m m c0 co co m o (D co co m ro ro m co ro co c .. - 0 0 ad �° aTi o E 'o m m '� Z N ci a iii 3 3 0 ('n ...- CON- V 0 0 C) N.. CO 0 0 0 CD 0) O V CD CD a o 0) CO CO CO N- CO • tCO a N 0) co u) O N r r CO n CO CO 0 0 N 0 V v V a a U N O N C. - (6 N r N n N n N r N N N r N r N r N r N N C) co CO a) 0) N V u) N- 0 0 CO V CO I` 0) 0 N CO 0 CO CO C) N 0) 0) O) 0) 0) 0 0 0 0 0 0 _ N N N N N N N C) C) m 0 N O j a O Lo 0 CO V O CO V CO CO CO CO 0 CD 0 CO CO CO N I,- n 0) N N R C) N 0 0 E._ N C N C) CO O CO C) N O .- o N CO 0) CO O 0 I` R N CO N N N Z coO O O O O O O 0 O = o O 2 O O O O O O6 = O6 O O O6 0 coo co Z1 Q w S' 2 IPA a s 0 0 o m (a Z Z a N CO N _7 CO O O N CO N CD 0 N 0 N 0 (O 0 0 N N V C) 0 N I.0 N 0 0 CO CO 0) C) 0 C R Z CD N CO C) CO N V I,- 0) 0 CO 0 CO CO 0 N CO N 0) Q) C) 0) O C) 3 Q Nr co .- co co CO 7 .- CO 0 ,- CO C) 0) 0) C) CO N CO C) r N N- N CO C) r n 0 ' 0 r C) 0 4 O 0 n C) co V 0) U) 0 CO n N 0 C) 6 V O 1[) N- @ @ E NO OO 0 O .- CO 0 n 0) 0 N CO 0 N- CO 0 C) V CO r Of N R N N N N N N CO M C) C) C) C) C) C V R 01-1g C a-' (O CO 0 0 co- 0 CO CO CO CO co- CO CO CO co- CO CO 0 CO 0 CO co- CO CO CO CO CD —N N- N- a) C 2 'v 3 CO 0D U) CO CO CO CO CO O O O CD CCD 00 CCD 0O COD 00 0O a) 00 00 00 COD COD c0 COD (00 coO 503c01— .2w W 7 r CO CO CO O) n 0 O 10 N- CO 0) CO N CO 0 N- V C) N- CO !i N 10 CO N 0 (O 0 R V CO CO V 0 0 CD N- CO 0 10 O) NJ- N_ N- 0 _ I,- CO o CD N CO R O 10 O If) O t0 O) C) N- CD O V' 0) C) N V CO CO 0 N O 0 6 C) O 0 CO C) r 0 CO C) O CD 0 C) 0 0 t0 N O r N N O) C) .� C) a t0 u7 0 r 0 0 0) O N C) V C 0 0 t` 0 O) O O N N C O C N N N N N N N N N N N N N C) C'8) M M C) L _ _ r r r r r r .- t m t' ` CO co co u) co t0 u) co co co co co CO N t0 u) u) 0 co co CO co co 10 w) N O co co O) co co 0) 0) O) 0) 0) 0) W O O O 0) 0) 0 O) 0) O) O) O) a Q) O) Z ui i ui vi ui v) In o to vi u) tri In u) u) v) U) tri v) tri ori vi vi In U) o to d O 1 ! ui CU io 'O C C V v E O) N d' 0 R N N 0 N t0 N CD I,- CO CO CO 0) CO 0 CD 0 CO C) 0) CO CO U d' 0 N CO 0 0 7 C) N O CO CO CO O N CO 0) 0 N CO 0 N CO N .- co 0 9 CO CO w N V' O CO N 0 0 N CO N 0 Ni O) 0 CO N n C) 0 N O 0 00 0 CO V O w d U CO NV 0 0 0 O N C) co CO 0 O) c71N N N N N o N V t0 n 0 O C) U re0 = IP R O O O O O � C NNNNN N N N N M C) Cs C) C) C) N 7 N C Cet L S N N N N N N N N N N N N N N N N N N N N N N N N N >> 2O Z a O d O) 0 0` O 0 Q) f.0 ? 0 O O) 0 N O O) CO O) _� 0 N 0 CO r C) tD r W O N C) C) 0 (O r 0 0 O O O N (O C) ON 0) a )COaO 0 o r V CO Cr) N 0 CO CO 0 Ul Et CO V 0 10;;.., h W O N CO CO V N t0 CO n CO Cr) O O N 0) 0) 0) 0) 0) 0) O O O o 0 0 o O o O O O O a y (3. m z o m co To it CO r- co 0 10 N 0 C) N C) CO ♦I. O 0 n V N 0 0 I` V N O CO CO N V •. ,! N CO N. m M 0 CO I` W _ N V' CO n p 0 0 R N O r N C) C) W r 0 a N co 0 CD to C) O) n CO CO 0 N NI.0 v) I- 0) .7 0 O C) ....os O) N CO 0 O C) 1:-,--, CO 0) O O O O O O " - N N N N N CO co co M co cr V V izp QN 0 0 CO CO 0 CO CO CO 0 0 CO CO CO CO 0 CO CO co- 0 0 0 ( U CD _ r C) 0 N CO N C) t0 CO C) d- 0 CO N- V N 0) Cl CO 0 NI. N O 0) CO CO CO CO 0) ...0 0 CO O CO CO O N On 0O ✓ ) coC) CO V N C)O 0 CO O CO M cr (O N. M .- C) N CO 0 0 N ' u) I, 0) � ",0 O N V N 7 V V V N CIO N O O o O _ N N N N N N M 0 E (O (O (D CO CD (O (O (O (O CO (O 0 CO co CO CO 0 0 co co CO CO 0 (O CO co 0 0 N C) 0 NI. CD 0) 0 0 N a ' (D Cr) N N 0 0 NI. C) 0) Cr) N u) N u) N 0 0 0 CO 0 CO CD 0 CO CO (O (O N CO CO CO r r CD W 0) N (0 O N CO t0 t0 N N 0 0 N N 0 0 N 0 N (0 0 0 N t0 t0 0 N 0 L 0 0 0 0 0 0 0 CD 0 CO 0 0 0 (D 0 0 0 0 CD 0 0 0 0 0 CD CE (O E — g 2 0 COQ .N Y Q CO N N CO CO 0 N- 0 (O N r 0 0 C) 0 O CO N 0 N C) CO CO N- 0 C) 5 r 0 CO N N u) CO N N O) O) CO CO CO v N N N v CO C) v 'R C) C) C) CO Q V' a 4 V V V ? 4 V C) C) 6 C) C) C) C) C) C) C) C) C) M C) C) C) C) C) V 7 a V V V C C V N! V 7 Nt V V V ? V' 7 7 V V V Nt O C V N m C L- E• CO CO mm O- a r' 0 m n N N O 2 m N N N Z ct d 00 m m o o 00000 00000 00000 00000 00000 CL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0) N O u) O 6O u) O U) O tri O N O v) 0 N O vi O co O u) O u) O N U) N 0 I,- 0 N O N- 0 N N N- 0 N 0 (` 0 N 0 n 0 N 0 N- 0 N N I- id Q CO CO CO 0 0) 0) O) 0 0 0 0 r N N N N C) C) C) C) <f V O e CO CD (O (O (O co- CO r n N- N. I` r ri ri r r r r n n f` n n n r r- (:) c .. Z ? co qq OC T o O 0 —0 c.) o. o33o w' N ✓ O U) O O) U) O O ? N O O a) N- V a0 U) a0 V co .- N. N U) O CO ✓ V M M .- O CD N- U) N CD U) N OD C O U) .- N N CO M CD U) O D N I- N r N N. Co 7 co O U) O V O 00 M I- N O UO U) O R ' AM) M M V ` 7 7 CO ? C Un 2 . L [ NO0 OOOOUNn m V NNN N N N N N N N N N N N N N N N N N N N N N N NN- N j O h 0) CO CL c� CD CO U) CD U) V U) O CD U) CO M CD CD CO U) CD CD I. CD N f` CO M z d O N s-UUClM O ) COaO N ) N N ,- N COcO N M 7 M V N CO0O N .-- O W W U 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ,- 0 '- 0 0 0 0 ,- o . aoco Z Q .y N U) y 7 O O J 0 ca ca Z Z U a N d 3 7 3 U) O O W CO M U) CO CD CD N M N- s- CD CD CD N V O OU) U) N CD CD M CO - - 2 Q 7 N- C O OD U) O V N N CO CD CD U) CD U) N N- CD M CO N M N U )U) CON I- ,- U) O M c0 O ,- M U) cocoo) moo N N N M M R 'O 'O N. r U co N IO M a0 COC') O R N U) O O U) N U) .- U) CI co co O U) N. Y U) N. CD M C CO N- CD N N CO U) N- 0O CD M N U) N. CD CD N M CO N ©© E U) co 4 4 4 U) N U) v) U) U) U) co u) CO CO CO CO n r r n t` r n CO CO_ CO_ CO_O 7 =' U) U) O O U) U) O U) O co O O O c0 O CO 0) cD U) CO co co U) O O O co 0° ^ ^ y E y) w m <D m m cO CO m m m cD cD m m m <O <D m cD m cD CO m m m m m m coCil co co co O U) co co co co co co c0 co co U) co co co UD U) U) O cD O O U) I m m H 2 U.1 UJ M UI). O O M c 0 UO M h O O N CO C M UN V O N- a0 M O M O V _ M CO O) CO U) N. 0) N U) I- O N V U) CO O N M M V M ,- a; r-: U) N ? 7 m uM O N V N O D M O 0 U) N O - 4 7 aO U) N O U) M C CO (74; U) M M n M MaD OM O O N M MC N UC V •c- O OO O O UN L '▪ N W. — U) U) U) U) <A U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) 1d - 7 D)' O) O) O) O) O) O) 0) O) O) O) O) O) 0) O) m 0) O) O) O) 0) 0) 0) 0) O O I rL Z Ui DI U) DI U) U3 U) Ui U) U) U) U) CO U) U) Ui U) U) U) m • C V •• C W 'OC 3 ` p ^ ,--aw- - fU�) O O 8 UO M N O h M (S)) ca0O O OM N N O O N v M) N- C y C U O . mNU N c •'- N OrmONamco NN MCUco O N Cl Uc0 O N V COO .-- C) () a) i W T g '7 ' cr U) U) U) U) U) U) CO CO CO CO CO O U) IN IN N I` r n CO CO CO_ 00 u o f Z .. N n •• N 10,4 N N N N N N N N N N N N N N N N N N N N N J F 2 Z W C W = ' O U) O N N O M •• M O N- U) CO N N. N. co M V cD C O CO CO , 0. j O O O ...•/• co V M. O co N. co. U) 4. M N 7 O co. co. M coIN M O V �7 O U) N O M O - - NiIaO U) N O CO M CD co M co co M O co CC N M V V <"� CO , 0O O CD _ N M M V U) U) c0 C aD aD O mo , 7 7 *% 7 N N N N N N N N N N N N N N N M d N wit: — m Z z a coTo c it N U) O c� O V N N M U) O O CO U) U) U) O M N N CO CO O N U) I� O V CO N CO CO N I. M O U) c- N V ,- CO U) N O IN UD V N O O r U) V N O O U) M N O O aD CO U) 'C N O a0 N- U) I- O N R CO aD O M I- O M U) U) m O N co co O M 1 y fn 7 U) U) U) U) U) U) aD CO - c0 r N. r N- a0 co co coaD co O m O O) W C U) co co U) co co co- CO co- CO co co co co CO co co co- O co co co co 0y. N U) CD I- CD V N U) N M M CO CD c0 U) U) CD V M N N O co C c0 O cl '0' aO N CO O U) O U) O Cc •• oi i:10- U) N O O M - O I- O V N O O O U) M N Imo _ ,( No O a0 cO U) a) M M V m aD O NV' U) ID O co U) N. •r co �' O co U) N. O U) U) U) U) co co co CO CO co N n N- r r r co' a0 co ', O O) O O O O O co co co <o U) CO- <o O O O co <o CO- U) CO co <O CO- CO- co CO- U) CO- cO N CO I. O m 4 M co N CO N IN M N U) N O CO C M O O M O U) M Ali O O O O O O O CO CO N O CO O O O CO O O N M R N n .• O co c0 O co c0 c0 COO <co O U) U) U) O O U) U) c0 0 U) cO c0 c0 c0 c0 c0 coo 7 0_ g— m 'R a 0) CD CO Cl CD N. CO U) V O M N O O M O N N V M CD CD U) CD N U) O CD N. IN CO to U) N N M .- s- O CO 0) CD N- O U) CC) O U) U) N N Q M M M N N N N N N N N N N N N N V V cp C VV V C V V V V V V V 7 <f V V' VV V Nt V U T V QJ W C C E ami a m m , a a t L m U U -,--c 3 m N N N Z d d CO CO mO CD CD O O O CD CD CD CD CD CD O O O CD CD O CD CD CD CD O O O CD O Q. O 0000 O O O O O 00000 00000 00000 00 0) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O UO U) O U) O U Q O UN• UN- O N O n O rN n aO N UO O N N r O N O O Np 0 E n r N- n n n n n N- N- N- 0 N N. C- n N- n n N- CO- 00 CO CO CO CO CO nj C .. 7 co 0 R t7 p C E y ui _ a E r N o m m N. • CD M CD M M m V m N CO CO CD N O O v N. Cl) V V CD N N r CO N O N O O CD N N- M CO v O 0 O 0 O m LE) 0) M CO M CO N CD n U Co M r- N O .- CA O v 0) V co M N- Ni CO ' U) O) v 6 M n N CO . CD M CD CD aD O) N v N m CD 0) 7 N v 6 ;: CD 0) N V CD N C0 O O N N N- N N. CO to c0 c0 CO aD CO O) 0) 0) 0) 0) 0) 0) 0 0 0 0 0 0 _ m O E N N N N N N N CV N N C' N N N N N N N N M M M M M M C M to N o d O j a O 6 6 h d O 0 )D M n MO I-M m NM N n N n N MM N mv V O DD) O M O N O D 0) • OOo 7 o. o. O o 7 o o O O 7 O O O 7. O7 oo7 M SII OW w U U CDCD Z Q q N E 0 co 7 n a 0 c Z Z O 0 a W N 7 Y 7 7 d 0 0 00 CD N M N N nv 0 vM N n WD N D O N O N W O V O O n (O DOA m O N V V •— N 6 7Q co co. co M co V V V V v CD Cn V V co co co (NI O O) co co r 6 V co co r` N- 0 8 0 m �_ O CO o ([) t0 0 t0 0 O N O an O O CD n Y CO CD 0) N v CD r C0 O M v CO r 0) O N M CD CD OD 0) N V CD N ©© E 6 CA c0 C1D co 0) 0) 0) 0) 0) 0) O O O O O O O .- .- ,- .- .- .- N N N N m d E a In CD CD CD CD CD CD Cp cD CD CD CCDD CD CCD CCD CCD CCD CCO CCD CCD CD CD CD CCDD CCD CD CO m d) N N ` C a d 3 CD CO CO CO CD CD CO Cc CO CO CD CO CD CD CO CO CO CO CO CO CD CD CD C0 Cfl CO CO CC CC H W W ✓ CD N CD CD 0) CO N C') CD 0 M CO Cc N CD CO M M CID 0 CD CO CO CD N aD M N O) CO M O) N N 0 0) CO N CO v 0 M M Nn N CD 0 0) CQ v O) CO co O r-. co O CO N aO co W V 0) V 0) M S _ v co 7 M CO N- co r 6 0) (0C) O CO M6 CO Mai CO N 0) CD N CD Cn CD V O N- Mai CD N O O) M V CD CD CO r N CO CO 0) 0 0 N N M V V CD CO CD N N CO 0) 0) O C CD CD CD CD CD CD CD CD CD CD CO CO CO m CD CO O CD CD CD CD CO CO CO CD CD P. a.c a) Z = 0) v) N v) 0 0 (n 0) 0) (n (n (n 0) (n uD (n (n (n in in Q0)) 0) a) rn rn rn rn co co am rn rn rn rn rn o) rn rn rn rn rn rn rn rn o o 0 rn (ri ) 6 (ri (ri 6 vi CD CD Cri tri ui vi u) Ln- Cri iD 6 CD ) ui vi 6 6 6 6 c a � o 2 ai u co 'O C V y 7 r` p _ N CD v CD M N CD CO N- 0) D O N N CD V CD CD N- O) CO c ) ,,,,,;',/,':., V CO N- O) .- N V CD CD N CO 01 O 7 7 7 7 N N N N N vC ` iN co v 0) v 0) V 0) 6 O D O D O D O O O O m 7 CD OO w gl, d C.) N CO N- 0 N M CD CD CO 0 M v CD r 0) 0 N co D CD co 0) N V D CD CD O) O) CO W O) 0) O O O O O O O N N N NV dK T2 1 NN N N 4,0, N N N M M Ci M CO M M M M M M M co co co co co M it 0 NO i- CI O 7 w /ZZo) 0 7 o M v 01 W M CD VN v0 v M O) v CD CO CD N CD CD V CD N V0 M I` h co M O co(D CD CD CO 0) O N r N N N O O) N 4) N CA V 0) M 0) O N 6 v O O Mai CD N- Mai CD O (0 N CL c- N M A (D • N- CD CD 0) 00 N M C) v v CD co co n M M M M v M M M M V vt v v v V v V V V V v v CO z z a. I To C ii co O V co v O) CD O) V CO co 0D N O) M CO CD 0 CD CO CD M CD CD M NOCDCDCD v ✓ O O) O) co co n co co 0) O o O M V CD N CD CD v M N O 0) CD CD N O 0) aD r O CD CD yy M N �_ O 0) CD N- O M CD c0 CD O V ,:o E., MCD h 0) .- M co r D) co V d O) 0) O) O O O O O 7 7 Oj N. N N N N M M M M M a V V0) Vi CD t0 CD N r N N- N N. n� r- r I� r n n N- n N- n N N N CLD co • v M O V M N O) N v CD coi+ )..%,Oco '. CO 0 O N M 11 O CO n CO v N 0 CO op m CD v M ,� .- �N M v V V 6 r co W MN DO CO0) DD Or NCc VCD CDM CDN ONOMO) CDCD r� 0) D D 0ON0) CvCnOCmOv O O O O — — — — — N N N N N N v v v V CD coM V N ✓ M O) 0 CD N N CD 0 CD N 0 0 N N N v N CD O M co O 0D 0) 0) O ,- M M V CD CD CD CO N CD CD CO 0) 0) 0 0) 0 N v CD CD N N CO .0 C0 Cr CrO Cr CO NCO Cn Cn CO Cr CO CriO CriO Cr Cr Co CrD CD C0 0 a0 (0 C0 C0 COO O 7 E _ 0 to Ti 1 1a g o N M 0 0) V N- CD M 0) 0) N CD O na) M CD CD V CO N V CO r •- CD m r- O O N •- O) O O 0) O r CO n N v M M N v V .- .- O v O O O O O o 0 0 o O O O O O o 0) O oQ V V V V V V v v v V V V v v v V V V V v v V v v C) V V T V I 0 op C m m d ° 0 0 _c -7 m 0 0 tO 2 m N N CI I Z D C1 m m m O 0 0 0 0 O 0 O 0 0 O O O 0 0 O O O O 0 0 0 O O O O O a O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 606 O CO O CD O 66606 O CD O CD O 66666 6666 CD h_ O N CD N O N CD N O N CD r ON CD N O N CD N O N CD I` O N N aN N N N M M M M v_ v v v N CD CD CD O CD CO CD N N N.- CD CO .13 0 E co- co co coCO CD co- co- 0D CO CD ca- CD CD CO OD OD OD m CD cD CD CD CO CO OD OD cci d C Of T 0 c O. d p O` :d.0 0 0 •a) 7 '- 0 • N NC) 0) CD C) r- N V O Un N N 0 V CO N V N. (O C) CO CO O C) N (0 b N _ CO N CO 0) 0) O O N V O 0) N CO 0 UO O (0 N OD O V N _ 0 D O (O N C) 0) (O N 6 V O (O N CD N 6 N V 0 N V O (n C) V (O N- 0) 0 N V IO N 0) 0 N C) Un N CO 0 N CO (O IN OO 0 N C) (O I O N N N N N N CO co co C) C) C) V V V V V V N U) co co 1 0 N - co cs r) C) C) C) CI C) r) r) C) C) C) C) CO- C) CO- r) CO- C) C) C) C) C) C) C) r) .-- CA in 9 _ c, 0 CO V C) .- co N N. N UO 0 CO 0) 0 N CD VCO N (0 0 (0 CO CO CO Q E - V s- N V r) N CO N O N C) O Ia- 01 CO V N O N .- IN CO 0) V V W W U O O V .- OO O7 ,- ,- .- .- O O O 7 7 O O N 7 N 7 7 7 0 CO CO Z Q 0f (fin N r-5) y 7 O c m m a z z a 3 3 3 0 co co @ co co O co co co 0) 0) N O O N CO C) 0) 0)(N 0) CO CO N 0) V N V V 2 „,t-a5 O IN 0 Un CO N 0) 0 0 (O CO 0) N CO N N. UO CO CO IN CO CO V V cr) N O r V co I` O V I- O N O O V CO 0) 0) Un N 0) O V N O O O 0) O I- n 0 O (0 N OO N N V O O C) d) ((1 N co 6 N O Un N 0) O r) O O V N /�� Y N co O C (A) (0 CO 0 CO V (O 0o o) co V co co W r) co (0 00 0 N G G E co C-. N N CO C) CO CO CO CO V Cr V V V V N (O (O (O (O UO (0 (0 (0 CO (O N 00 n N O E ... (0 (0 COC (00 ((0 m m ((00 ((00 (CD CO^ ((0 (00 ((00 ((0 ((00 ((0 ((0 ((0 ((0 ((00 ((00 ((0 CD (0CD((0 CO^ CO go 3 O (O (0 CO O O O O CO (0 (O O (0 O (0 (O O (D CO O CO O (O m O (O CO m m H w W O N. (O CO N 0 CO V V (O CO V N- CO 0 N 0 N N CO CO (0 0) 0) UO N I- CO 0 CC) Un Un r) N N (0 (0 0) C) 0) (0 N- (O (O 0) 0 V CO IN 0 0 ' • 0 0) N I- N CO O 0) (0 0) N r) V UO UO V N 0) (O 0 (0 0 CO V UO V I G) C) 00 N (O 0) C) (O O C) (O 0) r) (O O) N UO OD C) (O 0) .- V (O co O N 1 U ii07 ON N CO CO CO C) V V V UO UO N CD (O (O (O N- IN N N CO CO c n N n n IN N r N n n N n n N n N N N N IN N N N N n N o 41, M t co of UO Un Un UO N N N N UO UO (O N (O (O UO Un UO Un (O (O (O Un (O N h 7) m Z 7 0)2. O) ) W 0) CO Cr) 0) 0) O) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) co-ce 6 N 6 6- Un UO N co- co- (n UO N 6 N U) co- 6 co- UO co- N an N N c O ▪ Gi ' C U N C '0 c U d 0) N. 0 N C) V CO CO CO (0 0) an Cr) (O 0 (O U) 0) N CD r (O O 0 U 0) h d1 N O 0 V h � (O 0) V 0) UO CO CO CO � 0) OD N. � n n co O C f2 w car"' C) O O C) 0) 1O N 00 V Io V I� V ap V 00 UO N O) (O V O w w 0) > N I` O' N C) UO (O 0 O C) UO (O OO O C) (O (O at O C) UO (0 O O (� N N a' T N N r) CO CO CO CO r) V Cr V V UO UO UO UO UO UO CO (O O O O O N- OR a' K t m a - Ci 0) ri el- ainv ri ri r) r) r) 0i r) r) 0) r) (o ri (o o ri r) r) o') r) co- (+i I J I-2 2 M 0 W �- 0N N 0) CO V 0) .- 0 V N- CD N 0) r) 0 UO (0 0 CO N (3) CO 0) (D Q. C) CO N- (% UO (D O I` h (O UO V N O N CO 0) C) (O 0) O N N N 0) O Q) N UO 0) N UD N V N- O C) O 0) V O W r) (O 00 O N C) N N- CC r co 0 00 0) 0) 0) 0 0 O - N N N N CO CO r) CO V V V V V Tr V V V V V V N UD lO (O (O (O UO UO UO UO (O Un N N (O (O Un UO UO Un a a c, CO Z z1, CO I I.L co 7 O O CO 0) V W IN C) O CO V V _ UV V V UO CO O_ O N O V CO O (0 N V O r V O Un O O 0) CO IN O V I- CO CO UO (0 0) 00 (0 O V C) O O) r O UD ri N O (N n N V N 0) I) N V N O OD (O CO 0 N V O CO CD Cl UD (. Cr) N N CD CO 0 N C) (O N. a) 0) V N ✓ V Un (O (O (O (O N (o CD CO CO c0 r•-_,,.,,, N I- n CO CO CO CO CO CO 0) 0) 0) p) CO C N. N N- IN- N- ri n n r r r N- N N „ice (� N- I� N h N- N- N- N- I� I� N co O O CC) 0) Cr Cr, N 0) 0 CO V V a- V V V UO CO 0 CO N (O CO N- V 0 1O CO V 00 Ni- 0) in 0 UD 0) CO N _ VCO _ N UO N 0) 0 CO N = O OO N N V M .- O co N. cO V N O) OO (O V C) 0) N- u) V ✓ (O W 0 Cr) UO N- W 0) V CD CO 0 N V Un N- 0) CO U) CD CO 0 N N : : ; ; ; OOON. I` : ; : ; : : : : 0ONnnN ODci NVOOOO 00,) UON. OO0)OiOiOiOia) (()r- N. r NN N. IN N N n n n 0O OO O 00 00 OD OD CD 00 N OD 00 00 0O OO CO ' O E .., R a cr....m Ti Q 0) N. N- UO N CO CO N OD IN V 0 0) CD 0) 0 0) C) 00 CO O 0) CO CO 0) 0 N- N. N- UO CO 4- 0) .- CO 0) CD (O (O OD (0 (D N UO 0) N UO V Q O N N N N N N N N N N N C) C) N C) C) C) {p V V V V V V V V V V V V V V V V V V V V V V V V V V Cr U T U E co c °- E• a� m as r -0 O ^ N N O ` O N N ("1 z a a m m m O O O O O O O O O O O O O O O O O O O O O O O O O O O O 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0) O UO O (O O (O O UO 0 UO O N O UO O (O O (O O UO O UO O UO O N O (O UO N. 0 N UO n O N UO N. 0 N- N UO N-N UO 00 N UON m 0 N UO IN 0 a 00 co 0) O) 0 _ _ ) O O O O N N N N C) r) CO(7 CO V v v v h Q 0 C CO. CO- CO- CO- CO CO- CSC 0) 01 010) 01 0) 0, W CO 0) 0) 0) 0) 0) 010) 0) CO d) a) CV T N c .. .. 7 co 0 co v O c T a . d 0) d N m O o) d \ c°.) a` m330 co N ✓ 1"-- N 0 O CO V N CD N- N- V N CO CO CO CO V CO CO O 0 CD O O 0 0 CO CO CO CO V V V V CO CO CO V N 0 CO CO CO CO N CO O N O CO N O O M O IC V O N SN' O CO M o CO M O N- M O CO N '? C( COO co CDNCD (O (^O N N- N- N- N- N- IN OD OND COHCO CO CO O 0) COffCO C) F. m V M O7 co- 0- co- O7 c`') CO CO M CO C7v. 05 CO M M M M C7 C) M M COCOCOCO co- M N a g j 3 O U) Nn (n CO O V N V N- CO CO CO Co 0 U) 0 0 CO 0 N CO O D N- O COCCO NO `CC d CO CO CO N CO 0 N- N O N N OD 0 CO O O 0 N. V COM O 0 CO COM O 111 W U 0 .- 0 0 .- <- 0 0 o 0 .- O N N- N U cDcD Z Q W m m 7 ga s 0 o 0 0 o 03 Z CO r :. 0- V) V, 22 033 3 •3 U) OO O CO O V V N _ o V O M N O N� N M 8 "44' 2 ° 0 V O O CO - V O O O O V V Z C() N 3 Q N V CO 0 CO Co CO (O N co co O N CO CO CO N o O N- 10 co ,- N- .- O n N- U ' Cb 6 N O) O CO 0 r V O 0 CO O n V r- U) V ao 6 N do to 0 N Y co NO co Cb O N CO CO n OD 0 N V CO r O 0 N V CO N O 0 N V N ©© E CO m N- r N- N- r m cO cO cD CO CO O O O Cn O Cn o 0 0 0 0 0 s- 7 C t�' n n r n n n N- N- N- N- N- N- N- IN- I N- Co CO- CO CO- CO CO CO- Co CO- M (U ,E •to C0 CO CD CO CD CO CO CO CO CO CO O CD CD O CO CO CO CD CO CD CD CO CO Co CO (O - N ^Cil 2 _ CO (O CD co CO CO Co (o (o (O (O (o (O (O CO (D (O Co (o CO CD (O (D (O (o (o 5 m m H NL w i ,i) O N O CMO 0 COO 0 N O O CO CM` NO O O O N 7.,':. O CO o CO V O O • n V O O 0 CO CD O 0 ,- 0 CO O N co co n N ,- O CO O V C) co VO ON D o N M V O n O O O O O NN M 88888 O O 0 9 c O c - N N NN. N. IN N- N- h n N- n N- OD CO CO CO CO CO CO CO m CO CO CO CO t t a � w m V (n N Nn a, co cm (n cm (n Nn Nn a) Nn (n Nn Nn o) (n C) cm cm (n (n a) (n rn rn cm rn co 0 0 0 0 co co 0 n cm em cm rn cm rn 0 0 0 0 0 K 2 Z ari jr(D N U (D (n (D Nn Nn 0 0 0 v) u) 0 U) Nn (n (n an 0 0 0 (n u) c m o c a) 0 m 'O C V m V w ,='...` N cco. N N- oop rn N N 0 LO 0. (o L CO CO_ rn co. m CO 0 v (() R y 2 N m co Cr) co co co o r v N O O M O n v - CO vco an N CD v O w to U y N CO I"- CO 0 N V N N- CO 0 N V CD N- O .- N V CO r O .- N .(1- 0 () N a d' T W N- n N- n O O CO CO OD OD O O O O O O 00 O 0 0 0 C{,�t• m d L d d M M; 0 •' M M M co- co- M co- CO- CO- CO- C V V V C V V V V V p e O O 7 m 2 z a O '! :i%.: -e o M V CO CO CO V I,- CO N� N O 0 N O 0 N 0 CO 0 V N O. CO CO 0 N V CO v) V CO 0 N- CO IN _ V CO N CO r O N n N N V (D ID m O CO N CO V O O NU-) N O O O o O o O o o O O COO O O C- O w O COCOO CO CO CO CO U) CO CO 0 CO CO (O CO CO CO CO N CO CO CO u) CO V) CL a) co CO 2 Z § U) it N- n N co co CD N •" O N (O COCO .- N- O CO V CO NCO OO N- CO 0 N CO N- 0 N O ,q; `. 0 N V N- 0 (O O V O V CO 0 .- O CO et- O V M O n (O V N6 (O M O O O N M N o O 6 Co CO c0 co O N M CO n O . tf cD O N V (O N- O M O O O O N co O O O O O o O O N N N N N N CO CO M M CO V V U OW r- r-- cococococococo- co - O CD (D co- O co co O O co- co- co- co- a N- N-N CO CO CD Co N CO CD CM O N- s- N •7 (13 (D CO V CO N CO W N V O O V O O N V CO n' V O CO CO CO O CO O Cn CO N N O a0 O V M O (o V N O r CO M N O O r co V M N ✓ co N- co _ co N Co O ON V CON- O co 6 N- CO ON V CO O O O 0 O O N N N N N N ; CO CO CO CO V •V V Cr •V CO O co co co co co co co co co co co 0 co co co co co co co co co co co co co w CO N O N- O O CO CD 0 V CO CO N N CO (O OO N N O V N (D N N (O CD O OD O .- V N. 0 CO CO OO N CO O O N N .- CC') N CON- ON N V CO N CO CO O O (O r N- N- r ao CO O O O O O O O N N V O 5 (D CD O (D 00 COCOC0 CO 0 CD CO CO (D CO 00 00 00 O O O O O COM 7 dN C. m Ti Q ca D n Oa' N- N O O O v"" V CO O :at CO Cv O O N v N CO 0 O CnO O CO Q M co M M M M M M M M M M M M N N N N N N N N N O 00 Tr V V V v v V V v v v V V V V V V V V v v v V v v CO 8 >, c 43m ..- _ e II m m • 0 _ a a t L m N- r O m N N N d C o o o o o o o o o o o o o o o o o o o o o o o o o o ~ a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 —' rn CO O CO O N O CO O CO O N o CO o N O CO O (O O N O O O CO O m (C) N CO r O N In r 0 N N N O N Cn N O N CO N ONONO N0 0. N CO 0CCD CO (O N- N- N- IN CO CO CO OD O O O O 0 0 0 0 .- .- s- C) 0 Qn OE 0 D) 0 m O o) m co- co-) o) O O co- co- 0 0 0) 0) o) 0 0 0 0 0 0 o N 1 N C .. m m 7 r r mI, CO 0 N • y 6f N O m co 0a cnn33O co OCDCOCO4O _u ! ! co 11. co M O M O)(71 CO V h co co h h O h h s- 0) CO (D CO N O W W o M6 OD N 0) CD O Co O6 M O M N 0) R 0) CO O U CDCD Z N Q N NJO 21 r7 CO 03 Z Z O a P2 N N 7 Y O O l6 N N N CO C O N V0 h h o) h CO a CO N N m `Cr 7 Cr Z Q cr CO N V CO O) N OD O R o CO CO cr CO (O h OD (O 3 m co co h 6 V CO co co h CO h CO .- Co .- 0) CO h h U ' O N O 6 _ O M h N O M O) (D .- O N N ^`^` E (Y CO CD CO QI M co co O co N h O N CO CO O M (O L6J© 0 - - - - N N N N M CO CO CO V cr ? R (O 10 (O Ca d E C CA (OD ((D ((D OD CDD CO CO- CO CO CO- CO- CO CO- CD CCO-O CO- CO CCO- O n y CO( (o CO CO O cD CO CO CD COCCO CO CO CD coi5 a co co co co co co co co co co co co CD CD co (D CD CD m m H W W O co co co h 6 (V h co CD 0) N- N CO UO CO CD O h co 0) 6 NN CO M N CO CO CO 0) h CO O CO O CO O O N CO M W OD CO 'Q l0 O 0) CO CO O V O d O) O N co MN N N4 O h O co (O U ii 0) 0) O) O co OD h Co (O V co NO 0) 0) 00 00 CO CO C O C ` n n N-rr- r- n n r f- n n N- CD CD CD CD CD CO d .0 1E a (n (n )o )o (n )n )n .3 )n 3 3 )n 3 (n 3 3 3 )n 3ce Zu- 0 3 0 0) 0) 0) 0) 0) 0) rn 0) a) 0) 0) CO 0) 0) 0) Q1 0) 0) c d O m ui '- C d U CO i(C) d C U0 h N) M OU)) N Coh hN (hO ChO O N h h N O M O O Cn 9 iw W C) U) M V M N f0 6M h U O CO N CO CO CO O 2 d 0 % CO CD CO O CO CD CO O M CO OD O CO 0 CO O M CO () 44 a' .- N N NN N CO CO CO CO ? C V V CO CO CO j X m .c m a v v v v v v 4- v v v v v v v v v v v v U >� C Z :° a J - 2 Z co O W O co h co O co M co co N CD M CD 0) CO CO CO M Q 0) N M O CO CO CO CO V co O) CO 7 CO h CD N CO 0 Cl) M CD O eo M M M M N N M CO O) CO M CL CO t0 7 7 co N N O O CO h co CO V co M M M M CO CO CO COCO CCT CO CO V 4 C V C C O. V V cr V CL m 'CO z CO j T reit h O MO co CO h V O N CO CO 0) O W N M C.7). h V h N co CO 0) V N h h 0) V CO to OD CO OD CO co,..,' CO M CID M 00 M 0D N CO O N a ▪ 7 COO CO CO U) y,COO O CND CD O CD CD CO C)h N- h N CO d O) co aD co m co- coof (o ,or ,co aD ao co co co co co- co- CD CO CO h O co co 0o /� O co N- V O N CO CD OI O CO CD h h 7 C cO N M CD O - - M co O ✓ O M O O V N ` O %,: M l0 r- 6 O co CO CD/ , N R COO N- CCO W O lA (n (n (n 6 (o CD CD CD (o n f` h h r h co aD co- Oo co op- co- co- co ••i 0 eo m m ao au co m ao ? 4 4- 0) O) a' co co CO O CO O CO CO Cr CO h CD N • CO V CO CO CD CO CO V 7 co co h CD V N- CO CD R M h O N6 M M M6 M M 00 (O M N L O O O O O O O O 0) 0) O 1E a Ti co 2. 'N cnQ CO CO M h .c O r N 0) N N MO) - V0) CO O O (DOD CO J 0) CD 7 CO o h D C') 0 V CO ' N O 0) O 0) ,- co V co h V co M ° E oCD LOEoi .r1 ai E U) OCDNmmDQ E v E Ua ) " v) U) U) U) CD m CD CDC a aaa a 4 >, , d m c m d m d m E m m m ee d o o m m m d to a s O O O fn LL cn r L a U U • a a a .0 ' - a a a C " m (-- N r-- a' o o N 0 O O �d d �d O m 0 C ..... C O O O 1 C Z a a m m co O - - O CO - CO ° O) CD h CD CO 0) - CO - co ? O CD CO N CO CD a C. CO h _ CO h M CO h h N CO O CO CO V O N 0) Co CO co m 0, m 6 m Cr) m 'CT CO v CO v CO U) m U) m (r) 6 vi vi co CO (o CD U) CO CD 0. co O. a v0. co n. O a co 0. CD 0. co a N n. CO co v h o co co 0) , N C. - 0 - O N 0 N O N O N O M U CO 0 p) 0 V 0 v_ 7 V) N N CD CD CO CD p o ho o o o t" is iso is N. o o o Ps0- 0 0 0 0 0 0 0 0 ' 0 lg s- N ,- N ,- N ,- N ,- N s- N s- N ,- N ,- N s- N ,- ,- s- .- 5, 2 m m m m m m m m CO m o 4:::t a � . S c T d . d N O 0 0 U d co 0 U) N • • V 0 N- CO IN 0) N U) N 0 CO 0 CO V N 0 0) V 0) V W CO V 0 CO O V U) N N N W N N O CO 0 0) 0) W .-- 0) N n 0) N N CO CO O W D °4- CO V N O n a N O CO CO v W N N 0) n V N N N 0) O) 0) ✓ V 0 b 0W) 0W) Co CO CCOO COO r In N- 0 co co m 0) OV) On) 0 0 0 0 - •m m c v v c v v v v v v v v v v v v v v v v CO vi LO- LO- LO- L0 .- CO le O > O LO I CO 1 CO _ a. CO N CO CO M CO Cl. CO CO CO N CO N N CO M V V 0) CO 0 CO V 0 E. CD CO V O N V W n CO CO n V N CO n W 0) O O CO O W CO N n O O O W C.) O M n 0i W V M M N V M V V N u) 0) N CD OD n 0) Ci W N 0) O co co Z r e- r r r r r r r r r r Q N n• a O O o 0 z03 Z ma N N j Y 0• 0 03 co CC) In N V V 0) N- V CO N n CD V V •- CO M CO 0 Cr) CO V 0 0) 0 LO V V Z 0) 0) 0 CO 0 V CO V N CO 0 N V 0 N V O) 0 CO CO 0) V N CD CO O O 7 Q V O Loo V 0) co co N O N- 0) CO CO N N CO 0) L- V CO N 0) 0) 0) CO CO I,- n 0 ' O W W V N O W W V D1 n V n M W n a N O) O n W co n Y 0) V n O C Cn W V W 0) N Cn n O N Cn W cu V W O N CO N )@) E CO to... u) W co W n n n n W co co co 0) 0) 0) O O O O )- .- - N N N M = a' C V W CO CO CO CO CO- CO- CO- CO- CO- CO- W W CO- CO- O) 0) O) 0) CO 0) 0) O 0) 0) 0) CD n r m E y m CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO co CO co co co 3 W CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO Co co CO co co co D7 H 2 W W C0 N N- CO CO 0 CO 0 n CO 0 N 0 0 CO N 0 7 U) s- 0 LO n CO CO CD 0) CO 0) IN CO V V n 0) 0) 0 CO N N CO CO M CO 0) N- CO V COn Cr) _ 0) N ) N CD N n N N- CO CO CO CO CO CO n CO n CO CO 0) G) V CO CO N n M W )- N ' n N V V N Ni M W O V 0) M n co n O ii p) c WC0 CD 0cD) O 0 n 'NT- O OW n CO O V V MD cN <N m Co 0 0) C Co z w CO ,� N Li)0) CO 0) 0) 0) CO CO CO u) L17)0) u) u) 0) 0) CO CO CO CO 0) m ` O i+ 0) 0) O O O O O) O 0) CO O W O O O O 0) CO CO CO W 0) 0) O rt Z CO ",N ui Cfi u) U LO Cn u) LO LO u) u) ui ui N 0 LO u) N v) W N La La m C 0 u . C ilj m W -, Cf) CO n n 0) 0) CO CO CO V n CO N V V V V 0 CO 9 m eO V * N'. M 7 M 7 W 0) n Ln. n V W n W W N. N 7 0) W CO w C7 41 co N •' M 0) n O CN O CO Cn CO 0) CO M )- 0 0) 0) CO N N O w m C) 0) n 0 M N CO — V n 0) N CO n 0 N N CO s- V CO 0) N N f> m C d' q N W .> W n n n n CO CO CO CO 0) 0) 0) O O O O 7 - — N N CO Ce m Te W z �' a : : ' : : : : : : V : : : : : uiuUJ 7 O O) Cn n nO OV N d • N O MM p r) O n O N 0) co O V W N W 0) M n n cc v V V V V COV V V M N O M W W nM W W M V V M N m Z 7 u To C LL CO O W CO n W 0) N O N CO CO CO O 0) CO 0) V 0) W W N W W O O V O 0) CO u) O) CO O O CO CO CO n O CO Cn N N V 0) W CO CO u) CO V V CO CO n - W aq,_ W co W O) 0) O O 0) n V 0) N Cn )-- V CO W n CO O 0 .- N V CO n 0) O N CO CO V W an CO CO n m N. IN- CO CO CO CO OD ._ CO a) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) O) c2 C co- co- co- co- co- co- co co co co` co •^� W co co co co-; ; ; ; ; CbCon.WW WM OnCn WWO) O N M V ) CO n W O VVWWWWW O O 0 E. CO- CO- W W CO- CO- CO- CO W CO W CO- CO- CO- CO- CO- W co Cr rn rn rn rn rn rn rn S CO CO N 0 0 V 0_ N CO 0 CO N n n CO 0 0 n CO_ n CO CO N- V N- N- N N O n 0 0 CO V CO n 0 CO N N N 0) CO CO N- CO V V O n C N O 0i C)) N CO O V 0) co V n CO MN M N O) 0) l5 0) W W W W N W W 0) 0) O O O .- L- 00 0 O O O O O 0) 0) E _ R a C. co •N Y R co a 0 M N W O O W 'O O O OW M CO CO n CO O W N n O N Wn M W W Q Cp aW0 N- r O I- nO W W W) O O O CO n 0W CO) O) OW N- Nn n nW M M M M T V E m c m m ▪ m m a a Q V m N N N OF Z a a. m m m n co 0) CO n 0) co co •- V co co co 0) N 0) CO a n CO O N 0) 0 'D' a. a. ✓ W CO N- N 0) CO U) N M N CO V CO CO N n Cr O O C 0 CO V V V CO V W W Cn Cn N CO u) CO u) CO CO CO CO CO N CO n CO CO CO C CO N CO CO V N- 0 CO CO 0) N CO W Cr n 0 CO CO 0) N CO W V 0 t nj Q n N N CO CO CO O) 0) 0) 0) 000N N N N M M CO Cr Cr CO , O O O O O O O O O O O r r r .- r r ! •Q 0 CO t7 S C ' E o « m m •y Z O O a. (n33o co �N • • -o 3 m 0 0 0 U) O U a. E km . . Oz O0 CO00 U m yU o` `0 0 Z Z O -0 , } CL 7 Y = = co co as 7 Q n n U N ©© E up 7 Et E >Q) r-- N a) 'C 0 > m m F W e) U V C 0 O L w N O) 2 P O O Ce C y N 04 co 7,5 • u 2 m O E ',1 O V U d 7 = 16 9 N m r A 0 O w `y 0 U y o . °' L N d ;9 LI 0 0 O 7 A O)y M CONO j J rL 2 V) D C ai a) n E C is E ._ A A at U 0 0 I:,; r w .L.. L L L 4 E E E t E E E a v v >,0>, CO 0 LI Z c" 2 ? zap -8 -8 A g Tii 0- oo oo u% m m F C y c C C Ur Ur Ur C C C O T C m m m m m m m m m m m C mn. N d a. d d d d d O d d d 0 a E U U U U UCG U U U.0 U 5 N a E n n n N- n n n N- n n n m m O N N N N N NEV N N N N O 0 a_ U m m m m m m m m m m m d N N II, W N O3 N O N n CO O Cc) a- E n OA 01 SO M n n CO n o v Z CO COMO V' M CNO c0 O M u) a .- r' .- I- N N NN N M M CO y + "'co C_ 0 0 0 TO NCOOO 0 O) CO O) N (O OU CO n N M O OD LM O CO CO N7 M 0 J N N 0 a V m N M O N COMN CO- - N F N N 1.7 K) K) iO u7 ? M M 0) - + .7. s- O n s- n 0 0_ V N CO m O lO 7 c0) L F n V n n co co co m O (O O 6 . CD 7 a M t0 Nsa CO (O n M t d 7 N CO- co R a cci (I) > O "' U L = 0 s- M N N- O) O M SO CO COMV Q 'i-. NW U) N Lf))O l (O CO CO CO CO O I ? 0 a co OD co- co-co-co-OD co co co co o v• @ O a v O O u) ui 0 m 'O CO m i L - N- N- 0 0 0) V) OD 0) n O CD 0) O O) (0 a s 7 p• N CO O s- LS 0 0 )O n CO n M M n n N 0 ✓ L m U U R N 7 N O O i L O /0 (O u) u7 N )O u7 (O t -O n n Na. y 0 — 7 a� U) (O CO V CO O) M co O) N 0 O ` co N N N 2 N O . N N N N M M M )O Z d d CO OJ CO co m 0 3, O O O O O O O6 O O O O 2 rn h ' c O O -C O C Oho, R •• C C C) C co CS 4` a U L_ m C 4 N d ♦ O rz .O+ a) w .0) A N b 0 d CO i 0 0 0 N • • 0- 03 I Q CO a t J 0 Q 0- I I G1 CU W •— ^>+, L N A m a N o ♦^ N M m m IC t 2 L a O m '� i m N N ■� 11 Z aamm 0 LL o • i co Z IS Z N m O 7 n LO m o ,o 0 0 R g m N o fV coN �'� N N h CO N .- m O (7 '.. io _ a om r-- 0_ El: r.... ,r 0 w w 0 0 m CO Z Cl) w I `o `0 0 C. `o a _o O o ti CO m a 49 1 ZZ CC a c� a �p O O N N N W V V ? Q N .V N▪ V V E Lo ( 7 a' n > O) .. N [O r Q 4i J U) N N 2 C 0 N O) .C) , C O) c O d J J 0 d > 67 C 0 7 CO rn I Lo• 0 c d L J J ❑ L03 N C) y m 2 C 2 pc a) 7 ) =m u 'R .._ v '• U UN 7 d O C U a+R 11- 0 L A co ❑ m 0 I cod dwV y C C E _ 0 00 mN d O .- O To ct La y NT N 0 0 L L L ` N QW J• > ❑ U) O 7 7 7 FE ZM ❑ V" v o 0 o v o 0 N O O N V (D I i!) N V O Vi 0 �. I ,_ a N ''O) 10 Q nCL i Esa CL N ❑ t CO d ❑ Sq c o ❑ c I, 0 y o LL - y 9 N N 7 m N N 0W O C co N -o L a 07 C o R O .0 C L .2 Z W V) t y — N y Zo C o W ) N y) o , Q I- I- 0 Q I i CO d } O Q iN m O WI O oR c = o 0 EW "ail a E 0 N. t O H so,d 79 a m N N N h L m d Z 7 7 7 o w Ucox o o 0 0 ❑ • N- Z O O O> Z co co N 0 H 0N N N iII N CO O 1 co al m EC9I CP_m Q Nm N Z • _ N C COm I dN N d a m m I m N CO -O N N O) 06co (n 3 t U m r I-- D Z Q Z• a a 00 m CO C C E d I C o Q 0y C I .2 O '0 O w u C r E « O r ❑ N o o O .. dam co C n °o d(4 ..... m o v y C o SN aV 0. o C ° c o ? 3v O O ° a ) 0 ',70NockR O O r d 0 y O W N o r C d N 0 N ta N N c) aCO ❑ 0. 2 ()I 2 coin a s 3 3 a. 3 m 0 a > > N N _ - -_— - _- 0 N 0 N 0) .- CO 0 � N CD V N Ul (O N- N 0 r- M fD 0 0 0 N CO CD CO N V CO I- OD a) O N CO CO N O) U) 1 13 O O O O O O O ,- .- .- .- N N N N N ,- ,- 1 .3 m V O U) 0) 0) 0. 0 V f0 M U) CO O) N N- U) CO U) U) 0) CD U) M d 0 0 .- 0 ,- 0 0 .- 0 .- 0 0 0 .- 0 a- 0 0 N .- O fri El oO O O O O O O O O O O O O O O O O O O O o mm Z H r5 En 7 n N n 0 p c CO RI O Z Z - P. U) 0 7 Y 7 7 U) 0 0 0 W 0 U) U) U) 0 CO N V N V N V U) M CO CO N N ✓ V 2 Q O co V O CD U) 0) 0) V CO U) N- N- CD N- CO V 6U) 7 O 0) O N CO fO f` O M U) O CD I- co O ,- O O) N I,- N- 0 N N Pi) N N N C) C) C1 P) f•) C) R V C) C) C') I� Y M C7 M M M M M M M cc?) M M M M M M M M M M N ©@) E 1:2)_, ._, O O O O O O O O O O O O O O O O O O O O mQE Lo N CCDCDCDCDCDCDCDCDCCDCDCCCccSoac0 C0 CDDC0 CDcDCDDCDw is 7 0 CD CD CD CO co co CD co CO CD co C0 CO CO CD CD (D co CD 5▪ mm HW� I)' O O U) N- N 0 0) 0 N- CO N- N N N- N- CD 0) V U) 0 0 V 0) V U) .- CO CO V 0) U) U) 0 CD 0 M CD U) CO 0 0 0) N- U) n M 0 CO CD 0 V M 0 N., N CD 0) .- 0 t) U) V V V a M ) M N N N N N N O ai 0) LI 9 C) U) U) N U) U) U) N U) U) U) U) U) N U) U) U) U) U) V V C 0 C . .- .- ,- 7. . ,- ,- .- a- a- a- )' O O O O O O O O O O O O O O O O O O O O y r U) U) U) U) U) N U) U) U) U) U) U) U) U) U) U) U) U) ) a Z a Lc)a) a) a) a) a) a) a) a) a) a) a) a) a)a ) a) U) w U) 0) a) U U) U) U) U) U) U) N U) U) U) N N U) U) U) l0 N U) U) U) C 1 11 N O V N LE Cryry J ` 71 O V 0 U) M N. CD 0 CD CD M 0 N 0) 0) N N. N 9 .42g C V y, O O O N O CO UM U)) N- O CO I- w CO O O CO O ` w R /J" O O O O O O .- ,- .- .- .- (Ni N O a U w E _ m IZ >, c 0- I 2Z co O 0 U W 7 C 'O. C 0 CD N tr. CO co co 0 @ O f0 N h O O 2 2 mr V CVD M) IM 2 V CD M O CV Q . U0 N d O. O O O N N N N N N M C7 V U) Vi CL N � y m Z z //iiiiiiifr 7mc jl• m m o O O O rn rn rn rn rn w rn rn rn w U)co () N V V tN V V V V st: V V yU E1- HVNNN NNN NNNNN NNNN N UCO 0) O N M V UCD N.- CO 0) N l Z O C 0 0 8 27 0 1 CD 0 0 0 0 0 0 w 0) 0) 0) 0) 0) 0) 0) 0) CO 0) 0 0 0 0 0 0) 0) 0) 0) 0) 0) 0) 0) N0000 O O 0) 0) 0) 0) O) al 0) M O O O O O O _ O 0) 0) O) 0) 0) 0) N M U) CD )- CO _ CO U) (O N- co Ea' G (..' V21 d m I d m • d IL NN 0 0) V- CD 0) CD h 0) CO N M CD 0 V M U) CO 0 CD V 0 N 0 c0 U) U) CD V U) 0) U) M U) N- 0 .- V n V CD co M N am L O O MUN CUD) UN O O UO CU)D O) IU�) M V Cs00 U0)) N I.O 0 } 7 M .- .- .- ,- .- .- .- .- .- .- N N d i; c;!, 4 E T 4 V 5 m co N Q O .i.', m 2 2 a Y Nn CO N 7 N I- I- 0 M co N co N 0 co CO CD 0 CO 0 CD N- N J N m m 0 0 co O - .- N N M N N .- •- O O ,- N N M M U) V ', Q O 47 co O O O O O O O O O 0 O O co O O O O O O O N O U T O 0 � V C °CO m N N 1- NO E N c3as s- Oa UULt -t V m h I- h O 2 m N (.1 N Z d d m m m 0 O O CD 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Z 0) O 0 O co 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 E O CD O N O O O O O O O O O O O O O O O O O O O O ` - N CO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 N M V U) CD h CO O O N M V U) CD h CO 0) C. c E N o O N a) a. I`�i a 2 2 o 0 c co ti o E co d cD U 0. u, O U)fp _.. C icl M O () N rN UN M M 7 M I7 M _ M N MN N M f7` N M N O N N N M 7 O m N O M (O O 7 6 N (O O U) O) 7 0) 7 M 7 O O 4- N M M 7 7 7 u) IO CO (O CO IN IN CO CO M 0 0 m N N O j ► O 0 Cr) sz (O (O (0 0 N 4- M (O M 0 IN OO CO CO CO M IO IO 0 l() 0 0 CO 0 E_ N O O 4- r — ,- O CO M 4- Ib 77 7 IN O O CO CO CO N 4- 7 CO 0 W W U O6 O O O OO O N 7 N O 4- 4- 4- N 4- 4- 4- O 4- a- 4- N M M N U co co Z Q H gm � 7 H0 O O Z Z O D a N N O O l66 CO O IO O M 7 7 M 7 (0 (O (O N 7 O 0 O IO 0) (O OD 7 M N er Z 0) 0) 0) M N M N 0) M 7 N N (0 O N 0) O 0) O N N h (O 001 N 0 3 Q 0) O N O M N O OO N (O M O IO 7 IO OO N N N N N N I[) 0) (O (0 0) IN IN 0 ' N C) C) M 7 (O M O M N I() 0) C) n If) O 7 M 7 O) 7 0) 7 O (O N N Y M M M M M M co M 7 6 (O CO I. N CO a) O M 0) 0 0 ,- .- N M M 7 N t © E N c._ O o 0 0 0 0 0 0 0 0 O O O O O o 0 0 0 a- a- 4- 4- 4- 4- 4- CO w C 7 7 7 R 7 '0 R R 7 7 7 7 7 7 V V V 7 7 7 7 7 V' 7 7 E H N (O OO O M M CO (O O M (O (0 OO OO M (O (O O O O O O OO (O M (O (O (O d 0 7 O M M M M M M M (O (O (O O O M M M O O O O 00000 coo m m I- W w M N 0 N In O QD 0 N N N O M 7 M M CO M CO OO N In N M M IN M I. N N V' IN 7 N 0 N 0 7 (O 0 CO 0 M N N O O CO M O N 0) (O M N CO N (O r N 0) CO 7 7 Cr. O CO O M OL— (0 N O O d6 OD N N N N n a0 O 6 7 N M N IO co 7 N 7 N 7 M N (O V V G) 7 7 7 7 7 Cr 7 7 IO IO CO CO CO IN N N. m OO CO O) O) CO 0 0 0 CO C 4- r 4- 4- .-- N. r r r r r r V .- •-- a-- r r N N N N CO t t a' O O O O O O O O o O o o O O O O O O O o O O O O O O a Z = IO IO N IO IO IO IO IO IO IO IO IO N IO N N (O IO IO IO N IO N N 0M M D) Cr) d) 0) O 0) 0) O) 0) 0) 0) O) 0) 0) M 0 M 0) O) 0) M O) M 0) In In IO N In IO In In (() IO I() In In In 47 In In In IO IO IO N IO IO IA IO O 2 O C d 2 !O .p O V y O (p N c"' O I�N M M (0 M Co?, O O MO N) M N 8 8 N •N N O M 7 N Oi O O N4 V) O4 n U O) 7 OO C) O C) OD co 00 V Oi IO (V U N 4— N M M 7 7 7 IO IO M M N N CO CO M Cr) CD re d A R > 0 0 7 0 O J I- (a 2 Z N O o co an O OD CO O M CO (n 0 (f) CO M 0) M 7 IO M COM 7 M 47 a M N 0 N CO N O) 7 O O M N N M 7 M m N O N coca. N (O OO N1: 1 f NiCe . I O o6CD O) N (n aD C I� O V f� C' L- ,- .- .- N N N M M M 7 7 7 N N IO a 4T) y mz zV 3 (0 C it co M M 0 r- CO 7 CO N M M N N CO O CO N 7 M CO CO N M CO 7 IO N 0 0 IO IO IO IA Cr CO CO N N- 4- M 0) M CO OC M 10 IO IO 7 7 7 7 7 7 7 7 7 7 N o M C)O O ta0 N (O IO O) C) r NNNNN NNNN O) N- O) — v43a' d O O .- N M Cr IO CO t` CO M O 7 O M N M N CO O Oaya — N N N N N N N N N CO CCCM CC) CM M M M M G 0 • y M OO OO Ob n M 7 M N N 7 M O %y,., N O M N 7 M OD r--. N 01 O 7 0) M M 0) M M M O CO N M (O O .' O.- O M IO n M 0) 0) co M M O) W O M M M M M r N r � .d» O i , �aD N OO O 7 co N (O O 0) O O M M M 0) 0) O M N 7 IN $ CO ,1// 7 CO O) M O CO M 0 4- N M 7 IO CO IN CO M 0 0 0 0 4- �:``. N N N M M M M N N N N N N N N N N M M M M M M M M M M M M M M O (O N O N M N M N M IN (O N 7 00 IN O N (O N IO M IO M 0 COO CO M M M 7 (O CO M M CO N (O N CO CO (O 7 0 CO 7 0 0 0 CO OD 7 N M N O n ao (O O M O M co co M r n N O N OD 0) D) M L N N 7 M M 00 N N (O IO 66666 IO IO IO IO IO IO IO IO IO IO N IO E _ A a co Tr 1 c CO N N 7 O CO M I- M 7 OD YIN (O IO N 7 7 7 M M CO N IN 0 CO M CO J N N N 7 OD M O O OD 4- 010 M N (O N OO O N 7 U) M N M 0 00 (Qp 00000 O6 6 0D0 - ,- N N M M M M4 4 6 6 O N U T V E co .g.42 N N C d N W °- L ap L d 0 U .t 'O m IN I. IN O ` m N N N Z d 0- OY) CO OD 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O O O O O 00000 00000 00000 00000 00 O O O O O O O O O O (O O IO O N O IO O IO O IO O N O IO O O O O O O O O O O O O O O N IO IN O N IO N ON (O N- O N IO IN O 0 Q O .- N CO Cr IO CO IN CO M O O O O 4- r- 4- - N N N N M M M M 7 p O N N N N N N N N N N M M M M M M M M M M M C) C) C) C) C) M CO I : h N • • O O ) CO N IN O IN C) OD N 0) In O V CO N I. CO C) V 0) C) <D C) N CD N 0) IN C) N r V co N co co s— N- CO N. C) CO 0 0) l() a- r N a N C If) N CO )f) N O N- I!) M 01 n O V M N s-- O s N N M N CO M V In CD CD N- CO 0) 01 0 N CO V U) CD N. CO 0) O N M 5- - a- N N N N N : : : : :co .— .— O N0 coIIZ EQ O1 NN 3 0 C c O .__Cma O O (NO 0) N CO CO N CD N co CO CO h N CD V0 CO c0 N- 0) m CO a- 0) V ✓ V Z 0) 0) .— N- U) V CD 0 O 0) V U) )0 CD CD CO CO 0) 0 N U) CD CO a- (D n O 0 7 Q CO 0) N. 0 10 IN CO O CO CC . CO N O O N CO N a- a- V O Cd OO co O I` N- U O) U) N 0) CO CO CO CO V N Of CO n co N V V V V V U) V) co r O) n Y V co CD OO IN CO 0) 0) 0 N M M V 0 CD N. CO 01 0 N M V )C) CO IN N ©© E co C .— s— .— s— ,— s— s— s— N N N N N N N N N N N CO CO M M M CO C) CO ' gg CC CC CC CC CC CC CC CC V V V CC CC CC CC CC CC CC CC CC CC CC CC V CC sr- 0:1 N N O E a N co co co co co co co co co co co cC co CO CO co co co Co co co co co co m Co co N N N ` C 0 IL 7 CO OO CO CO CD CO CO CO CD CO CO CO CD CO Co CD CO CO CD CO CO CO CD CO O CO CD m m )— W CO IN N ICI V ICI 0) V N N- 0 M CO V (D 0 IN CO C) 0) 0 Co m n 0) CO I. OO O CO N M O m 0) 0) V )0 M CD O CO 01 N CO OD V V OD O N CO OO CO CO CO 10 M 0 0 N V CO 0 CO N. M C) O V N O 0) O V O N CD N O V O) V d) V 0) V 0) V 0) 10 O )C) . (O N OD V O O .6 N N co co V V (0 (0 (0 CO m IN n CO CO O 0) 0 N N CO CO V (0 CC O C NN NNNNN NNNNN NNNNN CO CO M M CO M M M M t L O O O O O O O O O O O O O O O O O O O O O O O O O O w 0 ',,. i+ = N (0 (0 (0 N (0 N c0 c0 N N N N c0 N OO c0 (0 (0 O N (0 (0 (0 (0 I 0 2 ; Z O co C) co co M C) O) co co W co co O) O) co W co O co co W co co O O N co- c0 c0 co- co- co- c0• c0 cC1 co- N N c0 c0 m c0 c0 co c0 c0 N• N N N c0 O C u) u 9 C u N 7 O O) c0 .- V 0 CO N V c0 CO 0 N c0 0) CO CO CO c0 V N- E (,) ` C V M h ,- CO CO C) N CO a- C) CO C) N CO U) c0 O N- CD n 01 N 9 ` w CO N 0) O c•) m CO V M O CC n O O c0 N N N O O r aCl C) O w 0) U m N M a c0 CO O r m 0) O N M V c0 m n CO coO '- N COc0 O CD Q,' T W N- •- s- N N N N N N N N N N N M M M M CO t a) a E. 8 13 t O M O N M N_ N V M O 0 O NN M 0 CNO N Nm MO) cM0 ND M WD VO_O N O O • N N- CD O cti Di V 0) V O) V CA V 0) V 0) cC) O (O n C CD m n N. CO 0) O O .- .— N N CO M V V m U) CD N r OD CO m 2 z 7 CCI C it �. V ON O) N N N O) CO CC 0 V 00 N- M m N- 0) O N CO N N O N- M O c0 O M O 0 O OO CO N CO N CD CO 0) O N. V O CO c0 0) N CD O M N- O • O CO O) V N- 0) N V CO O O N V CD I-: co co c0 co O co 0 IN 0 N h CO CO 0 N c0 N. W V CD CO 0 N o) M M M a V a vt N c0 c0 _ CD CO n I` IN n f` CO CO CO CO C) 0) O! 0 q cococo : : : : : : : : : : coVON_ O O O CO CO V u'1 _ likV CC V V C) V n O N V V V 4't CO N m O N M N CO ..0. O O_ V OD N CD N c0 O) N u) CO 7 h O N c0 r O N4 CO OD W C) CO 0 CO 0 N c0 n 0) N V CO W M CO CO O N 0 N- O M 0 CO 0 ✓ V V V 0 0 0 0 U) CO CO CO CD N- N. n N- co co co co CO 0) C) O) C) O 0 C) C) C) C) C) C'') C) C) C) Ci Ci C) C) C) C) C) Ci Ci C) C) C) C) C) C) Ci Ci V N ✓ 0) V m M M 0 0 0 N V CO M CO M N 0 CO CD V 0) N CO 0 0) N N CD C) 0 N M c0 N- 0) 0) 01 0 CO c0 CO 0) N CO _CD 0 N N V IN Co O W 01 C) 0000DDQO N N N M M M M M C) C) '. a m c0 co c0 co co co co co co co co co co CO CO co co co co co CO O co co co co 7 E coa m N Q m 0) co CO N. CO 0 CO V V 01 N CO W c0 CO N. 0) N 0 N. CO (0 n c0 0) J O) N CO CO N O c0 N- C) V CO N IN N (O CO CO V h V O V CO O CD Q N 03 CO CO Q) ci 0N N N M M4 V c0 c0 CO CO N- OD 0) 0) 0) O O s— .— s— .- N N N NNNNN NNNNN NNNNN N N M M 3 a u E v N CO c e d m a a -C L m 0 0 O V m N N N Z a a m m m poo O O O O O 00000 00000 00000 0000 O O O O O O O O O O O O O O O O O O O O O O O O O O O I Q N O N O c0 O c0 O c0 O c0 O N O cD O c0 O N O c0 O c0 O N O c0 I co N c0 n O N c0 N- O N c0 N O N N I` O N c0 NONLON O N N N 1 O Q V V V U) U) c0 N CO CO CD CO n N- N- N- CO CO CO CO 0) D) 0) 0) O O O O p C �^.. N 5. 0 0 c0. m i co O• D. U) o w N • • M 0) C 0 0 C M 0 0) 0 co C N O) 2 N OD U) 0 c0 M , U) U) C <O U) U) 0 0 C7 `- O 7 M (D O U)• h U) v C U) 0) V) M M C Ii c0 ,...- ..14 C U) 0 atl D) ch N cr.?: D) C CD 0)• ,— C N- O co U) O C CD N 0 co U) j CC7 CC') C') C'7 007 V C V C V 4 V C C U) cc) co N co N- CD COD CD CMD CCD CDD CDDm M NO 0 Lo Co C CO M 0 CO U) M CD 03 0) N M CD M C` M CO 0) C` U) U) O CD U) C U) z CT_ O M M C 0 CD M C N O) M U) 0) O) O) O N C N O .0. C W W O `- N ,— ,— .— N O •— O ,— ,— •— O ,— N s— N M N N N N 0 O CO CO Z Q o)w N W d 7 a s 0 c O O z z c, 0= 0= d c0 N d j — O O (0 @ 0 C` M C 0 CO C U) C` N U) 0 CO CO 0 0) U) N M O) 0) C co N C CD 09 C C Z Q M 0) M N C M VI C CO N C CD 0) M CD CO 0 CD 0) N O 0) ....) OD CO c0 CD C co U) M N CO U) 0) C e- CD CD U) cD h O) NI. C` M N M U) cD C M M N N 0 ' O c7 U) N- 0) O co OC C � O C) co co I- U) 02 C OD M CD l") r Y O O N M C NI-CD n 46_ 0) N M U) 0 ril O) O M cit C U) r 0 0 M N 7 C C C co' co` C c4-c� a4-a� C C co" C�C co" co" co" co" C C C C C C C C Ca r n d E y d CO CD 61 CD CO c0 cO CD 0 CO U) cD CD U) CD CD U) CD U) U) 3 co CD co 0 U) U) co 0 0 co co co co co U) U) U) U) U) U) U) U) 0 co co U) U) 5. m m H W W O U) co C co co CO C U) O 0) 0) CD C CD CD r C C U) CD c0 C C U) CD C CD M N M N. C C` U) CD 0) U) U) 0 N 0) U) M 0) M M O 0) 0) O) O N C N O M CD 0 C 0) C CO 0 CO U) M N M U) 0) Cf 0 N- M O c0 N CO N _ C` C O c0 M ?J..; c0 M O) U) M O C` C CD cD V .0 CA f.) cD cD C` CD CD 0) 0) "i'-' N M M C U) 0 0 C` CD O) O) 0 ` N C: O C %' M M M M M M M C C C C C C 'Cl' C C C C C C C C U) Lc/ U) U) 2 t t �' I, O O O O O O O O O O O O O O O O O O O O O O O O O O w m M = V U) U) U) cD U) U) cD U) U) U) U) U) cD cD U) cD cD U) cD U) cD cD cD lD cD cD W . 0) 0) 0) 0) O) 0) 0) O) 0) 0) 0) 0) O) 0) O) O) 0) 0) 0) O) O) 0) 0) O) 0) fea' Z CD.- fy U) cD cD U) U) U) N cD U) U) U) U) U) U) Lc, U) CD CD iD lD N U) U) U) U) d N i C id) YI C W C O) O U) CD 0 M O) C 0) r M OD co CD C CO 0) 0 CD N CO C 7 U) j C d � w U t/fr� O M U) � 0 0 C C � U) m M n M r r M N C 7 7 7 M To C /CD O_ N C N` 0) N U) CO C N- C CO N c0 O C O) C 0) C 0) O w w d V N c0+) N-%Y 0) C C CC') V C C C C U) N ion 0 CD 0 cC0 c00 c^O 0 is 0 , L m a z2ze) s r 0. OA• T.4.: , N N C UCD O M 0 O C CD C D ` CO UaQ) M 0c° 0CUN O U) N CD C O cO M O U) N CD C co C 0 U ce 0) W O • N ` C UU) UCCCO CO 0) O OM N N M MC CM MN N N r N N N N N N N N N M CL tp us aZ Ts c it N M M M C M V N C. O M aD f' CD 01 C) O U) 0 0 N C c0 U) 0 O 00 U) N c0 O) � M C C M O U) O O O O] (O N � 0) O M C U) 0 (O N- co 0) O) O OO O O O 0) 0 0 h U) C co C h O) M iD r 0) co O) C co CO 0 N C U) C` 0) M U) N. O) O) 0) 0) O 0 0 0 0 ' N N N M M M M M M C C C C N Q y M M M C K C C C R o N M M M C M C N C s— 0 'F' co 0) 0` rC 0 M N-C N- N C c0 U) O) N C co co C N CO U) 7 co. O •.l � UCCN O coC U) N CD 0) O N N Ni C CD U + ._ ._ COO 0M NNN NNM " MMCCCCUUcDOO ' _ 03 N OD -sr 13 ig -**/N U) C 0 M 0 U) C` CD U) N C` N O) C O CD V) M C CO N O) N c. C` 0 .— N— ,- N CO U) CD C` C` CO CO CO 0) 0) O N N C U) U) C C M M N M C C C C C C C C C C C C C C C Ui U) Ui Ui Ls" Ui Ui U) U) U) Ui 6 CD CD CD CD CD CD CD CD CD CD CD CD CD CD CD CD CD CD CO CO CD co tD U) cD co 0 '.. E CO 'N 1 Y 4 OD U) U) CO CO U) '- C C N C C` 0 0) N. 0) C` '- O M 0) C 0 N M 0) C 0) N CD 0 C O N U) N- C C` O N U) cD M O CO N CD M cD O '.. Q O N N M `c.:1 C C C C U) U) U) cD cD m n N- 0 O) 0) O O N �p M M M M M M M M M M M M M M M M M M M M M M C C C C C O >, V d m C N N 17 QE O d 0] m o a C U m r n N O ` m N N N Z d d m m m 0 O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 I Z 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 O U) O U) O U) O U) O U) O co O co O U) O U) O Lc" O U) O U) O U) O O 0 N U) C` O N U) N O N U) C` O N U) C` 0 N iD No N U) C` O N C O Q .— .- .-- N N N N CO CO M CO C C C C U) U) U) U) 0 co co_ U) r C` r 0 C C C C C C C C C C C C C C C C C C C C C C C .4-4- .... C C C N O 0 c td c.V O E T c0 E `d ;6 _a m 7 0 ciav, 3 3 o r(7) od d - ON M O O V f•-- CO O NM N O c0 ON UDN o O N OV '3,2 W mO O 0 D CO V N O 0) O M aOVO 0NOV OW M •0) V co 0) OD N N N r O co .- c) O c) O c) 0) N V O n >O V M V O N O) 0 N M O O OO O o) N) 0) O I0-) O0O 0 0 0 0 0 0 coCDnNnN- nr` coaOCDODODOO u N N 00 j 2. O O 0) C,) cosi O co N V M M co N O O N O N N O co N co O 0 0 CO N CO V E O O O O 7 O N 7 N O N M W. O N N O ci N O M O o N. r o c O Cu'w U s- s- o 0 0 W. 0 0 0 0 N. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U mco z Q y gN N s' 7 a s 0 0 c Z Z O a N 9=2 y O O N M CO CO N O O h O 0) O M O O N O O O N CO M O N 0) V V Z O O N 0) -- M N M N O 00 M OD N O M O r O O N 3 a V O O• O) a- N O N 0 V• r` O M O 0 M N 0 M O n 0) N O co. a- La La n N 0 ' OO M co M 0) V 0) V O) O O O c0 N N N- r) m C) OD c) O) V 0) O YN- ©© E O C O N- r-O) CbO ON OOM O O O O OM V On 0)) O N M O O O 0 N . 7Q = N ` N- V Sr- V V V V V V V V V V V V O O O O O O O Om O Om- N aVVVCOm oo m mm2cg 22822 000U) om= mmCoCo cccoW > COmF w co N- OD CO 0) N C) 0 N N N- C V O M O CO O 0) N 0) CO O) ao O 0) r O O O V N O O OD OO N- O 0 M O M 0) Cr O 0 O N 0 '.. N C0 V c0 N CD O V OD N• O m V r` O ON OV NCO 0)r OO) VO N DM OO NN- C)6 N CMO RO N o O N 0 - VN N O M O O CD OD OD) O O n NpOVVOON2 OOO (O CO coO O O CO O O CO CO CO O O ooO19 C { EOOOOoOO) Oo0OoOOOOOO O OOOOO OOOOO OOOa) _ a) 6)V OOO0OO0OOOO) 0) 0) O M 0O) 0 m O O) O U) U) U)cv) ,r) n U) vi vi vi Lo ui O u) vv) O O O O O O cn c R ai C ED, m c m c fp C C) d 7 aD ry O O 0) V M O OO O M N M M N N V N O CO V c0 V N m C U aO N O 0) M r` u' O O O O O O O O V cD N O 0) M co. M 9 I.D. a R '0;4'6' O • CD n N O M 0) v O O c0 N N N O M on v 0) O 0 w 0 U N N M N m O M V CO n O) O N V O N O O M V CO n 0) O N () N N Z N- N- J N- N m CO CO CO CO OD o0 m 0) O) O) D) a) O O O O O O O TgatZB J 2 2 M °di IL 7 t �/ O CD O M O cD O O co M 0 0) CO V CD 0 O U) 0 V Q CO COcD r° • 0) o o N N N O W co. n co V N O co co. O M Cl) ,i° O) CD M n O (0 M O N V co V OD O N m O N O) CO M CO c0 N- m o M• V V O cD CO N CO CO 01 0 0 N N M V M M M M ''' C•I - �. V V V V V V V V V V V O O ,..7_, ,C.,;) O O O ir_cOD V O O tO N.. '" N N N M tO N OO CO O o O) o V CO N N N O 0 O O V 0 N •''^• ) N O V re- V 00 M r` N O co. r` 7 O o OO N- O V (8"9 0 O) 4 O N 0) N O V N 0) co co O M N O O) N V CO OO O N M N- M -vv PZ) IT O N V O n O) M O n I 7) V O O O O O CO CD c0 CO CD CCT, N N- n W W O O CO OO 0) 0) 0) 0) N N - `1- v v v v v v v v d^/// v j,•� v v v v v v v v v v v v OO V O O CO N N O r N ,. a•N m O o 0) 0) 0 V CO r CO o O 0) V Oo N CO O V r " i U) n .- O N N O 0) N O V N o O N O V :4`c 0) co • - C`') 4 ,c, CO O M N 0 O) N O cO (O O N V O N- 0) M .7. (O a0 :=,;;) N .•, N- M O r� O) 0 N V O O co co CO CO CO CO I. N N r r CO_ CO OD fo O O) 0) 0 0) o O O V V V• V V V V V V V V• V V V V ' V V V �. V V V V O O O V V V n 'C'':1 0 c 0) M N- CO N 0) N V M CO V O OO V V O CO c0 N M N N N• N N N CO M M V V CO N co. co. 0) O) O O O O O O O O 6 O O O O O c[) V) La LCuo La Cc) O co CO CO CO cO CD cO CO CD O CO co co co co co 0 CD CO CD CD CD c0 CD CD CD c0 CO CO CO O (O CO CO CO c0 m O V 0) O N N O M O N 0) M M 0 M M CO N V 0) 0 co V N M O O M M O CO O O CO P co co N. co. co n N co. N co. N — M O O CO Q N N N N N N N N N N N N N N N N N N N N N N N N N N N V V V• V V V V V V Sr V V V V V V V V V V V V V V V V V E m a N N c °� a a L L a U U O 2 m N N N z d o m m m O O O O O O O O O o O O O O O O o O O o 0 0 0 0 o O O z 000000000000000000000000000 O o O o O O O o O 0 O O O O O O O O O O O O O O O 0 O 0 N O N O N O N O N O N O N 0 N O N o N O N O N O N- O N O Q N CO CO CO co 0) 0) 0) 0) O 0 0 o � r N N N N M M M V V N Q V V V V V V V C V LID 0 0 0 N ui 0i N N N N N vi Cri Cu!)), cri O O N COLa a I : b o c� n. cnn330 co • _ CO • O O 0) Co OV CO N- ` N. a) Na) U) ONMm0 M M N M 0) CO CO W N CO C C a) nN OD CD U OD M a0 MM V OM N-N OM OOD V MW V OODuOO uM OV N rN- OM OOD 7 M0uu) rO ODO j 0 .-_ •-• .-.. ,-., .--... •-... ..-... N N N N N N M M M M M M M Q' V' C V C m N N 00 9 S O O CO 0) CD CO CD u) N N- CD N U) O N- N- CD u) O N N M V a) CD N (O N- N Z d CO M D) O M M 0) n V CO M M D) N M CO •- M M .- N 0 0 O w w U o 00 00 06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U OD00 Z Q p)N NN 0 m 7 a a 0 (a CUr. ZZ re 0 .... m , N 3 Y O 0 l6 CU co N� CD N. N- 0 W CO N- CD N- CO O aD O M CD Nt CO N- M C V Z Co co u) u) M N- N N- N- CO CD CO N. 0) C CD CD N .7 CD N- V N CD CD 3 Q V co N N. M O) CD N 0) CD M .- CO CD C M N N N N N M M .7 V) V) CO N- N- 0 ' O U) Co N N- C') CA 7 O (O N r M 0 0 N- C') Oi u) r 07 O) u) N- Y Co N- CD O N M v) O OD O M V CD N- CD N a 0 O N 0 N ©© E N — •- ,- N N N N N N M M 0 M M M M CI N 7 Q •C � ufu [ Vuuuu) uu) Vuu) N co- u 0 uuco- co- U) N N u) ui —°3 N m E 2 yoD co (o (OCoOO CO (OCOCOO CDCDCDoCO CoOOCO (O COOCDCDCO oCD CoO (oCo (o CO (OCOCOCo COOCoo (O CD (oCoCO (o OOCOCOCO N N N L C Q m CO W W N O CO N N N N. M O 7 CO V M CO O O N a) O CD CD CD O 0 CD CD CD M 0) CD N CD N CD M CO M CO O N N- N N 7 CD N. N- COOD M CO O N u) N- 0 M u) CO V CD CD V CD CO M CO CD V N- O Nt. N G) W N- V O (D M O N- u) N O) (D OD u) M O r V N 01 O V ,- OD j M V (0 u) CD N. CD 0 CD O CD N M CO .7 (0 O (D N- CO CO CD O C C c � N. N. N- N. N N- N- N- CO CO CO CO CO CO CO CO OD CO CO 03 CO CO CD CD 0) 22 r t = o O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a). m C ` ., 0 0 (D (n (n (n (D (n N (n (D N (n u) u) u) (n (n (n (n (n (n (n 0 0 co 4 0) W co co 0) a) D1 0) 0) rn rn 0) 0) 0) rn cm co ca co ca co 0) rn K 2 0 /. v) co- u) u) co- 0 u) 0 vi co- Vi co- u) 0 v) co- u) co- u) u) u) M u) u) u) m 0 5• 0 ` 7 , ,� . CD CD O CD CD M CO N- CD y N CD CO V O M CD O M 0 C V .„.;,,t.;li . M O 0) N- 0 4 N .- O O O O O ,- M (0 N 0) c- M (D a0 O o N w ii 0 W 7 Cm0 CO CD O M u0) (0O CONN .- (0') V 0D csi N CD O co 7 0 N- CD O N ('')) COn :. O r N N N N N N N M M M M M M V 7 ? V .7 u) U) u) 0 I., L an d r J 2 Z W C W 7 / r O O CD M N O N ! O M .1 u) 0 N O CD CD CD N C n O V .- CO 0 0- N O W O (D + a M N .- O 0) co O 0 0 V' M N N .- .- O O a) O N` M Ni r 0 N O) (o M O CD M O r V aa u) N 0) Co M O Ce 0 u) CD n OD • O N M .7 .7 u) O Co N` 00 CO O O O N M )0 0 0 )0 C0 r 0 O CD CD CO CD CD O Co CO CO O CD N N N- N- r mZ z , 3 `F C it u) N u) CD CD 0) 00.: 0 N CO 0 N. V CO N- M CD M M CD M CD CO CD s- .- N M V V M M N .- 0) N- u) N O N. ' m u) C4 00 N- u) M N O co CO O co C N0 OD u) M 0) N- a N O N. u) CO O N V CO CO CD 0) N. O N CO N- O M Q CD OD O N M CC) m 0) 0 0 0 0 0 0 .- r N N N N N M M M M M C R R V O) u) u) u) u) u) Vi Vi U) u) u) u) u) u) u) u) M u) u) ui u) Vi G N u) N u) O O CD OD N u) CD N - CO N. M CD M M M N 0 N .7 u) v) CD I,. N- N CO CO ‘ M O a .— co v) N (7 V N OOI Cr.;-:) uu) N-M OW - uM 6 •`jCO ' N O N- u) co O O O _ - N N N N N N M ` M M • / N V C N- V uC) Ce (n (D vi ui vi vi ui vi vi ui ui ui u) 0 ori N (n co (n (n cn u) ui ui vi w M CO u) CO M u) N O N- (D N u) VI (O O) N M u) (D O) O n V V N N N M M M M M V l0 N CD r r r CO CO CO CO CO...- CO n N. N. N- O O O tO Crag O O O O O (D O O u) O O t0 O O O O O (O O O O O L O O O O O (D O O O O (Cg O O (O (O O O O to O O O O O O O O 7 d m •N 1 a O V CD a) (O N O V' 0 u) O CD M CO u) M M CD CD N- O N- O N- CO O M u) (D CO N- 0) N- 00 CO CD O O M V u) N- N- CO CO CO CD O CO O Q N N M M M M M M M M M M 4 V 4' K V V 4 a a V V V' u) V u) V CO V V R V V 7 V - V C V .7 V R V V V V V a V V - V V V UT V .a) m N N C C E• m m a s L L m 0 0 o 2 m N N N Z Cl. 0 m CO CO 00 00000 00000 00000 00000 00000 1, Z 00 00000 00000 0 0 0 0 0 00000 00000 Q 0) N- O N C00 N- O N U)) N- O N u0) N- O N u0) N- O N (O N- O N O N O O a v_ (0 (0 u) C0 CD CD CO CD N- N- CO CO OD CO 0) 0) 0) 0 0 0 0 0 /2 0 a (n La- Cn La- (n (n (n (n vi (n (n (n (n vi vi (D La- Cn (n (n (n (n (D co- (D co- (D N li o 0 c coI E• a) m = = •a) Z O ci a n 3 3 a 0 • • CO 0 v) n CO CD CD 0 N CD Is- N Sr CD N O C) N CO CD N n Sr N- 0) CO CD O 0 0 CO CD 0 V 0) V CO N Is- N CO N CO CO CO CO n N CO 0 V D N N- CO CD V 0) LO O CD 0 N r- M6 V 0) 0O 0 c- r` N6 Mai V 73 COO 0 co Sr CD L 0) CD CD CVD CO CCD CD Is- r` Is- n CO N. r CO COCCCO CO CO LO CCOC0 CO CO 0 6O > CO 0) s-- a V CO r V 0 M CO N. M 0CO CO V N CD v) N- CO CO CD 0 CO V CD d N N V CO CD V CD N. M CO V O N CD CO 0) Sr n M V CO N CO M N. O O O O O O O Ci O O O O 0 O O O O O O O O O O O U CO CO Z N N N V 7 r. Z Z O a CO 0 0 Y 7 7 U) _ V V U) CD CO N V CO CO CO N 0 V CD M N CO 0 CD U) CO CO n V CD '.. M CD lO C) 0D o CD 0 CO N V CD N 0 0N- c- N- IN CD CO CD CO M N. CD N N 7 Q r N- n CO COCD CD COCD CD CO COCD II- CD CD CD CD CO CCO CD CO CO CO CO r- CO r N- U ' r ri W N r` ri Ci vi n C'i Oi in - r` ri 0i vi .- n ri Ci u) - r ri N Y co O co CO CD CD CD M V CD N- CD N V v) n CD 0 N M CO N. CO 0 N ©© E Lt) C Cn CO CO CO CO CO co co n n n r. N- r` co., co co CD co CO 0) 0) 0) 0) 0) 0) O Et m n n O E y u) CCD CCD C00 C00 CCD CCD C00 CCD CMO CCD CCDD Cp CO CO C2 cp CCDD C00 CCDD C00 CCD CCDD m 2O CCO CCD CO III - N N ` E O W CO CO CO CO CO CO CO CO c0 CO CO CO CO CO CO co CO CO CO co CO CD c0 CO CO CO CO li O m H i W n N O M O W 2 V M N V CO O nV V M vN CV N o'D N M 0 V M r`:?- c. n n O r- O CO N CD CO _ CD N CO co W Sr O CO N CO Ci � CO CO 0 Co v) N O n V N W CD V 0) 0 V O CO V 0) n V N 0) C) •' °f % M V 0 (O `3-) .-3, n 0 m a) O N N M V v) v) 0 r 0 0 m 0 r r c ° C 0) O 0) D) O) 0) 0) O O O 0000 O O O O O O O O_ O_ Ii_' t �' O O O O O O O O O O w 0 /l v) u) v) CO CO CO CO N v) v) v) CO v) v) CO v) v) CO v) v) v) v) CO v) v) m .7. 0) 0) co W W co 0) 0) O 0) O) 0) 0) O) 0) CD 0) 0) CA 0) 0) 0) 0) 0) 0) O) ZZ CO •>LO- Cn In In vi L. vi vi ui Li CO ID v) v) ui CO ID ID In rn Cn In ui v) Cn c o c u 6 c m I° c V ` T.7 0 a/ 0 M O O V O N N CO N O) N N V N n 0 O) C ` C � V �- O N V CO 0 � � O � N M u) (D D1 N � 0 n O O cc:', M M O .Cd. w N U : n coc ',N CO') Cry CD CCO 0 r CM') COO CO CCO 00) V M 7 CMO n CD I- N V COO N 0) o N d Ce T co O CO C , CD CO ,0 CD CO r IN r Is- r Is- n CO CO CO CO CO CO CD CD CD CD CD CD _ J a 2 ,7) 0 W 7 ''.. O M M v) CO N CO CO N DC CD M CO CD O N CO CD M V V V CD c- CO Cr p_ 0 0 0 0 0 0) 0) CD 0 CO 0) 0) O O co V (0 0) CO v) n 0) N sr r 4) N- V aD 0 co CO N 0) cD CO 17 6 CO N O co M co CO N 0) n V Ce co V CO CO CD r N- CO 0) 0) 0 N N M V V CO CD N. Cs- CO CD CD 0 1--:. r. r- N- N- r r r r- N 1+` CD co cO CD CO CO CD CD CD CO co CO CO 0D 0) m z y7_ 3 c r0 C L: 'r W v) 0 V O N h N0 M� O n O M O M a:' N O� In N Oc- 0) O co M O aD CO V O N- Cn O CO r) O r- V N O) r` v) N O cD CO CO N- CD 0 N V CD N- CD v) CO 0 M CO r CD 0 N V CD CO CD CO Sr_ V N v) v) O v) v) CO CO CO r I� r r I- CO CO CO CO CO CO 0) 0) N Ne vi U) N vi ui ui vi ui v) vi ui - Lo- u) U) U) vi vi vi ui vi Iri Iri In a c ? 4. 0) CD n CO Cl- 0 V V CD N CD M 0 N. O 0) v) M CO CO N 0 N- N 0 CD CD N N 0) CD V N O) Is- u) CO O CO CD CO r- V 0 CO CO CO CO N CD CO CD CO CD N. V N O CD CO M 0i n V N O ti v) N O CD CO M cci V co co O co v) N. CD 0 N V CD r- C) M CO CO 0 N CO N r 0) 0 C : : : ; : : ; : : : : : : ) 0) On : : : : : i vi cci NCO Is- 0 Cn Cn t« CD CO CO CD CO CO 0 0 CD CD CD CO CO CD CO CO CD CO CO CD CO CO CO CO CD CO CO li 7 N QCn 4 a C)) v) CO V v) CO M V CD CO N CD V 0 0 N CO v) v) CO n v) 0) 0 CD CO 0) 0) 0 N. CD CO N. V CD CO N- CD N. N- 0 CO N V CO c- 0 01 0 CO 0 CO Q V V v) V V V V V V V V V V V cO CO v V v) ) v) vv)) V v) V v) V V V V V V V V V V Sr Sr V V V V V V V V V V V V Sr V V V E 1• 33a N N c .c °' _ a a 03 r 0 0 O 2 co N N N Z 0 0 m CO m 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Z 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ..6 0 vi CJ vi 0 Cri 0 Cri 0 Cri O vi O vi O vi O vi O vi O vi O vi ci vi O N v) N- ON v) n ONv) r` O N N N ONCO N O N CO N ON CO N- O a - .- - N N N N M CO CO M V V Sr V CO CO N CO CD CO CD CD n r O 0 tD 0 0 0 0 0 0 0 0 CO 0 0 0 (O 0 0 0 CO 0 0 0 (D 0 [D (D (O N O 0 ihh T' ci � an33c Cl) a s _ • ✓ 0 V O n M CV r O C) CD 0 0 CD 0) 0 CD CD vt 0 0) CO CD CD 0 U) c0 V n 0) M O CD ` r r N r I 0 CDO O O O U) COV V V V U 0) O O O CO 0 N n N n Ni n N N NI,: N n N N- N N- N N- N 0) M) O0) Ca O 0 0) O N V O n O 0 _ CO O N M 2 N N N M m N ,_ - - - - N N N N N N N N N N N N N N N N N N N N N N CO O 0 1 CO Cn _ CO a O LO V u0) OVI CO O CCOO 007 N CD 0) CD O N CO ON) 03 N- N N N vt N M N N E 6 0 0 0 0 0 0 0 0 0 o o - 0 0 0 0 0 0 0 0 0 0 0 0II 0 Ooco ZZ N 1 N N m 7 a XI 0CO CD 0 0 0 C Z z 0 N N - ) 00 CO @ 0) N CD O N CO N O CD O O N O V M O N O N O 0 M V 0 0) 0) ✓ V Z Q CO CD N CO M 0 N- V n CO O CO 0 CD M CD N CD N O) 0) 0) 0) 0) O 0 = O V M 0 OD CD CO CO O 0 M 0) CO 0) M 0 N CD M N- N N. N CO N- N- 0 ' O O r C') O V O CO n M co V 0) O O 0 Ir. n N CO M 0) V O O N Y MO CD CO CO L- M CO CD n 0) 0 N M O N- CO 0 M CO CD N- 0) N N @@ E O 0 0 0 0 0 0 - - - - - - N N N N N N M M M M M M CO V V O C g CO CD CD CO CD O CO CD CO CD CD CD CD CD 0 0 0 0 CO 0 CD CD CD CD CD CD O- M < < ECO CO CO CO CO CO CO CD CO CO CD CO CO CO CO CO CO CD CO CO CO CD CO CD CO CO CO CO - N NN- COd 7 CD CO CO CO CO CO CO CO CO CO CO co co co co co co co CO CO cc:. co co CD CO CO CO m m H LW W 0- V n CO M CO 0) n 0 0) V O N- M 0) CD N 0) 0 N CO M N- 0) N O CO N O CD CD V V CD CD V 0 O CD N. CO 0 O 0) V V NN ✓ N- 0) O CO N CO V0 O O O O u) 0) 0 r CO O V 0) M r _ V ;If r O N 66666 CO CD M 0 666036 M O OD O N O N- O N u 7 ca M V O O CD I,- CO CO 0) 0N M V V O CD N- N- CO 0) 0 0 N C O N N N N N N N N N N N N M M M M 0) L d CO O O O O O O O O O O O O O O O O O O O7) O O O O O w d 7 O) Co O) O O) W O) O) co 0) O) co co co d) co co co O) 0) co d) a) O) D) O) O) C Z 6, r O O O O O O O O 6 O ,ri ui ori vi ori u ui ui ori vi vi U) ori U) O c tiV o R p C i 7 O 1 O 'CO N O O NN O CV N 0 n P. 0 O M M O 0 N 0 M 0' O 9 .i12 FL, 7 /60ON 000) VNrMN6aO0 O m 0 y 0 N r 03 C) N CO M CO O) 0 V r O 41 u-To W d Q' >, d 0 0 0 0 0 • •- N N N N N N M M M M M M V V CD d N N, N j- NN : 1 : : III NNNN N NN NN O N [D •' V r- 0) - V co N 0) O N M M V O co rn co co co O O Q) 0) CO C') • O N N V CD O M O N C CD O N 0) c0 M CD O W N Co V O CO • 0 • 0 0 N M M V N O CO N- N- CO O) O O 0) O) CO 0) 0) •. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 T 1fA & m 2 a m coC itN CD r M 0 CO_ , M O M N 0) M V 0) CD _ n VN N 0) n VN O CO CD O V V CO CD n W M O CD N- 0) N V CD O - CO CO V N O N- O M" co n O M .- 0) N- co CO No CO CO O M 0) O CO co O N V O r 0) N 46 CO0 Mu-) n 0) N V CO CD O d 0) 0) 0) O O O O O O !l// N N N N N M M M M M V O) V C u) 0 vi CD CO Co CO Co CD /% CD �/•• C cD Co C C ro 6 6cD 6 c cD co = ''. N 0 •- N- M CO O CO N M �j r N M M V 0) CO n V N CO M L- CO CO V N O co 0 0 0 0 , : M • C- O) O .- M O CO co O N VN 0) - O M D O CO N O •• O/ '''. N- D CO N O 0D co O CO n 0) M O CD OD 0 N V � ') '''/ CO CD 0NV LC' ` 0) O O O O O _ N N N N N M M M V V V V V V o Co (6 (6roco ro Co Co Co ro rocoCoco (6 as- Coco :yCococoCoCoCo co %p' 38 O O O N MO O O V O 0O) O O N CV O V O O N O N O O V M t O O O O O O O O 0 O O O O O O O O O O O O O O O O O O 7 E N ° 0 `= CO •N 1 a O N-N N 0 r OO) N- O 0 N N 0 n O O M O 0) 0N N O N M O DM M 0 Q V V V V V V V V V V M M M M co M M M M M M M M M M M M a V a V a a V a V V V V V V V V V V V V V V V V V V v 8T E CO N N C :_. °) 0 0 L .o ° 0 0 ✓ v m n n N.- 0 O 2 m N N N Z 0 0 m m m 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Z O O O O O O O O O O O O O O O co O O 0 O O O O O O O O O O O O O6 O N O u) O O O O O N O O O O O O O O O O O O ONO N O N O N O N O N- O N O N O N O N O N O N ONU) O a 0 0 0 co O co 0) 0) 0 0 0 0 - — — — N N N N M M M M v v v O 7CD O O CO CO CO D CD n n N N NS n n N- N- NS n n n N- N- - N- r N. N Ik• 1 •I 2 m co ° m iO" O m33 o a • • - r Cr 0 CO O o CO 0 0 V N O CD CO N V OD N OD V O n N CO CO V V V c7 co O 0) r LO N 0) CO N CO V O n N OO 07 0) V O V) D N N r N r N r O OO O U) O V O) V CD C) N- N co CO O 6 0i coN camo C) N- CO V V V 4 7 V V COO CN U 01 U 6 N u0) OO ON01 Ln O co co co co (O N- Cr.) N - N N N N N N N N N N N N N N N N (.4 N N N N N N N N N N o O in C)) 0) CD N. WCOV coC) OO O) CO 0) l0 C0 C) 0) O OD OO O O CO N N CO a. N 0) N 3- CO N V CO N C) N C) 0) 3- N (D N N V N (O C)) N C) V C) V O L.0 w 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 - o — o 0 o d 0 CO OO Z Q w N N �) 3 a a 0 0 CO CO _° 0 ZZ .... E.' a 77 .?. y o o N (0 O C) O CO O 0) N C) n .- 0) CO O N V CO c0 CO iO N O O C) V V2 C) r V 0) CO LO O V N N c0 0 0 (O 0) CO N N- 0) C) CO N C) LO = Q co co N r Lo 0) co co 0) C) N (O CO 0) 0) 0 O N N N C) CO V V r` r 0 O N n C) co C) O) V 0) U) O N O U) Oui O O o (O CO N- Y V N N (0 O C) V CD N- 0) N V U) N. OD O C) V O N- 0) O N C) N @() E CO V V V V 6 OO N N N N N co OO CO CO (O CO n N- N- n n n N- co co U)6. O CO O CO CD CD CO CO CO CD CD CD OO CD CD CD cD CO CO O (O c0 co- co- O co- co CO E 0 a-'H c0 O (O O O O O c0 O o O co O o o O O (O O O co O N CO CO CD N Cil N ' 7 CO O OO CO CO CO CD CO CO CD CO O CO CO CD CD CD CO CO CO O CD CO C) CD CD CO m m H W W co co co co V co OD 0) C) n CO CO N V V C) OO N V CO n C) CO C) 0) 0 ON. V 0 V CO CO C) N O 0) 0 C) CD 0 C) CO W O 0 OO N C) O CO _ C) CO o C) CO N O) N CO n 0) N V O OO 0 N C) C) V V V C) G) 0) N V DD cD C) O N V N O O C) O 6 CO N W n V OD CO N 0) CD U iiCA C) V CO CO CD N- m O 0) 0 0 N C) C) V CO CO CO N- OD OD 0) O O C OC C) C) C) C) C) C) C) C) C) V V V V V V V V V V V V V V CO N N 2 m t 7 CO CO .n CO Cn CO CO N N CD CO CO . .nCA CO N,n . CO CO CO N N CO CO CO N O 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) O) 0) 0) 0) 0) 0) 0) 0) co 0) 0) 0) 0) 0) re , Z cO 6 CO CO CO CO CO CO N N N N CO CC) CO CO N N CO CO CO Cf) CO CD CD CO CO O C CI O c U) 6 V R 'ID= C 2 d 3 Co N. 0) N N r- CO 0) O O C) CO O N- C) LO LO CO O N N O OO c0 N CO C m ` w CO a- r-- V 0 CO O CD O CO 0) N CO 0) 3- V (O c0 0 C) CO N- CO 0 N V CO V O CO n N (D C) W V d) CO O N O O N r` N r N OO M (0 C) O .�d. Cy d (J ' co CO (D co d) N V CO r- OO O N C) CO CO co CO N V CO N- CO O C) C) d K T ea V V 4 V V N Cf) CO CO CO CO CO CO CO CO O CO CD r� N r r N- r co co OD d L N a N CyN N N N N N N N N N N N N N N N N N N N N N N pm0> o t (S w c J F 2Z W O L"" " r O o CO 0) N V V N 0) CO CO CO 0) n (O CO N. n n O CO V CD V D) CO Q co 0) CO CO r- (O V 01 O CO N. CD CO V C) N 0 CO CO C) O r` C) 0) 4) N o CO N 0) (O C) O N- VN V O CO N d) co co O O C) O c0 C) 0) C N N C) V V CO cD N- N- 00 0) 0) O N C) C) V CO CO CD N- CO OD 0) 0) N N N N N N N N N N N N N N N CO z cn a' D m c LE Co N (D O n W V CO C) C) CO O o CO (D N CD 03 V C) N N OD N- O N CO N 0 V CO N O CO N r C) 0) CO r V CO CO N 0) N- co V N O W n N V m 0 CO C) N O O) CD co CO V N O OD C) CO N- 0) - N V O OD N @, CO N 3— M CO CO CO O N V CO O O CV N V V V V CO CO CO CO Cn O OD CD O,- N N n n N CO CO CO CO CO 03 a O) O ; ; ; ; CO U3 CD CD • CO CO 03 CO (O CO ; ; ; ; ; CO0) 00 C)C) Vu (ND V 2 (nD D n n) r` 6` cn0 8 m O O b rn) G E CO co- (O co- (O co- co- CO ro co co- OO (O CO (o (t) CO co- (o CCS C CO CO (O ( CO CD 0) CO N- 0) CO V C) C) N O CO N- C) N Cn NO CO V C) O O C) O Lc, 0) 0 0 0 0 O O 0) CO c0 N CO (O CO O O _OO 0) O N C) V N- Z C L N O O O COD Si O (O ((O O CO 'C'g O COO N COD (O) O O D D CO(O O O O O O 1 7 E COA C Ti 1 a co CO O) CO CO 0) N. CO CO V O C) N O O C) CO N N V C) 03 O CO Cr) N C) 0 3- 3- 0) N. N- CD CO CO N N C) 3- 3- O 00 0) O N. 0) CO O (D CO CO N Q C) C) C) C) N N N CV N N N N N N N N N v V V V V V V v V V v v v v v v a 0 V v v v v v v v v 8 Tt) N CO N N C .---_ E• 0 m CO CO t v co n h. N- O 2 m N N N Z 0 Ol 0) 0) D) O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O 0 O O O O O O O 0 O O O O O O O O O O si ONOrONOrOONONOnONOrONOnONN CO CO N O CO O CO 0 a V N u) CO (D CO CO CO N N. N. OD OD 00 m 01 0) 01 03 O O O O 3- 3- 0 ig N N- n N- N- N- N- n n n n N- n N r r� n N- r r N. CO- CO- CO- CO- CO- OD N 0 0 = Eo• d i - C/) CD 7 43 • O U) M CO N- M CO 0) V co N CD CO CD r O O V r 0) V V U) N- N CO O U) O U) O CO N r M Cr) V O N O m O CO CO 0) CO CO CO CO N CD ✓ CO M IS N CO CO O V 0) V O M NS N O CO 0) V CO M N. N O N M iO CO CO 0) N V CO CO 0 0) N V CO I, CO 0) N V U) r CO 0 N. I` r r N- N- CO CO CO CO CO CO W _0) 0) 0) 0) 0) 0) 0) 0 0 0 0 0 0 CO ON Ni Ni Ni N N N. N Ni Ni Ni Ni Ni Ni Ni Ni Ni Ni Ni Ni CO- M M CO- M M M .- N co 8 ► O I CO CO M O CO N. M CO CO M U1 N N. N M N CO V O 0) O 3- CD O 0) z d ,, — 10 0) CO M CO n M N CO CO N CO CO CO CO V N N CO O M CO N 0) CO O W W O ,' O O O O O O O O O O O O O ,- O O O O OO ‘- 1 U CO CO Z Zg I Q 0) N m y 7 a0 a O O O c Z Z Et = d CL Cep N 7 CO O• O CO N CO N CD CO N N. OV N CO 0) N CD 0 CO 0) N O) CO V O N. CO 0) CD O ✓ V N CD CO N _V M CO N- CO 3-- n N 0) CO N 3- 0) CO CO O 3- CO V M 7 a V M CO M M co V V V V V Cn N V V M M M N O 0) CO CO n CO V M N N. 0 ' co ,- CO (D O .. CD CO .- O ,- O O O O O O f) O N O CC I. Y N CD CO) N V N N- CO C) •- M V CO N- 0) 0 N CO CO CO CO 0) N V N ©© E O 0) co co CO co0) 0) co 0) 0) 0) O O O O O O O ,- ,- ,- ,- ,- ,- N N N 7 C V CO CC) Co CO CO CC) CC) U CD CO r n I` n r n r I` I` n r r N- r I` 13: N.- CD ^ n CD E 2 W .yp. ccoo m m co CO CD co co CO CO co co CO m CD CD U) co c) m CO co co CD ccoo co CO co coOCO co co coCD 1i CY] CD H i u.9 W N V CO N CO m 0) 0) N M CO O M CO CO N CO CO M M CO O CD CO CO CO N. N M N. CO CO M 0) N N O 0) CD n CO V O M M N N- 3- N CO 0 0) CO 0) CO M O 1, M O CD N CO M 0) V 0) V 0) M n V CO M CO n co CI c+1 0) CO CC) O CD M O CD Ni 0) CO N 0) C1) N CC) N CD V O NS M 0) N O .i on N CO Cn m CD N. N- CO CO 0) 0 0 N N M V V CO CO CO I� I"- CO W C O C an N N CO N CO U) O an O CD CO CO CO CD O UO CO CO CD CD cO CO CO W i 15 E 0 N / CO CO CO CO 0) N N CO CO 0) 0) CO CO Cf) N N CO CO CO O CO CO Cf) N 0) Z 7 O) O O 0) 0) O co 0) O) co O) W O 0) 0) O) 0) 0) co 0) co 0) O 0) 0) 0) re N CO N CO CO CO CO m m m N N lO lO lO lO N CO m lO m CO N CO tO CO C It O C Ce d •_ N C) O UC N` C 7 N- r f- 0 M N CO a CD M r CO CO r 0) CO 0 NN CO V CO CO n 0) - N. CO O) _ N V CO n 0) _ N V CO CD N- CO 0) O _ N N N N N 9 w W V d a Ir () 0 VN up"' NM V 0 0NV MW NV CDOCDO OOCO MO VO OO rO cod Of0 N MO O OO O coca F. V CO CO CO CO 0) 0) 0) 0) 0) 0) O O 0 0 O O O 3- 3- 7 .- 3- 7 7 N N N • O a) 2 N N ,4V N . N N N N M M M M M M M co- M M M M M M M M M 1 8O W 7 �� O N v • W V O V M 0) V CO CO CO N CO O V CO r V O Q. C m :11114111°°*(4 N 13- 0 O CO 3- M CO CD CO CO O r- N N N N 3- O O) N- aCD N OCO V . M W O N CO V O O Ni 0) CO n Ni 0) CO O O CC O M CO O co CO 0) O O N M M V V CO O COM M M MM M co co co co co V V V V V V V V V V V V CL a) co c CO Z Z ? 0 u To c LE CO M O V. M V O 7. CO V CO M CO N 0) co CO m O 37 CO CO 7 CCC N. CD CO M N O CO CO UlO 01 m CO CO f-- CO CO 0) O CO O M V N NS CD CO V M N6 O) m CO U V N O 0) CO N. CD CO CO V M N � 6 co N f` 01 M N CO CO CV COM h COCD 0 N U) Of 7- CO I- _ 0) 0) CU 01 0) W 0) O O O O O r _ 3- N N N N N N CO M M 0) CO < V 0) R. O to7 CO co O V co V 0) N O CO V CD M CO N 0) M CO N O CO CO CO • O 0) CO V N O O) CO CO CO V M M N N N N M V V V CO I,. CD M Ni O 0) O n O N M N O Q) O f- co CO V M N O 0) CO O Lc) O M O O 8 O D O N M O `N WN M MM 8 Mn O V (4 V D V0 CO co V CO 0) C) N N N CO O CO N O O N N n V 1 CO O M CO O CO 1 CO O M M V CO CO CO CO m CO CO CO 0 0) O 0) O N V CO CO N. N .0 C• O O ON- (I`D ri C CI't IO` h CI'f hO CND: CND: nO IO: IO- CND: CO C CO) (0CC) U(D CO 8 O O = E O.. 7.1- C. m 'N Q CO N O N M 0 W V N- O M 0) 0) n 3110) M O CO V CO N- V co N Q N 0) O O N 0) O O 0) O I� CO N N N- V M M N V V O) _ J O 37 . 03- O O O O O O O O O O O O O O W O Q V V V V V V V V V V V V V V V V V V V V V V V V V M V 8 >C. CO '..4 E m a m m c • °0 6 a a O 2 m N N N z a a co co co 0 0 0 0 O O O O O 0 0 0 0 0 0 0 0 0 0 00000 000 O O O O O O O O O O O O O O O O O O O O O O O O O O O Q o vi o vi o Ui o Ui o tri o tri o vi o In o Ui o ,di o ori o Ui o tri o 0 N n O N O r O N CO N- O N N N- O N CO Is- O N CO I` O N CO N. O O a — — N N N N CO CO CO CO v V V V CO CO CO N CD CD CD CD N- r N- r CO O g co- CD co- co- op- CO co- co- co- co- co co co co co co- co CO CO CO co- co- CO co- co- CO co- N 0 Ih• Jti N O a. cn33o in a • • n 0 N CO 0) CO co n N V' 0 I N N O V C) n V' n CO CO CO CO CO C) N O N. n CO n CO O) O) O O N V' CO O) N CO O N O CO N CO CO V' N 1 O O O n C) 0) N N O V O O N CO N O V' n O n V CO ^ ,-- C) V O n O) O N O n W O N C) N n cO O N C) 7:, n a0 O N C) '.. N N N N N N N C) C) C) C) C) C) V V V V V V co ,() ', m > 8 c, co Co a. E WV V r C) N 1:-- N) N 8 O O N) O O n On COO N O N O O O m V W w U CO O m V .- O O O .- O O O .- O O N N O 0 co co Z Q o n° a . ° o a NN z z cc a _. d N ))) 3 Y 3 3 co _ _ O O Cu (0 N O ow O N CO_ O 0) C) N CD CO N C) C) O) O) 0) CO C) N O) V V V Z O) O n O (O CD N O) O O N CO OM n N N n N N o n C) CO V N v 3 Q C) n a N n 04 n O N O O V' woo W N N W CO V N 000 C) 0 n n 0 N O co N O Nn V O O C) 0) N N CD N N m ON 0) O C) CJ CO V n �\�\ Y N N 0 C) (n O CO 0 CO V- CO m Q) r) V O 00 O) C) N CO CO N V V E (n C N N N N co C) C) r- rcc)- r- V V V V V V V O r- N r- r- CO O O O CO 3 o to n n n n n n n n n n n n n n r n n n n n n n n n n n n y N C'' j E co 7 O cD O O O CO CO CO CO CO CO CO CO CO CO O CO CO CD CO CO CD CO CD CD CO CO 03 N C Q W ... co co co co co O CO CO O O O O O O CO O CO (O t0 CD O O O CO CO O t0 C rO H W CO 0 N- O CO n 0 C) V' V' CO C) V N- CO 0 N 0 N N CO CO CO W 0) )n V N- C) 0 CO N (n C) n N- O ,- CO 0) CO C) O n N N 0 0 V' C) N- 0 N. O CO N n N CD O C) CO O N CO V N In V' N 0) )n O CO O CO V' )n a) C) n 0 cc)o N O 0) N N O C) CD 0) C) CO O) N 0 O C) CO CD N CO O O V .a c '�• O O N N C) CO CO CO N V N (n N N N N O O n N- N- n CO N- E, p c N. n n n n N- N- n n r r n n n n LLi' a) (n )n )n )n N u) )n (n )n u) N U) u) (n N N (n N (n )n )n u) u) 7, (n a) d a ,r 0 0 0) ma) 0) 0) 0) 0) 0) O D) CO 0) O) CO 0) 0) 0) 0) 0) 0) 0) 0) 0) 12 2 Z N v) )ri )n v) u) u) u) v) (n u) N N U) )n u) v) LO- (n (n b U) N u) u) v) c 0 c m u W 'p C U e ` 7 CO CO CO N O) N- 0 Nn O)n O(n) 0N OCD nO CD CD • ryCV M 9m ci W COOCO) nN co V n V n V ( CD VO CD O N 0) (p o r2 Cm n ONMn 0OO _ CO anOcOO N C) MCO CO C) C) V' V V V V V co )D C) D O 0 Cn 0 0 cO y L C) C), C) C) C) C) co co C) C) : : : :CO CO : : : : : x : : : : -. Q NCO CO '. IO CD • .`. n COO V' N O n C) O C) O O O N N N N 0) O 0 N n 0��'‘C,."J N )n V n O C) O 0) V co on C) (O co O N C) O N-Ce n CO CO 0 0 0 N N N N CO CO CO C) V V V "r+)' V N O O N N )n N )n )n m N )n N N N N N V CL co cg m Z 1 z o u Ta c it . . O O O . .4- n 0 CO V V _ V V V N co O CO N N V CO 0 CO N- V 0 0 cn (O N O) C) n 0 V' N- do C) co C) 0) CO n O V C) O c0 C) N O O n (n V N 0) n (n V N O ^ .1- 41 cO O N V O O 0) f0 n O) N V (O CO O N C) )n n O C) y H V_ V V (n )n )n (n N to CO co._ co (0 n r n n co co co co CO CO o) O) n N- N- N- r; N- N- n N- n N- n n r n N n n n n n N- N- a O CD ;, ' C) CO 0 0 CO 0) V O) N- C) 0 CO V V V V V m co O CO N W CO n V 0 N CO V CO V' 0) m 0 U) O C) N _ V' COCD N m n O) V CO N O W n O V C) r O m n CO V N0) CO (D V C) 0) n U) N V CD CO 0 C) co n O) no V c0 co O N V u) N- CO CO ' CO co O Lc" (n N u ) ) CO CO CO CO CO CO NN n n n co co co m co co Orn Q) W W O) o C E r- N- N- r r- r N- N- N- n N- N- N N- N- N- N- N- N- N- r- r N- r- r- N- 03- g oN II O CO CO LO C) N O N V co co O N V N CO CO n N n n CO 0) O1 CO CO O N O CO .- V N co n CO 0) N V n W ' a 0) M 0 CD CO N CO N CO i. O N O n COI O/ O) 0i Oi O O O CD N N N V' V' t n n n n n O O n n n W n n n n Co Co cD co ao ao m N COC)co ro ao cow Co Co Co E _ 0_ el co N Y G m co C) n n N N m CO N O n V 000300 0) C) CO M J V 01 CO CO 0) 0 N- N- n U) co ,- 0) co C) O co co O oo co N m O) N (n Q O O N N N N N N N N N N N C) C) N M C) V V - - - V - V" V V V' V - - NN - - V V V' V' V V V" V v .:1- 3 3 mv Em Nm c o _ 0 a 0 7 m co N N N Z 0 CL CO m CO O O 00000 00000 00000 00000 00000 Z O O O O O O O O O O O O O O O O O O O O O O O O O O O )n6 N6 O O (D O O6 )n O )n O )f) O cc) N O O cc) O O O N O u) O N N n 0 N cn N- 0 N 0 N- 0 N an n 0 N O n 0 N u) n 0 N 0 n O Q co CO O _0) O) 0) O) O O O O N N N N CO C) CO C) V V V V p co- m co- co- co- co- co- W O) O) CO- W 0) 0) 0) 0) O) O 03 0) O) W CO- 0) O O) O) N 0Ili o a. o 3 3 0 Cl) (��1 • • 0) 0) N- V N U) N ._-_-- CO CD V N-0 N 0 V N COO N- COO CO V t0 CO N 0 UO O O O O OI UD (o UO UO � � V V" O UO UO V N O CO 117 CO O UO O CO ', -0 UO N m (O N a) 6 C) O n V a0 O N 0) Co M O CO CI O n p) O O N N N. CO 0 N C) O N- 0) 0 N V O r 0) 0 N V UO N- 0) N V CO r` 0) O N UO UO co co O co m m n N N N N- N co co co co co co 0) 0) 0 O) O) 0) CO U C) C) C) C) C) C) C) C) C) C) C) C) C) C) C9 p) C) C) cs Ci C) C) C) Ci Ci C) C) .� m c N• 3 0 0) Co ‘- CL co 1n CO CO N U O O r` N 0) N CO O UO 0) Co O 0) VCO 0) O CO CO W W 0O O O r r r O r O r r r r O x r x- O .- O N r` 0 O CO CO Z Q 0 y .o O 0 c , RI 03 Z ZCC _ a N N N 3 Y O O O N '', N 0 UO V N 0 UO UO CO 0) N CO 0 UO UO CO CO UO n V Co 0) UO 0 V V 2 V CO V CO Co 0 N Sr CO N N UO N- 0 V 0) V V 0) C) CO CD 0 CO 0) co N 6 3 Q N V UO UO Co Co UO CO n CO 0) O N C) CO CO N O O) N- O CO n 0) r- r` 0 ' O 117 N O UO CI O n V' O CO C) O r V' U) V' co UO N co UO O nY O CO UO CO CO 0 N C) O N CO 0 N V UO N- O) 0 N V co N- 0) 0 N V N ©© E U) CO 'i, C r- N.. N I,- N N CO CO CO CO CO CO 0) O) 0) O) O) O O O O O O O .- .- c- 7 N- N- n n n n N- n ri n (` r r ri n n lD Up ao O O m aO fO fO O _EN 7 co Co Co Co CO CO CD CO CO CO CO CO CD CO CO CO CD CO O CD CO CO CO CD CD CO CO C) N N 0) 0 IL ... Co Co Co Co CO CO CO CO CO CO CO CD CD CO CO CO Co CO m CO CO CO CO CO UD CO CO m m H W N 0) UO CO r` C) O N CO 0) C) C) 0 0) 0) 0) N V 0) CO 0 CO 0 CO O UO 0) 0 0) CO 0 0) 0) 0 V 0 CO N. N N V UO V CO V CO N- V CO UO r- V O) O O CO CO 0) O O CO N N CO CO N- O N 0) CO 0) V C) N V UO r` O O N C) V UO r` O 0) 0) O N N C) C) C') M N N O U •O 0) O (O CD lU O) D1 D1 OI O) O) m m O) O O O co O O O O O O O O O c� O •c r r P n N- n n n N- N- n r- N- 0 co 00 co co co co co co co 00 co co L W w GI O o /` L O a) L7-s0) 0 O L O N L O O 0 O 0 0 O N an N Un O L a Un Q) m o OI O 0) O 0) O) O W m m W O O) O) O) O) O) 0) 0) 0) 0) 0) 0) Z N O a0 N N tO UO UO O N UO O UO lO N UO UO tO UO <O UO UO UO UO UO UO G) ai O C NU 10 U N C 7 O N- n 0) UO N N- N CO V CO N UO 0 UO CO CO V r` CO V 0 UO C U U O CO V co CD CD N- N- CO O N V co co an V CO 0) CO CO CO O V Q d ` w 10V aN V c- co O N 0) O CO ` V N 0) D CO n V O v 0 O N O V 0 N CO UO N. CO 0 N V UO n 0) 0 N V Co N- 0) N V CO r 0) x- N V Q N rr 1` t` r N co co co co co co 0) 0) O) 0) 0) OO O O O O O x- x- a r) C) C) r) C) rC) CCCCC) co- CC) CCi CV V V V V V a V 'O 74 0 p .- 0 0 7 W 7 J 2Zy0 O .- CO CO O N CO UM O Cr C) O N. COC0) 0 COD N- COO r- U)) 0 N- 0 N 7 CON CL CD 4- O ON CO V Un co U) O O 0) O1 O O O O O O O O O) Uzi 6 r Un CC V V V 1A co UO UO UO UO UO UO UO 10 UO Uo Co UO O co CO O CO O UO 10 UO UO UO UO UO UO UO UO Un UO Un UO O UO UO UO UO UO O N in UO O O UO N N UO .- M Z z 2 z i I: fN tor`0m ,...c,-6N-N-1. r)UVCOOCO OON W CDOC)0)UO UOOOO CDOr`(DO CDOV) COOC) UDCO UorO_ COUONN OC)vO DNNnC) CDOO ONOOO ONr`OO CD)O coCCN 03,,,,N44.... )CIC)N4o0OO CCD0)NN DCOs_C) VOOW) cODM a O N. N- U) CO UO (D N CO CO N. UO CO 0) N. CO UO V UO N CO CO O x- N V CD 0) x- V CD 0) x- N V O CO .- V O CO�CO CO CO CO O) UO CO N- ✓ N O cc.) O V C) 0) n Co V N O UU N- (1i C) it Or (D) V C) N N V CO N- 0) CI Un CD CO O N V CO n 0) .- C) O CO O N V UO CO 0 O 0 0 0 O N N N N N N CO CO CO CO V V V V V10 O E m co co co co os os co co co co co co co co- c co- cocoao co co co ao co co Co W .... co co n 0) n Co UO C) co O V co co N N UO CO Ub NN 0) VN Co N N- CO • O CO CO 0) V N. 0 CO O CO N CO 0 0 N N- _ UO N C) N 0 N N V U() UC) UO UO UO CD O O o N- n n CD O 0) 0) 0) 0) O O O N N V O L O aD aD O QD f0 O O O fD f0 O CD O f0 a0 aD aD O) O 0) 0) 0) O) 0) 0) O 7 E co •1 1 a co O CO n CO N- 0 0 CO V OO 0 V C) V co co co V N CO 0 0 UO 0) N- J4 CO UO x- x- N 0 N 0 x- V CO N V O V CON CO ( N CO CO r- 0 N- CO CO Q C) C) 6 C) C) C) 6 C) C) C) C) C) 6 C) C) N N N N N N N N N O U) Cp V V V V V V V V V V V V V V V V' V V V V V V V V V V CO T U ^ N m N N c cp• O 0- m m E a a t .O m O 2 m N N N Z a a m m m OO o o o o o o o o o o o o o o o o o o o o o o o o o O O O O O O O O O O O O O O O O O O O O O O O O O O O ¢ O N UO N. O N UviciuiOO N- O N U) N. O N U66 OO N. O N UO N- 0 N a0 N- 0 N 10 O a Un UO UO UO CO CO CO CD n N n N. CO CO CO CO 0) 0) 0) 0) O O O O L- 0 O) lA O O Q7 0) W O) O) O) D1 0) 0) 0) O) O) Q) 0I O) D) O O O O O O O N O 4) . $ 'w <u E o Q m Ti m N a ° y a vain 3 3 0 V CO 0) 0 (O 0) N M 0) CO u) V V M N N CO V O n 0 n 0) N M 0 u) coo M (0 (0 (0 N N N .- 0 M M V '- N u) 00) V 0 N N N m K) N V N V V V m M n N n n V O 0 V m 0 V N O n 7.f.- N j O M 0 CO m _ M_ CO m M CO m V CO 0) N V n O M 0 m V O O O 0 0 O N N N N M CO M M V V V u) 0 u) u7 (D CO m V) te 0 - 0 co I 0) (OO 0)N- N CONCO CO OMD CO CO CO 0)n 0 n N 0) 00)) 00)) CO m N CO CCO COO CO CO N CO CO CO CO a W W 0_ M Co m N O) co O 0 m O N) O M N O4 0) co (O O M n 0) 0 V M M R U CO CO Z Q a) NN 0) 7 00 0 c ZRS cu Z O E a- = N 3 Y O 0 OS N N N CO V O N V' 0 N- n 0) n CO V CO N N (0 V' (O u) N V V' 0) n V V V Z Q V CO N V CO O) N CO 0 V O u) CO V M u) n CO CO 01 0) 0 0) 0 V (O V 3 CO CO M N 01 .- V (O CO M n 0) n M - 0 ,- 0) v) V O 0') V 01 M O N NI- LO N 0 ' O N O m O M n N O) M W 0 m u) N O W CO V' N O O CO N �\�` Y N CO m W M CO m O M N n O N N m O M CO a) V n O M u) CO V© -.- .- e- .- N N N N CO M M M V V V V (A (O (O (O CO CO CO N- n n n O m Q Eto C -' CO m CO CO CO CO CO CO CO CO CO CO CO m CO CO CO CO CO CO m CO CO CO CO CO CO - n N O E W a 7 CO CO CO m (O m CO CO CO (O CO CO CO CO CO CO CO CO CO CO CO CO CO m m m m O) N N ` C_ W 0 0 m 0 0 0 m 0 0 0 0 0 0 t0 0 0 0 0 0 m m 0 CO CO m m m > 0303I- W w m m m co N- M N N- CO (D 0) n N 0) (O N CO N N- CO CO _0 CO 0 N- O O n CD 0) 0N N m CO N CO CO CO 0) n (0 0 M 0) CO 0) N- CO V •I- 0 O u) O 0 N CO co. m co co V u) O 0) M CO 0 V 0 0) N CO n 0) (O 0 V: O) 0) m N CO M N N N 0 CO n CO (O (O V Lig N n M CO p E N- 0) m m n CO N V M N O O O) m m m m m m m W 01 O Si - c e c /n n n n n n n n n n (� n m m m CO m m m m m m m n n (� m .c t C 2 rt Z rn a, co, a, co co 0) 0) 0) 0) 0) a, co corn m m a) 0, a)vi a, co co o-, a> co co co co corn ui >ui ui vi vi ui vi m u- u) m m m vi vi vi vi vi vi vi ui co- v) LO- C 13 Ci 'O C a, U U N 'pCd - 0) N 0) N CO N n CO 0 v) n 0) CO 0) CO (O CO O m CO LO M N ,-M0 m. vN VM M Nn N0 0MO nnV ON 0m NM mn 0u) r OO OmnVn (nMN OMn n M nr Nn MG N N w 0 0i Et >+ m U) N N N N CO M M M V V V V N N in (O V v , v 4r., V , v v v . . , v v , , v v v v v v vv $ Oct 00 2 a - O CO n m 0 0) M 0 01 CO M CO 0) m V 0 m M m N CO M u) N n CO CL O) N M 0 co (0 CO m M O) N V CO n CO N O) O M O O M m 0) N N a M • 0 O V (O M M N N M (O W (O M O M m O (O O N C v) u) V V M N 0) n CO (O V M M M M M M M M M V V (O (O V7 u) u1 0 0 (O u1 0 V V_ V_ V V_ V V V V V V V V V V V V CO Z z U) i c it 00)) N M M N O CO N N 0 O V N N N 00) TN CO 0 0 V' CO 00)) COm (OO 00)) sn M (O n 0 CO u) N- 0)mNmVOm M Si m N M m N V 0 m CO V V 0 0 `-- N co V V V 0 u) u) u) u) 0 CD m 01O n n n n n n n n n m m 0) 0 N CO- CO- (o CO CO CO CO CO CO- CO ,:. '• m CO CO CO CO CO CO CO CO CO CO M N- W CO CO m 0_ CO CO N- V O N_ 0 (D 0) 0 0) 0 CO M N- CO 0) N M CO n n VCO CO n N M m (0 M CO 0 V V CO V CO N 0) M V O M 0 O V N m M O) V m M co V n O O O O O O N A M un0 N CM CO CO CO CO1n nN V n(() n m n Oc CO M V CO CO n m O - - - - - - - - - - - - - - - - - � m m m m m m m m m m m m m m m m m m m m m m m m m m m 2 � -. V 01 0) V co M u) O v) O co c- co V u) n CO N m CO N O 0 V 0_ N m V co CO m v) N V V M M N- CO V N- u) 0 V N 0 N- 0 0 CO M n O N (') p) p) O N) C) N) m V 0 C) N O n V N O D) (') n O O O r r r r O O O O O) 0) 0) O) m CO CO m n m m E _ Ti a `= CO N Q . Y a CO CO u) N- 0 N 0) N N 0) V 0) u) CO 0 CO CO CO M N m 0 (O CO u) Q CO CO u) N- CO 0 V u) N CO 0) M V CO N- V CO M 0) CO n 000 N J CO n CO (n O V CO 0) CO 0) O O N M C) V (O OD O ,- O O aQ co co co V V 0 0 M 0 u) 0 CO CO CO CO CO CO CO CO CO n N- n N- n m CO 8 � E CO N N c < o O a a L -p m n n n O 2 m N (1 N Z 0 O_ m m m O 0) 0 m 0) N- (O 0) 0) M V 0) CO 01 N (O (D N- M 0) M N- 0) CO u) 0 (O N- m N- M M n n N CO 0 .- (O 01 V - 0 N V CO CO N- N 01 .- CO (O (O u) u) ) V V V (O N N 0 u) (O (O N N 0 v) ui V V V 0 V 0 u) 0 CO CO V CO 0) M CO 0) N (O m V n 0 M CO CO N (O CO V n 0 CO 0 Q s- N N N N CO CO co V V V u) u) (O CO CO CO (D N n N CO CO CO 0) 0) 0 .0O O O 0 O O O O O O O O O O O O O O O O 0 O O 0 0 O O 0 N CG) 70 r r r r r r 0 N V `p E >+ co0 c E O iid W .y N O 0O. U) 3 0 N • -• O C) 0 CO 7 U) 0 N -...-n N O C) U) 0) CO CO CO CO O CO U)) N 00) V 0) 0 m CO U) U) CO Cr N CD 0 a O o CO U) a0 C) CD CO C) C7 O O CO C` CO 0 C` CO (N U) CO a a CD 0) N NCO O C) CO C) 0) CO CD 7 N-0 0 C) O 0) N CV CO 7 n O O N- N- � CO OD CO COOW 0) 0) 0) O O O N N N rI C) En 7 7 7 7 7 7 7 7 7 7 7 7 Ul UI .. U1 U) U1 U) U) U) ..0 U) U) N• 0 OO • a CD U) Co CO CO C) N C) N N CO CO C) U) 7 N 0) 0 7 O) O OD C) N Cl O N CT- C) Cr) N- 7 N U) N CO O r O CO 7 N 7 r CO M CO O CD 0) r r CO 1 CL CL 0 N 7 C) 7 7 N U) 0) N r 7 C` C) N- C) 0) co; N .-: m N- a0 CD O U) 0 O CO CD Z .- .- ,- r r 4- 4- 4- 4- 4- Q y 1 N N V = as 0 ag Z Z O N N 0 . Y 7 7 Z (Q 03 N N. CO Cl 7 7 CO CD N N C) N- n Cr) O Cl N CO U) U) U) U) co — N CO U) N 7 O N O) CO O Cr O 7 C) OD CO r O U) CO U) C) Q O r 0) OD OD N N co N- N O 0) 7 W co m O) - O .- U) co co co O C` n 0 C 7 W r 7 n co O r) C7 0) n n O U) U) CD O O N n U) 7 U) C` Y .- Cl co O N U) n O N 7 N- 0) N CO CO Cr r O C) CO 01 N U) OD N 0 0 E co co co co co 0) O 0) co O O O O .- .- ,- N N N Cl Cl C) co 7 7 .4- a ?. d' C CD co OD co- OD aD O W 0) 0) 0) O) O) co- co co- 0) 0) 0) 0) 0) 0) 0) 0) 07 m E q CC) m CO O m OO CO CO CO CO O co CO CO CO CO CO CO CD CO CD CO O CO CO CO • C` C- N O 7 CD CO CO CO CO CO CO CO CO CO CO CO cO CO CO CO CO CD CO CD O CO CO CO m N N N ` C_ mm H W toIJ M U) U) O O Cr) N 0 CO O) CO 7 N C` CD 7 C) CO C) U) OD _ U) 0) CO 1I, N- _ 0) CO O OD N N O N N N Cl O1 U) U7 N N U) Cr N N _ N r N r C) CO C) r CO CO U) r U) O 0) 7 OD CD 4- U) CV '.. Gi N 4- r N 7 7 N N Cl O N O CD 7 7 C) 7 m CO O W O iiO) O O 0) OD n co U) 7 7 C) C) N N N N N N Cr) C) 7 7 Cl Cr) C C r r r CO CO CO CO CO CO CO OO CO CO CO CO CO CO CO CO O CO CO CO t0 o E .c N N /gyp''U) U) U) U) U) U) U) U) U) U) U) CO U) U) UI U) U) U) U) U) U1 N l0 CO N m O a co /W O O O O co 0) co O O) co 0) O O O 0) 0) 0) 0) 0) 01 O) d) co WZ co- U) co- U) U) co- U) U) U) U) U) U) U) U) N U) U) U) U) U) U) or. co- U) a)ric C O v m Cp C V ` 7 N ") n�y co co Cl U) O co co co co N- co n N U) N- O N OD 7 CO ` C U , / .. U) N- 7 co. co O 7 M n O 7 O) O C) N 7 0) O CO Cl .0- ? Q Ti cv ,co U) n co o co o O) o n N 7 U) U) U) U) 7 r 4 4 7 O w N U N - / 8C20! N U) r(; O N 7 n O) N U) CD *CV. N O C) CO a) N U) OD 1. (� N C� T CD CD •. 00 0) m O) O O O O O N N r) C) C) r) Cr Cr Cr Ct a { 01 �p� V 0 0 L Z `a W 7 J 1- _' Z M O (D N W- O O O 7 O N N QD N n CO N O U) N N aD N a C` 00 : 0)• n O M h (CU) n O CD O U) N OD ' 0) N- C O 4) N N- O' ..� O U) h O 7 0) C. U) U) 7 O O U) r m N U) c U) U) 7 7 N or- N- O U) U) U) U) U) U) CD OD CO CO CO CO 7 7 7 7 / 7 C) co C) C) 07 Cr) C7 CI C) C) C7 Cr) C) Cl C) C) Cl CL �, CO _ a , e " Toc it D 0C— 0C— N O CD O n .O rO CO C7 O CO UC7 CO CCN O CO N- 0 CD 0 OD 6 O o) 7 7 co O m o 7 O U) U) U) U) co O O N N co 7 U) CO r- co 0 "+ .--cfr co Cl co U) N N 1O N N CO N U) U N co co co co co co coo rn CC) 0) 0) 0) O) O) 0) O) O) COCOCOO) ! o) 2 ii- Oo co co co co co co co co cc, 0 ' 5..' co co co co co co co co co co co co 1IL a ' ! �� "l�yf #0„ / . 7 O ) Cl 7 CO CO Cl .- O CV O O N Oa Of` N O (13-, ) O (7 q ) COrmCI I- (Ncon C • C) co C) C) M C) 4 U) C) O o) O N C) Cl U) CO C) co co 01 O "' N.� N CCI 007 007 CI Cr) Cr) CI 0) 0) 0) O) COO) O O) CO 0) 0) 00 ,.,/,), m O CI 000 0000 • co- co- co- co- co- co- CD CD co CD a0 0) O) 0) 0) ) 0) 0) 0)) W O O O) O O co N N- n CO O C) N- CO N- 01 N CO 0) 7 CO O OD CO O U) U) Cl CO 7 n N N. coO CI 0) coC) C) U) CO Q) co. D) N- _ O 0) N- 0) U) U) O 7 O) CO 7 N- N- C) r) l r) so.', O) C) O) 7 U) O N N- , m O) O O O .— O O O O O d) D) O) O DD N- CO OD Q7 Q7 O) 7 r — — r .- r E A qm •N Q Cl) co O O) co CO co N- CO U) U) N N O N 7 N C) N- CO O aa}} O Cl C) C) J O C) CO CO O) 7 Cl C) O) C) n 4- Cl C) n O N Cl N N C7 4- M 4- N 1 Q 0) O O O 0) O o) 0) O) 7 C) O N O O) O (D o tb Oi co n r N- CO n CO CO CO N N C� N- OD CO CO COM 0) m O) 0 0) ro O 8T U CD E CO CV CV m m C • U l6 d d o 7 m co N N N a. .- d 0 Zddmmm _ Y _ Z U rN CW N N O N N r1 CO N 7 N 7 OOCNO) 7OD U) U) 0 6 U) U) U) c0 m N m O of O O O Ori ri - o O6 co O) N U) CO 4- 7 n O 0 a N 7 6 7 N- O co O W N U) OD = Cl C` O Q 0) 0) O O O 0 N U N N N C) C) C) 7 7 7 7 U) U) U) co co m O O O O r r r r r r .- N aC YI '1 = m m CJ 0 u `O C >. tp O co N d m d 7 O d 71 U co 3 � O E ▪ 6 m Z • • a 0Lc, 0 co n N. 0 v ' O f` N .0 R V 0 N N a N V Cr C cr U, 41 41 N C CO Cl) V) S O > t0 0) a. co co N co I,- N CO N- 0 Z E CO CO V V O CO I,- r) h O Q W IL 0 U) CO CO N6 N- co 0 O V CO CO Z Q 0 N y 7 N N 0 O c G C6 ID Q Z Z 0_ N y y 3 Y ' O 0 l0 N OD C 40 M CD CO tO Cr V Z N N- 0 r) 0) tO r) V r) N 6 63 a N 4) V N. N N 01 O U, co N. N. 0 V 6 N- 0) O N O O N O N Y N V a\ E t0 O O V Ct0 NO O N- O Cl."' mN 3 C = 0 0 o O O 0 O O 0 0 CD N N j E 2 y 7 CD CD CD CO CD CD CD CD CD CD n n 0 lL (O 0 0 (O O O m O 0 m CO 41 N N. CO CO Cr CD V 00) CO U, Ali N- CO N OD r) V N N r) LO I G) V N- OO CD 01 OD 01 O OD OD U C) r) N O 0) N- CD N r) CC_ CO CD CD CD N 41 N CO N CO N 0 L▪ Lo` t0 tO tO tO N tO N O tO w 0 0) O) 0) 0) 0) O) 0) 0) 0) c Z tO H'f 1f) tO tO tO tO N CO CO O to O O C N to N an O N 6 ui ' y c d U _6 O E 0 ma V v y 7 t0 tO to v 0 0) CO 0 M � I CO "' !, C U i.O 01 V N- 0') 0 LO N 0, E w z07 N O CD V O CO N 0 n O w w O) 0 N LO N N t0O) COCOO CCD CCD C. N N- 0_ m .0 U)) . to to tD an to to to to t�,1 >0> t' Cao 3 coNN_ o J > 2 N O +d-' r) rn O N c_ -C U O 0- 0) V N- N N CO N V 0 O m t0 tN Cr r)CV O CO 0 CO N- UUCC O 01 07 r) r) r) M Ch N N N N 3 CO a o 0 C CI- O I- I- F- Y O O N- 0 N V ems- .- CNO N I, C m m C C N. OD co OD O O OD N- N- CO. Q y O O to 0 00)) 00)) 00)).0 .11 00)) 00)) 00)) 0)) W 41 41 E U U y 4 a, to ao m m m m m ro ro ao �' o N No ora O a 1 ! U CO m a D_ E m C`ODco co E 6 cD I. n Z O N N- N O 0 N- N 7 0 CO tO tO LO O M W W 7 O N N iA CC)I CC')) 0r)•) 01001 C') 0C) 0N) ON') CO) y } O 0 0 0 0 0 0 0 0 0 CO O c0 0 0 0 0 0 0 0 0 0 .5 6 k O o 0 N- 00000 O O O O 0) N CO N. N. N. J OO r .- O N N m CO N. N. co _ N O N N .0 O O oi 6 N N a) tC) r) r) M a0 Z N — — — c- N + E N °— N- a0 O_ = V N m 'NO t0 0 N L N- Co O N- I 0 a U a_ a N- N-CD vv- 0 0 r) r) yQ N CO- COC3 _c tO r) O O co O 0 R m 0 m CO CD 0 > U t` CO Ch r) J Co O 0000) 0 0 O N O CD 0 0 C 0 Q a CO CO-0 0 Q Co 0) 0) 0) Co 0) 0) 0) 0) 0) 0 > >n U -c. co V co O RI c O -0 O Cn to m 13 m m a . .0 ate'' N- N- 0) 0 0 0 Q O p, 0_ D_ N a y CD 0 0 0 0 N 5 N O O = CO Ni N Ni C -0 CO C- n ^ 0 0 O a y N. N 01 OO) O ` m N N N 0 E W al O) 7 Z 0_ 0_ CO CO m N- N. CO O CO CO 0 C d O Z ✓ t0 CO CO M M 01N .- O CC O rL ct O O 0 O O O O O O N - O a h coco.11 m 0 Off) 0 N C 0 _ O O O o' - - - - - O _O C Ci 2 ; a a a CI c 0 c �- " d of d _c _rn CD CV E •0 d _ _ y N N O U d to O d) 0 0 • • com O O CL W w U O co co Z U • N O O 0 .0 9 0 al al Z Z a N (.0 = y 3 3 (0 6 7 Z Q 3 N- N U N E 3 _ E Q N N 3 C m CO F W ✓ .o C O O L r d m 2 c N O a m C• N U CO O u v y C V 9 d w m 8 .. m U w L d d o• >> o 0 > m J F 2 z u) o O Q u) CC a a) CO C_ T LL CO ro D a) CO 03 a a m a 0_ m 0) J 3 > lV m N E 75 mm • 0 a_ a 0- _c o7 N- N- 0 O 2 03 N N N Z 0_ O_ m 0] m O a y T O *Ps + O.U `p .. co • m a rn 4 E u� - a \ i c° D. 0 • • Northing(250 usft/in)82 ° QQ a n o o g 8 g 2 8 u4. M m m rn �n .n .n .n in .n v> u. .n 1 I .n yr u. I 672000 { 672000 _.- 1111 i — --- `-�-F Y671750 1 671750 I "" + U I .c4I II 671500 t ------ } r --!- }-N --- ---- ---_ .__ 1671500 1 111 ER ,_ CO Q.671250- __ - _- N _. .. � � . _. ad 671250 II, 671000 1 N of ___ on - -- 671000 � co to N Q 2 2 ' 670750 ._ __. p7 _ m -�- l < _..�._.. _-_- __.-_m-670750 i 1Sto 1 5 ISI 670500 __t ID - __ _... Sr-- -- ---670500 n OZ '',-,2;6;1 3670250------- -- -_ �� _... Q... ----� -- - --- - 70250 NI r- 9 `r 03 03 3 s S 670000 : .__._._� _ --' ��.. -a' m - _.:_ --_. __� - 6 00" I a I U a , z"prc 669750 . 1 ,. .. N- ^__ __. ____. _ ... (. II ETm N �iI' Y 3 _ . CO A=2= 669250 _.-_ _ K m � o� 669500 __- - _— -__ of _ _ K m N m b � I �U AA U O K :_- -_--r{69T250 N ' m ® NI 669000_.--___ m --____ ---- Im. ^ 009.. ..N. .. __ ---_. 6 0 m -.ad0 N N NC N i _. .. 668750 __.- m-__. ___ m ..^ 6 $0 U CO CO1 m cai� 666500._.. _____ a - _. _-- I .... ,, 68500 O O N m o 668250--..--- -_-_ .___--m _ -- - m --:_- ---- ----- - -- -- _--Q :0060,, Ol ry 682 • o,. o m 82 \668000 - -_. 00 . ' N. m. w F e,.667750' -_ _ m m �V C 0 co tit 5 m O m _.. - 000 -- 0 Limo 2 3 u }/ =6675001 -m -- o .. el 0 \ 0 N 1 ® L 667250 ___ -. ___yrs � .. .00 NtO 171) F 'g a n 667000t _... .. .. 0 at eel I1 1 11 w - \,000 L , �c7 666500 . _ � _.- .: -_ _. ',..,.Om: 6 0 16:\ _ 0,,�\'' 0009 6 0 666250 _ '�� \1�, ... _. -_. _.__._r 0 I. 666000 -------- m p � I 665750.. o o. •• est 57 to m m;�� 665500-. m o - - - - \ .,.000 N00 O �� ci 665250 - m m. - cc, -_ o& 6°°. \�. 000. m \ m_sss2so E III 117.1211° 665000.. o _. •°°. `O- o. ._665000 U m o.. m, .. .tm E 664750- o -- - - ... 0 : 664750 S o m 664500- ,� co OJoO�.On 9 dom a 'NI o i i 0_ m. ,\ RRp 000 D:1 _ 664500 m . m ��Og,, 1 OQl N 664250 ♦� N m 664250- Ov m rn 664000 - °` :..I,i., O N m 664000- m 4° ofa 4 8 m 663750 l--4 - I- -- 00 -+ m �• �-663750 663500',. -I----- ¢ m o m... _ ��p9 '•,, --... .800 . _"663500 o0 0 m0, \,a`• 663250 i ';mma Q \ - m m cu 66325 o. , o9 co oo663000 - mo m.0 0om `m, -663000 11 t m m O8 M9 arn CV , 20 O 662750 „ co _ {a . m ,m°o0 ---66275 oao o .oir $ voi $ ug $ .Qi ry$ry w o .roi o .roi o uor o o_" pop o N VI .(I N s N N N Vl 2 .11 0 �(u!/33sn OSZ)2u!q JoN a • �bk10 by Post Drilling North America - ALASKA - BP Prudhoe Bay PB B Pad B-27 B-27C B-27C Anticollision Summary Report 26 January, 2016 AOGCC OFFSET REPORT • BP • bp Anticollision Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: B-27A @ 75.40usft(Nabors 18E) Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C Offset TVD Reference: Offset Datum Reference B-27C Filter type: NO GLOBAL FILTER:Using user defined selection&filtering criteria Interpolation Method: MD Interval 25.00usft Error Model: ISCWSA Depth Range: Unlimited Scan Method: Tray.Cylinder North Results Limited by: Maximum center-center distance of 500.00usft Error Surface: Elliptical Conic Survey Program Date 1/26/2016 From To (usft) (usft) Survey(Wellbore) Tool Name Description 100.00 10,150.00 B-27B Srvy 2 GYD-CT-CMS(B-27B) GYD-CT-CMS Gyrodata cont.casing m/s 10,166.00 10,486.04 CTK MWD 4-1/4"(B-27CPB1) MWD MWD-Standard 10,500.00 13,393.21 CTK MWD 4-1/4"(B-27C) MWD MWD-Standard AOGCC OFFSET REPORT 1/26/2016 1:04:55PM Page 2 of 4 COMPASS 5000.1 Build 61 • BP • 0 bp Anticollision Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: B-27A @ 75.40usft(Nabors 18E) Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C Offset TVD Reference: Offset Datum Summary Reference Offset Centre to No-Go Allowable Measured Measured Centre Distance Deviation Warning Site Name Depth Depth Distance (usft) from Plan I Offset Well-Wellbore-Design (usft) (usft) (usft) (usft) I PB B Pad B-02-B-02-B-02 2,489.72 2,475.00 459.06 35.81 423.25 Pass-Major Risk B-02-B-02A-B-02A 2,480.99 2,475.00 458.92 35.46 423.47 Pass-Major Risk B-03-B-03-B-03 2,929.12 2,950.00 351.93 45.13 307.01 Pass-Major Risk B-03A-B-03A-B-03A 2,856.90 2,850.00 35.41 44.22 -8.81 FAIL-Major Risk B-03A-B-03B-B-03B 2,856.87 2,850.00 35.41 44.38 -8.97 FAIL-Major Risk B-04-B-04-B-04 4,373.19 4,500.00 248.98 105.39 170.63 Pass-Major Risk B-04-B-04A-B-04A 4,373.19 4,500.00 248.98 105.39 170.63 Pass-Major Risk B-04-B-04APB1-B-04APB1 4,373.19 4,500.00 248.98 105.39 170.63 Pass-Major Risk B-05-B-05-B-05 2,604.64 2,600.00 338.55 41.04 297.57 Pass-Major Risk B-05-B-05A-B-05A 2,602.76 2,600.00 338.54 41.02 297.58 Pass-Major Risk B-05-B-05B-B-05B 8,605.11 8,975.00 416.13 568.85 -125.45 FAIL-Major Risk B-05-B-05C-B-05C 8,605.11 8,975.00 416.13 568.85 -125.45 FAIL-Major Risk B-05-B-05D-B-05D 8,605.11 8,975.00 416.13 568.85 -125.45 FAIL-Major Risk B-05-B-05DPB1-B-05DPB1 8,605.11 8,975.00 416.13 568.85 -125.45 FAIL-Major Risk B-06-B-06-B-06 2,801.48 2,800.00 153.69 42.21 111.48 Pass-Major Risk B-07-B-07-B-07 2,081.59 2,075.00 49.95 31.70 18.25 Pass-Major Risk B-07-B-07A-B-07A 2,085.67 2,100.00 50.01 31.77 18.25 Pass-Major Risk B-08-B-08-B-08 2,939.59 2,925.00 138.36 39.20 99.18 Pass-Major Risk B-08-B-08A-B-08A 2,936.58 2,925.00 138.33 39.17 99.18 Pass-Major Risk B-18-B-18-B-18 2,719.56 2,725.00 309.60 42.23 267.58 Pass-Major Risk B-19-B-19-B-19 2,399.22 2,400.00 302.99 35.14 267.85 Pass-Major Risk B-19-B-19A-B-19A 2,399.22 2,400.00 302.99 35.14 267.85 Pass-Major Risk B-19-B-198-B-198 2,389.26 2,400.00 302.88 35.03 267.85 Pass-Major Risk B-19-B-19B-Plan#16 B-19B 2,387.71 2,400.00 302.87 35.01 267.86 Pass-Major Risk B-20-13-20-B-20 2,734.04 2,750.00 309.93 47.12 262.81 Pass-Major Risk B-20-B-20A-B-20A 2,734.04 2,750.00 309.93 47.12 262.81 Pass-Major Risk B-21-B-21-B-21 2,440.60 2,450.00 347.00 35.01 311.99 Pass-Major Risk B-22-8-22-B-22 3,510.63 3,650.00 411.16 78.16 335.87 Pass-Major Risk B-22-B-22A-B-22A 3,517.66 3,650.00 411.44 78.46 335.87 Pass-Major Risk B-23-B-23-B-23 273.36 275.00 499.98 4.69 495.29 Pass-Major Risk B-23-B-23A-B-23A 256.00 250.00 499.90 4.44 495.46 Pass-Major Risk 8-27-B-27-B-27 10,118.48 10,125.00 0.25 1.30 -0.80 FAIL-Major Risk B-27-B-27A-B-27A 10,175.00 10,175.00 0.08 3.66 -3.00 FAIL-Major Risk B-27-6-278-B-27B 10,175.00 10,175.00 0.08 3.59 -2.93 FAIL-Major Risk B-27-B-27CPB1-B-27CPB1 10,500.00 10,500.00 0.00 0.91 -0.92 FAIL-Major Risk B-27-B-27CPB2-8-27CPB2 10,500.00 10,500.00 0.00 0.91 -0.92 FAIL-Major Risk B-28-B-28-B-28 1,742.82 1,750.00 100.20 27.91 72.29 Pass-Major Risk B-29-B-29-13-29 2,563.39 2,575.00 315.98 39.67 276.31 Pass-Major Risk B-29-B-29A-B-29A 2,563.39 2,575.00 315.98 39.67 276.31 Pass-Major Risk B-29-B-29APB1-B-29APB1 2,563.39 2,575.00 315.98 39.67 276.31 Pass-Major Risk B-30-B-30-B-30 2,388.84 2,400.00 321.45 37.85 283.60 Pass-Major Risk B-30-B-30A-B-30A 2,388.84 2,400.00 321.45 37.85 283.60 Pass-Major Risk B-36-B-36-B-36 12,357.78 11,475.00 139.32 450.49 -285.06 FAIL-Major Risk AOGCC OFFSET REPORT 1/26/2016 1:04:55PM Page 3 of 4 COMPASS 5000.1 Build 61 • BP • I:i, Anticollision Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: B-27A©75.40usft(Nabors 18E) Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C Offset TVD Reference: Offset Datum Reference Depths are relative to B-27A @ 75.4ousft(Nabors 18E) Coordinates are relative to:B-27 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 04 Central Meridian is 150°0'0.000 W° Grid Convergence at Surface is:1.25 Ladder Plot 600- -L_ I i i I 1 I I J -IT J J J J -__ C � 1 - rF'1 oa; V t , it fl I .} 1 //// III Ir ;450 fi I�` �r o 4. I/ C __ �/ - _ 40 J J J J O / r, h CD _co .y 1 FA ',%-) 300 � 1 , - iA o1 i i 1 'PO 150 ,rr:� z_ .. I r 11.U 1 -� f j, I'I1 1 I 1 ___J____ _J____ ___ J __I J 1 6 0 I I I1 0 2500 5000 L E G7L4Q D 10000 12500 15000 Measured Depth(2500 usft/in) 1B-02,B-02,B-02 V4 -Q- B-07,B-07,B-07 V1 B-23,B-23A,B-23A V2 - B-02,B-02A,B-02A V1 B-07,B-07A,B-07A VO B-27,B-27,B-27 V1 B-03,B-03,B-03 V1 s B-08,B-08,B-08 V1 B-27,B-27A,B-27A V1 -0- B-03A,B-03A,B-03A V1 B-08,B-08A,B-08A VO -e- B-27,B-27B,B-27B VO -X-- B-03A,B-03B,B-03B V1 B-18,B-18,B-18 V1 B-27,B-27CPB1,B-27CPB1 VO -f B-04,B-04,B-04 V1 -6- B-19,13-19,8-19 V7 B-27,B-27CPB2,B-27CPB2 V0 -4- B-04,B-04A,B-04A VO B-19,B-19A,B-19A V5 B-28,B-28,B-28 V1 B-04,B-04APB1,B-04APB1 VO -9- 6-19,B-198,B-19B V0 B-29,B-29,B-29 V3 B-05,B-05,B-05 V4 B-19,B-19B,Plan#16 8-198 V0 -ifir- B-29,B-29A,B-29A V11 B-05,B-05A,B-05A V2 -9- 8-20,B-20,B-20 V1 B-29,B-29APB1,B-29APB1 V3 B-05,B-05B,B-05B V1 B-20,B-20A,B-20A V0 8-30,B-30,B-30 V3 ti-U5,ti-USC,,ti-Ubl.VU "41F 13-21,LS-21,t5-11 V i 15-3U,15-iUA,ti-3UA V4 AOGCC OFFSET REPORT 1/26/2016 1:04:55PM Page 4 of 4 COMPASS 5000.1 Build 61 N • • O W m a w C c0 0 D O = C N >" W W O F °) LL W g Li- CV CL _ w O (D''' c c n S W N O L O Cn 8.3 c 'WO Q N 0) Z W ~ O r o v aa)) O ❑ W U U U -7 512 mce coN O J mJ oi_ _ r - oI w u) >. o 0 o U 0 LL VN 0 O Na 0 0 0 0 O 0 0 O N l0 O10 ^ 0 = WN1 0 D O X N O O N 0 -CT/ ' N W ,0 W )p N N0 L O ai 0 m a N co W N 2 N a) ai W a CX C U I E V C ❑ ❑ W H 0 10 o C) 0 C C o S o- '..a ❑ z N- a) O o aW p E 0 a 0 II a U) U) o a a ' I a C Cn CY (n X W a) m ^ E .0 J S) a) - co _. d ao U J >- 0 o H o m o o N 1.2 OE N ry N j co .- E N CD o N N O d Q ❑ a W N C E 0 3 W C m co(n C c0 CI) O � y W IE C 0 ft ul N 1 au :ILI CV o C N m Q ,,,.2 £ N n E O 3 a) X X > > a) W p CO > ❑ ❑ W W cn a > j !> c N C o. 'VO a N 0 .. N c a m — a o m W a ❑ Q d I v E 2 5 Q LU N to N a a) o aN- ra CC CC Cim z L.. m 0( Q w I N Z Nu)Cn m To -0 O_ Q a N CO 0 O^ N U up 0) N O a, — z rn c.iv. v ca al N 46= a) O) 0 N CO mll m E -o E a ❑ W N U r Z > U (n � , A m u) co Q 2 TU 07 I 70 ai a z > > ' o w g • u N2 Tp, c w Q Z Y co O 5 F °o 0 <Q U u)O 0 O O IL w m o CL ()) Z 0 Q J Q ❑ O w 2 w _ a 0 Z H w o Z J Z U cn 1 Z W N v z z O w N L v I OU w D O Z < 0 0 o w Q ', U U a W 2 0 0 F- CO O O C t� � I J Y W 71 I Cn a Z .. LtJ U tL Y a) co m co O U m is mo CV o E 8)a^ 0 USI o_ .. W W U z m CO W 2 , In a c o) in E Y N _ o O O V W C �. F- N -0 U Z N ` O a) m dj a n. o No .. U a a) 2 m a) a) d 2 Q. ami a E •i ~ 0 c) n c c o C o E >>, ai o a o 0 c _ Z H v) > a n E ?-4. C C z. a) a) C0 O_ p N F- o ° > o n E E m m v a o Y L a u o (0 m c0 d U a w U ❑ ' U V a s = LL 5 '5 > co O 0 TD 2 O ❑ o ❑ 1 • • NU a) tl O O O 7) N c lL Q .c „,E a) Q co a) o_ m p J O_ g m N O 2 a) O U r CU >O m • > a 3 N m = - Z Z n U 0 a) c */14 a • r a) coo g ara S I- °) C7 w N c01 c7 N N N N ~ a O E j E — lL 0 a) - F.. U a W Z 0 Oc m o 2 ce tn, c ❑ z t` 6 c °n w o r a) a W c) @ =,� Cr �U Q X W i : ' • Eco rnca« a.a>N N m C O N a S- w N _ m d f ri m w YYQ mE i a vm ' t . aJ amL O m c Q0 . ❑ l' a c 12, w a d - E 17) 12 d w c d r o Z a ° o 5 I d O m m m aan > L N FN O eat)LL mW - aa r. OS •= 0 r O) L- y c N 01 E C c O E C_ V L' m N E m z a U ~ J d Z H C.) O U O)clEw U N G7 = o a E x H d c 0 a) Eo m a' 2 (7) o (i) 12 c (o L N a `m aE o 0 a ❑ o o V U n } U = H , V- CL _ o o 12a o Z co m o C4 _ m N O • U U N H a — z E a '2-- rn r m a) a) .3 d U) N a to '� m N a H z a O0 Z a) a o a) o 0 y7 W o' t' U _ H O N a Q U a) E Z'2 S' m a w' m O ~ o a uJ y 2 O J N O d M 0 p E O N a) .E ^ O Q) n E 1- = m o t• om/) V X d' C m N N iO w W H O C o- o mn2 E H v< o f E . to m .0 z • ' o w O d 0 a) N r co 0 M E a; t') .2 N • Eas v Z d v o n. L- a 0 U W Z z Z a Lo yC T O < Q(2 H H C E m a) O H z rn g a N = 71 N w C COto to cO m zQ O) a N 0) O U 2 W a) m c >>>> 0 N 0 U o U) U U J ma)Em >- 5 zm >- 3 N O O v a 7-13- - O 5OUZN 2 al CO ea 3 >. J a N 02 L2 N O aC a O O a J C C 7 OffF ,_i N QH N O o i o p o a a) a`.) a a a d a U D_ W O ❑ • c U rn E m ac o W o aa, H H 0 U D m U m N = .. W ' ak • 21 51 84 R«AU FEB 16 2016 PRINT DISTRIBUTION LIST L 6 8 2 3 BAKER HUGHES Please sign and return one copy of this transmittal form to: COMPANY BP Exploration Alaska Inc BP Exploration(Alaska)Inc. Petrotechnical Data Center,LR2-1 DATA LOGGED 2 WELL NAME B-27C 900 E.Benson Blvd. /-1/2016M.K.BENDER Anchorage,Alaska 99508 FIELD Prudhoe Bay Unit to acknowledge receipt of this data. COUNTY North Slope Borough LOG TYPE GR-RES BHI DISTRICT Alaska --- LOG DATE January 24,2016 AUTHORIZED BY Patrick Rider EMAIL Patrick.Rider(c�bakerhughes.com TODAYS DATE February 11,2016 Revision STATUS Final Replacement: No Details: Requested by: COMPANY FIELD FINAL CD CD ADDRESS(FEDEX WILL NOT DELIVER TO P.O.BOX) LOGS LOGS (digital/image) Surveys (Final Surveys) PERSON ATTENTION #OF PRINTS #OF I'RIN I S #OF COPIES #OF COPIES #OF COPIES 1 BP North Slope 1 0 1 EOA,PBOC,PRB-20(Office 109) D&C Wells Project Aids Agatha Rutka&Barbara Glassmaker 900 E.Benson Blvd. Anchorage,Alaska 99508 2 ConocoPhillips Alaska Inc. I 0 1 1 Attn:Ricky Elgaricio ATO 3-344 700 G Street Anchorage,AK 99510 3 ExxonMobil,Alaska I 1 1 1 Attn:Lynda M.Yaskell and/or Leonardo Elias 3201 C Street,Suite 505 Anchorage,AK 99503 4 State of Alaska -AOGCC 1 1 1 Attn:Makana Bender 333 W.7th Ave,Suite 100 Anchorage,Alaska 99501 5 DNR-Division of Oil&Gas *** 0 1 1 Attn:Sean Clifton 550 West 7th Avenue,Suite 802 Anchorage,Alaska 99501 l*•*Stamp"confidential"on all material deliver to DNR 6 BP Exploration(Alaska)Inc. Petrotechnical Data Center,LR2-1 900 E.Benson Blvd. Anchorage,Alaska 99508 Attn:Nancy Landi TOTALS FOR THIS PAGE: 0 3 4 5 0 0 TOTALS FOR ALL PAGES: 0 3 4 5 0 0 • Co M *' N LO pp w-- l.G • N N al didv V illC,C v—, J°"pi 5F ",t `" 4 f CO 1 CI I L J Q I w CU p Cm .0 L EM C) (0 f• A 0 h r " /�.�. m � N CD mom rw 13rccw`�J L 0 Ztl LL CSI La 'n © 1.1. 4 cv 0 • • • , ...... . „ 0 , ! 0.)•! ! : 0a , , , ! , to 0 , , : br0, , ' b : b - N ! I , . . . ! 0 : 0„ . C) . W b , , in b , 1 1 ° •ab- I I , b co . Co , , ! a_ ! . Z _ . 0 -,t! CL ! . 0 a Ca 0 ! , , 0 00 06Z ! 1 i , ! , . E e , . O 0 a .] : , . a a 0 5 C- 1040 b ' , b , . , b .<6 20 . . . , c c ...... ,.0 to to- to 00 0:5 al E , . — TD „ b U C) m _Jo lb? -,,,,,, , b , b I- 1:0 0 N- as 7, 0 : : : 0 , b 0,1 ©@.) ECO Co .') 8, : : : : : : : , . . > I , 6 . , 1i - ! Er • -• > 6 .„?, o . •- 0 1 ,) 1 1 . to -0 Cl) ii ,47;', F, z I , , : „ : : : : LC) % C 0 i 5 : t',.„ ....i 5..1 0 1 1 , , 5 „ „.0 LS} to 11,' : : „ 5 „ .6 0 W c 2 • iC, -2. . . to .- - CU) E . .. . , ,...., v • c = 63 . ! , AC' C , , . „, o , 9 4... 4. 4> I; 4 4 a. -.. - , ,,,,.. 0 , , „ : , , - . . 4.. o 12 t, 4, o 1,, E ' ' -!0 0 .E7” I 1 1 !,"!! ! 1 : : . . ! I , ! ,„ „ , , , ' , , 30 C < o , 0 63 ,, Ce >, /t <16 i 'a. p.„4„ 1 : : „, , , : , : 6 . ee . 0 .0 ...... 0 Ta c‘ . . b. . . : • > - o z ea , o cr) to ] ] , a , . , ...1 I-• 2 z cr) CI b 1 ,,,,„4„.i.„,,,d, i 1 , C' C's N tco 0 .2 to "4 , 1 : I a . 0.) , a) ! , (ID U- . . . 0. Es ,„ , . , , , „ E . . . to i a :co •.!,,:!!!! ,,,.. ,,,. , .. , ! ! , : ! . , . . , . c , . . : , ! •- ! : : 6.:":" .2 : b , , b : . b b , .ci c▪ Otto, , *- , , E . , : 2 c -,t. , .!"4„, 6u... . , _,,.,..., 7T., ac. g.. z w 1 : g '44%.,. . . 1 . ' a "40'..,,,, . . , , ,...)‘....,„ < : : 1 ! . CO ! ! „ Aii <•-• 1 1 . , . , . : : Se • : ' ! . , ! ' . ' 0 0 1 ! , et ,., . . . . . at 03 . . , . , . : . , ' . „ u3 1 ' f", r n =x ] ' a «. . CL CL ay° Z 1 7 = I I , . . a , b ID co 0 0 1 7- 000 0 0 < . 0 b a < >: t- z i 1-: 0 : 0 0 0 b b co gl 0 ..cb. 0 i 10 b b 0 04 b b Cd) o b 1 c.1 : i E i i <--- 0 , <a I I (...) -c 3, a , : _ ! , I,. I i r-,. z N ! 1 cv 1- a:1 I i C ._ , t- 0 b eLi co : i in a I I 10 E (1) TO• ) too tl < . , , ..! 0 a. (1) „ .. Z• a. a_ DS En al , , . . <c to 1 •-i co t ' ! E ,a. 0 ! w ! .2 6> , , c a.4 . t - 1 E cs: , O c, , c ,,..) . , O c . "ui ..., 0 ..0 , Fr. 0! I :42' 0 0 ., co c AI 2-"! (USC ! C) -- • .. 2 'th! ...1 >. 63 0 I „ ..0 co ,,,U U.3 0 NI ! 0 a I , o o I ! ,,..,6 c , , E -.15 ,.; o i 1 o al.. .,,c.0 ! — := , I = co 0 , tr. ! , , <0 6.. 0 NI ,... W o• a. 03 CI CI. E 0 E i • 0 ,,,, • 110 - CO 0 -'aC) N. 0- C) CO 00 03 'aCO N 0- N- NI 0 0- N (0 0 ; C) CD C'' N C'" '-c, h- Cr' 7 7 c`i c`! cl 0 '0. 0.. w 6 O 6 6 6 6 6 6 ci — .-, s-• ,,- ,- .- .- ,,-, ,,- 6 6 1 •,- CS (a ca 3 I 1 111 al Ci 0 V OD .- CO U) CO T- CD 0.I N- Ul CO .-.. LO Li) OD CO ail Cc)0 - 0 - 0 0 0 - 0 - 0 0 N - c; 6 6 d 6 6 ci 6 6 6 d d cth c; 6 d ci 6 6 6 0 Lt1 til 0 0 03 03 Z 1 i C) 4) 4) 4) „ Si _0 0 0 0 : 03 RI ......, 0- 4C4 z = 2 1 O c> c, u) U) ,i) 0 <- 03 NI < <- NI V N V' U) CO CO CO 0/ N- V- V 0 CO V 0 (.0 LO 01 CD V' <- L- 03 al) 0- N. <9 1,-. <- co < 0 CO C; CV CO ac") 0- CD CO u) CO CO 0- CO 0 a- 0 01 WI N- ..ri Lti N. r•-. 0 ' c.i c‘i c‘i cNi csi c‘i O ei c6 c•-; 6 oi 6 4 4 4 O ri ri N- Y co co to co co co CO CO 01 CO 01 CO 01 CO CO CO CO 01 CO CO C) ©@ E Lo ;7— <0 o o o o 00000 00000 00000 O (3 -- 4 4 .gr- ,r- sr- sr- sr' sr- .4. sr- sr- st" sr" si sr 'U) 4 4 4 4. ct) < < E '''',/°, ,,A 40 (0 co co (0 co c0 o <0 o o <0 co co <0 <0 co <0 6 0 — r- N- (1) .- oi :D CO U3 ODi LC) (0 (CU) (CU) OCD CO CO <0 (CU) CO CO <0; (0 (0 73 (ia 'i' 2 c 0 co m w w (.0 0 ar) N. 04 0 OD 0 N- 03 0- 04 NI 0- N- CO 01 V ar) 0 CD a- V C) 'V' tO 'a- CO (0 4 0 to to o co CD 01 CO 0 CO 0 0 0) N- (0 r-, co cr co co L0 '.4" 0 0 I".•,, 01 (0 0) 6 ,ii 6 4 4 4 4 vi 6 <6 c‘i c•i csi tNi Pi oi ,-- ,-- 6 C) O 0 ii c) to LC) I.0 LC) 0 0 (C, 0 0 '0 LO lf) tt) LO LC) Ul U) af) C 0 OD F. '''''. 7. -c t o ,2 0° 0° 2 t 2 t 2 2 2 ..2 L 2 2 .2 2 t 2 2 2 t 2 2' 2 t 2 a = t ...), co ,,.. 't = cs) a) 0> a) a> a> a> a> a> a> 0 0) a> CY) 0> 0) 0) 0> CO 0) cc z .5 )ri )ri- vi Lri )6 Lri )ri ‘.6 ul" )6 cc; ai )ri )ci- )ri ui )ri u5 vi- a a, , 0 0 ,- .3. 0 U) CO N- CO 0 CO CO CO 0 0.1 .-- 0) OD NI 0- N 8 ' 0 0 0 N CO U) N- 0 VD Vi.. 0 CO N- CO 0 0 0 1 C 0 ..(r 0 2 ci ss c; ci (5 ci 6 ,,- ,,,., ,.- ,-.! ,-- ,-, s- c.i c•si ,-: .--7 <-, ,,-: ,_.,.. '<S' 0 t (IF 'V) 3 CI 0 0 ea „iii„ — 0 7 7ca i I 0 t 0 E. 00 , , :I 0 ' 40 "‘-' h- CO 0 (0 CO CO 'at CO 0) 0 CO '1" ,--" <11 CO ..ct 0. 13 0 CD 1 I c..., 0 r.., N V 03 CO CID C3 .... 01 U) LO 1.-- CO CO CO U) 0 CC) CD ,... : >.. I I c.,D 6 , „c..; a a Cs) c-i (.1) c''i oi oil ci (6 si cri Lci tY r:3 0 2 2 1 I C. cj; D Cl) cu c ,, d: 0 0 0 . V' 0 CD CD C) CD OD C) CS) 0) C) a) CO 0) OD CD 00 , (0 :' 04 U) V 4 4„„ 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 V CO CO 0 CD CO (0 CD CO Ul Lt) LO LO I.C) LO LO LC) LO LO Ul , , 01 .: ' 0 < NI CV ht ,4 AN 04 CN N N N N 01 N N CV N N N N Cl) o „. , V< .n ,..<:< 1,-.. ,n 0 0 .- N 01 1. U) CO 0.- 00 0) Cql 4.• ,_, ,..... ,__ ,_„, ,.. ,..... „.... .,_.. ‘_„ , CO CO I I 0.. , 01 rE : .., 0'1 6 6 ci 6 6 6 6 c5 C, O O O ei O oi O cri cri a; la > u) -..... OS , ,..... ...-. ,, 440) 0 0 0 1 i 12- 1;1 (1'-, 11 0 0) V' 0 0 (0 N- 01 CO N CO CO 0 ' CO .0 CO 0 CO V' 0 C.0 LO .4.) GO 'Cr tn (3) ,n (') ,n 0-. 0 .,-- V' •-• 0.- V CO 00 CO CO I I ..--. 6 sr: U) C) U) C) 6 a .....: a> Lc; C) n: ‘..-5 U) 4 U) U) C) 1.-: P .c 0 el CO U) u) ail CO LO N CO CO a0 CO V' CO 0) CP a- 0 CO a- ,- ,- <- 1- '..- ,- ,- 1- ,- c- r- .- c- .,. N N ..., . 3 , '12 co 7 7 [[ V' V 0. -E OO I I 0 7... CO .. F:i N >a, < Y CO CO C4 3 C.'', F-- N- ,' CD 01 CO N c0 N- 0 V. .- a-- a- 00 CO CO 0 U) 0 CO 0-. til (/) CO L) 0 I 00 <-' •,- N N Cl N N <- <- 0 0 a- NI N CO CO all V _I 6 6 6 6 6 ci 6 a ci d 6 6 6 6 6 6 ci 6 6 6 . o o CV ',173 6 6 oi as Ci 0 „>,.. ,...... to co 0 [[ ''-' o co 0- 5p,., c o ri - , 00 CC)• 0 f-- t',.. r..- z• a. a. co a) co i o o o 1 o o o 1 i to o o o o 00 c) 00 00000 00000 Q 1 ci co 6 1 I o cc) o 1 01 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 co 6 6 6 d 6 6 d 6 6 6 6 a ci 6 a 6 6 6 6 E csi c2) to 1 ,_. .- cp -a-' ,-, , „ 6 6 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a E I-- N (0) .41 <9 I"- CO 01 V 0 .,- N CO V Li) CO r--, CD 00 LP -0 ! 2 0 )4 ..-. (- 1 CS ...' CS ',... h Q. i 2 co 4.1 c ns 4,-, CC• ' 1 >„ , >, Z..:1 . z ..,, a. 'al .... ,s a cla 1 0 ;', . '',7) Z ,•,, co ! u) • 0 I 1 • 0 C)) ‘- 0,7 .,- I,- 0 C, CO 0, v- CO CO 0 0) 0 0 0 CO CO ‘1" U) CO CV 0 0 CO CY (; CD 0) CV CC) ID- CO CO vt. .- CV 0 CC) "0" ,-; 0 CI, N CO CD CO CD CO 0 <- 0 6 6 0Q -,-- esi 4 cd O o 6 a> ei N: c‘i r.-: csi s: cNi s: t.Ni 6 4 6 6 6 6 . CV CD CO vt 'C CO 0 OD CO I v. N- CO CO CO 0 0 t." N .3 7 7 7 7 co , 0 ...... ..-- o e 0 to ci cz, 2. 2 Cl) co g Q. C) CO 0 CO 0 (N 7 0) 7- (.0 0) 0 N- CO CO CO CO OD CO CO CD CO ,- 0 0 CO 0 Z ''' ° ° '- i'""" "-- ‘- ° ° &) *`-- CON- '- 'C ''r. V: N-. O. ,0 CO c°. m. (•! " 'CCC) Q. , 6 6 ci 6 6 6 6 6 oi 4 CVl CD ..-- 1-- .- CV .- 1- ,-- 0 .--; ,- <-"; (•1 6 6 ol 0 CU 0 0 O. CO Z ' E. O• 0 0 -J 0 41:2 1:1 a 0 ° C)- 40 (0 0) u) Z = CD 0 CO CO CO CO ',1' ‘2- 0) ,:t (0 (0 CO CV vt CO Y- ,- CO (0 ,- CO y- 0) CO CO 'IS CP 0.1 vt" vt CP 0) 0) CO 0- 0) CO CP CO c- vt N- v- 0-. CO 0 CV 0) 0 0) 0 4.-.. 01 CO CO CO CO COCO0 COCO OD CV CO 0 04 0 CO N- CO CO OD CO st 00 01 S. 0.1 CV CV CO CP OD CO 0) h. h. 0 c.i. 6 vi 6 4 6 6 6 ci c.i CO 6 ri r•-: .. CO 6 4 6 4 6 4 6 4 6 CO (N . t•-• Y co co co co CO co co to ..1. CO CO CO N. N. CO CCC) 0, CD 0 CD ,..-- .-- 01 CO CO vt Oil 0 0 E CO al 0 CD 0 CY CY CD 0 CY 0, 0 C, 0 0 CD 0 CY 0 0 0 ",-; ,-- v- ,- .- •,-- ,- ."- IX "-03 E < < 17; (3 CO co 6 CO CO co CO to 00 (00000 0, 0, 000 CO (OCCYCOGO 00 a% = CO CO (.0 CO CO CO CO tO CO CO CO CO CO CO CO CO CO CO CO CO CD CO CO CO CO CO 6 Lu 00,404 a co 03 c6 It ill N- 0 CO CO (0 CO CO h.. 01 CV CO CO V CO CO 0) CO CO CO N. CO 1,- CP CO N. N. CV ",-. (V v.- vt N- sr; h- 0 N. CD "v1" CO 0 CO 0 y- CO v- N. N CO CD CO CO "0 N OD 41 ol 6 co N 7 0 N- N 0) tO •tr V ‘1: CO. CO 0 0) 0 7 0 N C) C) 4; 0 0 N:. N: N: N: N: 0 6 6 4 o: oi oi 6 iCO .--. 4 r... 4 f•-•: -, 4 6 c‘i 6 U th' 0 ,1- .S. 4 4 4 4. 4 4 to 6 6 co co 1--- I-- r- OD CO co 7:--r, a> CY) 0 0 0 C c ,„,.., w-- 1- c- c- ,--- c- .4.-. v- r- N.- •,- v- v- v- v-- v.-- 7- T.- T.- N- N- N-- NI CV CV (7.1 i77 . 0 a- 6„ ,,, o 6 6 cp 6 ci 6 6 6' 6 6 6 6 00000i 00000 OC) (C) t us CO CO CO CO CO CO CO CO CO 6 CO CO CO CO CO CO CO in 6 CO to to CO CO CO CO 0 0,1 a, o o m 0, 0) CD CD 0) CD 0) CD 0, 0) 0) 0) 0, 0) CD 0) CD CD CD C)) CD 0 2 La 0 CO ui tri CO ui Lri to 6 Lri 6 ui u-i 6 CO tri- .1-5' ..6 tri tri 1.6 tri 1.6 Lri tri Lri C 26 2 ; CC CC) 12 OD CO,T, 2 ;'' f 4.,0 , .a- 0 ,-- CO 0 CO aa OD CO OD CO CO OD 0 0) CO .--; N. CO CD 04 04 CD CP 'C0 CO t--- ,O U.) .-- OD N. 0 ,- 01 CO CO CO 0,... vt. CV CD CD 01. CO CD CO CO CV ri 6 .-- ,--- oi 4 6 1.-.: .,-- 6 4 O.. 6 6 4 co 6 co 6 CO o) CO 4 6 CO (N O 4). ,',..., o U 1.' - CV CO CO vt V .0. CO CO CO CO N- N- CO CO CP 0) CY y- („) (C '- rt o > 0 0 c tu ui c .....1 t•-•-• E z co 0 40 t 0 (0 CO 0 0 0 aa a, o , ca CO In 0 CO CO 0 CD 0 •ct ,1-) CD CO 7 0) 4 0 C1 CO N. ‘r, 0,1 0,1 ,-". ,",) 0) CI: 0 00 CO N t- CV C;) Vt 0 00 N 4) 7 N- CO CD ''' Mi hi h; h" '," h; CD 4.' '' CO ‘-. 4 CO 0i N CC) °A 7) CO C%: (4 CI: '4 CO CO CO Cl: >.. CO L z = c (/) co , c El: 1 co co co co N- CO 'C 0 CV D, V" ;"" DI, CV CV CO C) CO CV 'C C') CO CO 04 0) CO V' (0 CO CO CO CO CO CO LC) .D. (0 UT , e9 (N 0.- ,- CO 0) CO CO 0 Y- CO CO CO CO .1'. vi vi 4 4 4 4 4 4 Nt 0 <,I H ,-.' CO O CO oi ri 6 cNi CO .--, Lc; 6 6 N- ' 4 Cst 04 04 CV CV (NCV N 0.1 01 l'I 'C0 0) N ',cc CO CO 1-; "c4" CO 0 ;,-- Ce) CO co 0) c) ,-- (N co 4 CO (.0 Isw- CO ',r, C., 0, Cr) 0 CD 0 0 .- y- ,-; N N 01 CV CO 0) CV 04 CV CV1 04 NI Nt CV cal cN '4 tal N r, ,n. CO CO <.6 ri CO 6 CO CO 6 6 CO Ct. Cl) CI ca 5 'a co co co CO t"... CO VI- M 01 U) vt CO C) CC 4 4 CO CD, '4, 4 V vt CO CO CO (N 0) CO vt 0 CP CD CD CD CP 0) 0) CO (N 0) CO 0 CO "-- ;G." 0 CO I' Cs CO 0 N. 0) 0) 0) CO 0 0 6 6 ai 6 6 6 6 6 I,: c‘i r--:. - CO 0 kei a-6' 0 ai csi 6 6 4 cc; (NO 6 a) 6 6 6 a., 6 6 0) 6 0) CV st C- 0) 01 "ty" 0 0 , vt CO 0 ,- CO CO CO CP 0 ",- CV CO st CO CO I,. CO CD 0 0 CY 0 ,-; - ' ' CV CV CV 01 C') CO CO CO . _ ....-; ,- 04040401 CVN04 CNN CV COM040) 0) 000M COCOCOM co p, co.) CI V . CO hi 0 CO 0) 0 0) N- CO N- CO I'.- et 00 h.- 0 (N CC) 04 CO CO CO CO co co o CO c,-, •,-- -,-- 0") CP vt, 0 CO ,-- CO OD GO 0 0 CO (9 CO ,-- LO Nt: 0 CO V., o ca. CD =' <1j.. CO°5 4 ch L;) CO OC'Ci I°24 l':. CO. ' C06 (;G g 0) COIlCO CO 2 g L.F> c'- 'L' [.", CC ,')* CO COc' 2 CO •-• — — — -,- = E ra CL CO 74 < 1 0 04 NI vl" Cl CO CY) N. 0) st CO CO CV CO CO (N V" "c-- vt 0) CO CO NI I.-- 0 CO CO CO 4‘.1 N CV vt CO CD 0 0. CO 7 CO CO CP CV co N CO CY NI ",ct CO 01 N- CO CY 0) CO 0 c5 c:i 6 O 6 ‘,- ,-, c-, co 6 6 6 - .-- csi oi c6 vi c.i 4 4 6 ,a; CO 1,...: 4 S >. '0 al U C E a) (13 4 o a. 00 .c -c 0 I--; I-- N. O CON 'ii 'N' ,...., c., 0 CD 0 00 0 CD CD 0 CD 0 CD CD 0 0 0 0 0 0 CD CD 0 CD 0 0 CO 0 C) 0 CY 0 00 CY CD CD CD 0 0 0 0 0 0 0 0 0 CD CD CD CD 0 0 CO 00000000000000000000 6 6 O u-i ci CO 6 o C) 00 0 0 0 0 0 0 0 0 CV CO fv. 0 N CO N. CY N CO N. CD NI CO N- 0 0 ....4. ev CD ,- 04 CO vt CO0 0-- CO 0) 0 0 0 0 .- N.-- N.- 1-; CV 04 CV 04 CO CO CO COVt 6 ,.-1 0 E- N v., (N 04 CV 010104NIN COMMCOM COCOCOCOM MCOODCOCO COM }". .6 2 2 ,.... oct*„ c • 4-,, 8 O >, co g •-. 0) — ,-- -. VIPAsh • i 1.... 031-- r r N CO b CN O N N C C) C N v) C N CO N to O CO M h O M CO .- N. CP N- Co CO M N N C CO C r r M N- M •- M N- C N 3- 4- b NS. C 0 O C N 6) O N (0 N V C C C C C U) N N- O O N C O N CO V C u) (O N- CO O O) ON CO C GO CO N- CO 6) O N C 30 GO N T r r r r r r r r r N N N N N N N N N N CO CO CO CO CO M CO CO V N l a CO CO N CO C V (0 N CO u) N N N CO CO O) N V N- u) COI N 0N N O C CO Z 3- CC O U) O N C) r C C0 N N- N- O CO C) N CO CO C 6) N- (O (O 6 O 6 N N N N N N N M N O N 0 W W 0_ U O co Z d jN N ?2c 3 2L 0 - o 7...'' N (D Z z a vNm Y(A 3 ° ' co 0) CO co M N aCO N CO CD (O M N N (O C O O vN O) VM r 6) V ' Z ¢ 0) CO N U) O O CO C ) 0 CO O CO CO CSO N (C) (0 O (O N M O) N- (n N N- O O CO O CO N O O N CO N .-- r 4- o O O W O ✓ r U O vi N 6 O 6 .- U O V (V 6 N N- (ci N 4 C 7 R V 6 t() O N' 6 N- )1' I C 6 co t0 N- CO 6> O) O N M CO C (n CO N. CO C) O r N CO C tO CO N N g g 7C r r r r r r r r N N N N N N N N N N N M CO M CO co co co M mft I C C C V C C V C C V C C C C C C C C C C V C C C C C C > .30666 O D O (0O O W O O O O O OO OO O ONN 0WOO (0 OOOO Ccco COC ( ON3C W m m h-- W co N- N U) C to 6) V N 0- N M O C LO N N CO O C) O (O GO N ()) O N. N O CO N CO O CO to 0 C (O M O O O O N CO O C C CO O N CO (t) O (0 rO (n M rO O rN C D O M N- M O) (O C N C C m C C 0 '- v) O4 6) C 6) O)6464M O vi O N co C O U ii C3 (C N N M M C C (O t() v) CO O N` N CO CO O W Cr N N M CO C U) r C O c ,.... N. N N NNNNNN N. N N N. N N N N N N M M. M. M. M M M co, co m t ,C O. O O. O. O. O O O. O O O O. O O O O O O O O O O O O. O O wdU) j' ), 4vvU ) O 0 N v) v) v ) () O 3.0 vto N 0) 00) O v ) am0Om6) 06) O6) O 6) CO) O6) 06) 6) Oo) 6) 0) 6) 6l6) C2 r?, i ui u) vi u) to (n o o o (n o t) to' ui vi (n tri tri tri (n n tri 16 tri U)a, '.4.' c o 413 CV) it/ C = ti C O yRC c) - O Co) !oC O _ O N C n CO C) N vOM CO O 0 C N.ai C ") N M U 3- CO O O N 0 r CO O 6) N O vC vO N- 0 N- O) N O [ V 0 6 M O N C M O N NO O vuv) u) (O W NO O 7. O 0 ` ^7 <) C n CO O N O O CI N 00 N MMmrr r rrN N N N N N N N N M M Ce � = � 2 , Dr2H0 OS W 6 0 M 0 N (0 0 03 01 ', O C M O N (0 N CO r (O (0 N N M v) N C O) O) Q (C) v) to U') (L) a, xn O ,so r co to CO N r. r r N C (O O) M CO CO CO C O O - CJ 0 C(i ,....5 v0C OC m C A C OC O) vO h 60N-` cs CO fl SG: O O N N CO M C C 14) o O N N- CO O r r •(... V"' r r r r r r r r r r r T r r CL m Z v C C O N O N N N (3) ''CO *D 0 co ()a O C O GO ti CO CO N- 61 O N CO to N O N- CO O (o O M CO 00 O o 0 O co co N O N CO CO O CO N- C O CO vi 6 N O O M N- O M <C o r> (0 Oi C N- 6 N C (O _W O N C O N- M v) O O co to N- O N ^7' `.... OS .. C') UP. CO O N N N 6) C <C O O N CO CO M V C V C tO to .n n °> CO rO CO « N• N- N- N• N- CO O CO CO m O^ M M M M ro CO M M M r7 ") M M ") r7 M M M l e tM M M M M M M M M M Q 0 0 C O N_ O N N N O 0 O O CO O 0 'V" O 0t- M CO N, 63 _O N CO O CO C N C O C r O N C C C' C (N 00 (SS N m 0 N M N CO C C) O V t[) 6 tD N vi O) N to CCD 'C - G') N ti) N- O N C O (A 6) .- O co (o co O N to N- 6) N C CO 4) r co R) CO 0 N O 0- CO r CO N O O C C C C CO N to v) v) CO CO (0 (O N- N-- 10 I..... co ") CO CO CO 6) 6) C) 0) O ca eM CO M M M M M M M co- M M M M M M M +") c') CS M M co" M M M4" 2 C O) C U) M v) O O tO N C CO M M CO 0 O CO (0 C r. 6) N O O O) N N CO 6) O N CO (O N` O) 6) C) O co U) O 0) N CO 0 O _ N tO C N- CO 6) 6) 6) CA O O O O 0000 N N N M M C) 6 M M 6t v) to v) to co (0 to co (O CO to O CO t0 co O co O co co Co co (0 O CO co CO E 0 a co N < Q Y <C 6) O CO N- CO O CO C C 0 N CO 0 t(') O N- 6) N CO N CO v) N v) W O N CO CO N O to N. O C O N N- N CO M O C N- C C O C CO O CO Q N- CO CO ca 6) O O NN O) Ki V' of N to CO (O N- CD 0) 6) O) O O r r r r r N N N N N N N N N N N N N N N N N N N N M CO (0 o >-0 V a, m C N R • o a O• CO 1--- N N Z Cl_ Nl m m m O O O O O O O O O O O O O O Co O O O O O O O O O C) O O 0 O O O O O O O O O O O O O CO O O O O O O O O O O O O CO i (n O v) Ci 6 O v) O 6 O t!) O v) O v) O 6 O v) O to O U O ((i O v) O N to N. O N t0 N- O N v) N CO N v) N CO N N N. O N to N- O N to N- 0) a C C C tO 30 CO v) CO (0 CO CO N- N N N- O O O CO 6) m 6) 6) O O O O to � M M M CO CO CO CO M M M M M M M M c) CM M M M of h V 7 V CvoC- h N C C Q2 0 ,— co CC * O ' 4) . Qgo m w.#t o « m n O U0 Cs0 i c • • . • 1 ...-- . OD al. 0 1.0 4 N- CO 4 CO 4 00 LO 4 N OD (0 N- N. 14. 4 7 O 0 0 0I 0 4 N. 0/ OD la- N- OD a- CD n- CO LI) 'N V, 0 US C) 0') 01 N. CO 7 COLO 0.I CD 0 0) 1:3 17 ,ri «5 c.i co o 4 ai rsi 1.....:. .,-.7 tc; ,--.: r.--: 6 4 0 6 .- a> o •,--. N CO 0) CO 14 0 0 7 0, V CO 1"-- OD 0 7 CO 4 CO N- CD 0 01 4 0 0 01 4 '4 4 4 4 4 4 4 0 LO Ul 0 0 0 ill 0 CD 0 0 CO co 0 0- 11--- 0- 14 CO ti.D) 1'.'V- >-- 0 0 0 0 c) CO 1 0 0) i < o_ 4 co u) 0 CO 6 0) 0 CO OD 01 CO CO CO N. CO CO C) N.. 0 0 C) CO LO -1- 0 7 7- 0. °I. m 4. °D. CD °°. 4 CO 0 m. °D. '". 0 '": ''''. "'"" 0. 0 0 C‘' ''''. (N C) '''. 'Na- .. ' 7 7 N 7 7 7 .7 01 0 7 O ,- ,- ,- 0 ,- <- (N ,.-- c.i 6 c.i c4 c.i oi .-- ,-- 1; 0 LU LU (..) . (3 0) 0) Z O 0 1 .0 .00 a3 al z z cc 5...., 0 V V) a) = = N 4 4 0 0 CO ( 0 0 a,• u) ' N- U) .4. (7) m ,:r. Lc) N. 01 C) 00 OD LO 01 CO OD CY) 0) CO CO i 'N 'N 22 ' 0 CO CO 01 4- 0 LCD 4 a) N 4 CO OD CO CO CO 0 CD CD (NO CD 0 CO CO 0 0 0 45 0 < >4 CO 6 01 01 01 1.0 OD 4 7 co co 6 CO 0- CD 01 0-- 0 01 CO 0 0 OD 4 CO CO 1 VID N. N. 0 ' c; ,-, c,i ui h, oi v, cv; 6 0 ,-. 4 1....: 0 (.6 co O c6 r-: _7: 6 0 4 o6 c6 a5 c6 • r- Y 0) o ,...- N CO 4 0 h- CO OD 7 N CO 1.0 OD N- OD C) L- 4 0 0- CO CD 7 CO i C:1 @ @ E ,.,-) a) ce) ,:t ..t. .4. ,:r. v- 'N sr ...,t .4- ,r) ,0 .41 ,o ,r> Lc, 1.00000 000CON- N-. 14 . ,..-.. 4- 4 4 4 4 4 4 4 °I) < < E ....• 0 C ,,0101.0 0000 <D 00000 COO 000 0000 (0 00000 CO 7 N. 0- 0 ; 0 M 0 D CD 0 <D 0 CO CO CD <0 O (5, CO OD CO 0 CO 0 CD CO CD 0 CO (0 CO 713 N 01 D E a 0 C ci• S ctS 1-- Lii LU O LO CO 4 0 CO CO 4 0 7 0 CD OD CO 7- 4 (0 UD 0- 7 4 4- OD .0 CCD 7 4 • 4 7 0 CD 4 0 CO N CO 14 4 h- 0 0 CO 0 0 0 01 7 CD <0 CO 0) CO CO 0 0> CD 01 0 0./ < 14 0 CO CD 0 4 0) 4 CO LO 7 03 LO CO 7 7 04 CO 0 CO 0; 0 7 14: ri O to 01 6 ,si N: 4 o ai tvi oi 6 6 6 cci 6 0 t--.. 4 ,-- a5 Lii C) ii C) .6 to to h. 00 CO CD OD CD 7 7 N CO 01 4 4 01 0 (0 N. 00 a) CD 0 7 7 N C 0 C ..-. 141 01010010 0044 4 4444 4 44444 < 4000 0 U . 76- eci- ,,,, oc.560 0 0 o 0 0 ca 00 o 0 0 6. 0- 0 o 0 ci 6 0 0 o oa to ...., .',, Lc) U) 0 OD (1) 0 0 OD 0 OD LO 0 0 41 0 LCD 0 6 6 6 1.11 to, V) It) V) i = ," ,i A 0) 0) 01 0) 0) 0) 0> 0, 0) 0) OD OD OD CO 0 CO 0) OD CD 01 OD 0 0 0/ OD 1 04 4, 2 0 - . ., Z ct, ,o' ,ci ,6 s.6 6- 6 ,si. 6 ,ri Lri Lei kri u, Lo ,6 6' 6. 6 6 ,ri ,n .) 6 ..r) i I a .2 a) 2 t ,..,, .,.., A- tv/ 0) C) C.0 CO CO CO 0) 4 7 CO 0... CO CO CO CO -4 0 0) 0 CO 01 CO 4 C 2 112 f ,.._ . m w - CO w .1- <,- . CO 01 0 N- CO 7 ..-- 6 N. V 7 7 7 CO 04DI aD C. 0 CV < 14 0 01 0 00 7 4 N •,-- 4 cc; t-4 ,ri O 4 a> < cri v a; o 2 t,,,- (1., 0 : („0 ,, a., ,,,, ,-- (..,4 v) ,r Lc) 1.,.. co 0 C4 CO OD CO N- C) 0 01 OD V 0 N- OD 0 O 4> •°.... NI ,,, co ,,, ,.1 ,i- ,r. 'N .4- 'N <I- <,r 0 OD 0 0 0 0 U) CO 0 CD CO CO CD CO 14 • 0 = 1 1 t 0 (0 0 CO -4 0 ;- I-- ,S., 0..., , <- N. ,-- <0 N N- 4 V 0 7 CO CO r- CO C> 7 CO C , .,-- csi vt. to. co o to co 0. Lzt„ CO V, -7 CO 14 0 1.0 CD N) CO 'N co. a.c, Ca1 co >0 <a a0 (N a) 4- 0 CO N) 6 6 01 CO 4 7 CO < 7 co 6 Et 0) 07 0 7; a- CC CN9 e",., ,1 V 0 0 0 N- N- CO CO CO 0 0 v<- csi 04 co ,r st Lc) • ,-- ,- 01 CD oa K, Cs1 NI t'si 04 CV 01 01 Cs1 csi 04 04 01 0 0 CO U) 01 CO CO 01 CO >>. (CE z t 1 CO L a . C') Tti c u) CY) u) 4 c") 4 (,) , 4 ,.... c) .,-- u) co 1,. 030) 014C0 70, 14014 CD U- 7 0 a> 0 r-- r- 0 GO tr.) ,- r= C,1 0 6, ,- 0 V. Nt. 0 0 0 0) CD 0 OD <0 01 CO csi 6 S rd co co, 6 ai 0 0 0 o 0 0 0 cci ai 1-...: ..6 4 6 >1 N- CO 7 CO 0 0- 0 > 01 7 14 OD 7 4 0 00 CD 01 4 LO 0-. CO 7- CD VD 14 0 0 OD CD 0 CD CD 0 >- a- a 7 7 01 04 NI N CD CO CO OD CO Cal 4 4 4- 4 1 X0 °) 7> (.0 01 Cc) 0 4 4 4 4 4 4 4 4 4 4 4" 4 4 4- 4- 4 4 4 4 4 4 4 4 4- c?.. r a 1 I 0.1 CO CD 01 4 CO 4 04 7 4 7 CD 7 0 OD IN C 0 CO N- CO 7 14 N. 01 4 <0 0 CD 01 4 LC) 0 V. 01 OD 01 7" CO 0 N, <0 C- uo co .-- ...:r co co ..1- ..4. co 0 0 ; 4 ,ri N.: co 0; O ,- r,i c‘i oi 4 4 0 ...i xi v., to; ........ tri oi 4 4 6 csi .--: 0 (C . 01 4 0 CO CD CI 0 N. 0) N- V) In N a> r-- <v) LI. I- 0> 7- 01 0 0- CO 7 CD 4 0 0 0 0 7 7 7 7 7 01 04 01 0/ 04 c0 01 cc , cal < 4 4- 4 < 0 0 0 -"--- 42 4 4 4 4- 4 -4 4 4- -4- 4 4 4- 4 4 -4 4 4 4- 'N 'N 4 4- 4 4 4 4 0 r 2 1 N 6 4 0 0 7 0 LO 14 CO 0 01 7 h- 01 OD 4 0 CO 6 CO V CO N CD 01 CO CO 0 CD 14 1--- 00 CO CO CD OD 0 0/ 01 4. LO LO 4, >0 CO CO Cal 7 ,c1 4 4 < 4 4 4 4 < 4 4 < 4 4 < 4 0 6 6 a) 6 6 6 6 6 6 6 ..c 6 0 OD CO CO CO CO 0 CO CO CO CO CO CO CO CO 0 CD CO 0 CO 0 0 CO CO OD CD , *th° U 0 co W. ....t Y coo to to oo co 0 7- 4 4 0 4 N- CD CO 1--- 7 CD 14 A- CD CO CO 71- CO (N t''') 0 V 0 N CO n- CD ,- V. 0 N LO 0-- 7 V N- 0 01 LO 7 CO CO 0 0 N CO tO CD 0 . . Ca >--- 7 04 01 0 0 4 4 4 < 0 0 0 0 0 0 N- 0-: CO 0 C) 0 0 .- v- (N 6 66666 ommom mommo 66666 64444 4 co o s... a at co -a g.. C o i < OC) 0 0 r- (o z a_ ri_ co en no 0 0 0 0 CD CD 0 CD CD CD CD 0 CD C., 0 0 0 CD CD 0 0 0 0 0 C) 0 0 CD 0 CD 0 C) CD 0 0 C) CD 0 0 0 CD CD 0 0 CD 0 0 0 0 0 0 0 CD 0 00 C) tri 6 6 0 6 0 6 O ,ri ci ,..-5 O ,ri c; ,ri O 6 O tri cS ,r; ci ,ri ci ,r; ci c> 001 10 N- 0 01 0 N. CI 0/ OD N- 0 N LO N.. CD 01 0 0.- 0 01 0 0- 0 0/ OD a; a - - - - 0/ 01 01 01 CO CO CO CO 4 4 -4 4 0 0 0 CO 0 COCO 0 0- 0- 0- . . 0 ...0 0 >ct. 4- 444- 44 4 -4 44- 4 < 44 4-4 4" 4 '444 44 44 -4 < 6 ....... E = Oco .,. 8 ''' >, N- .0 .,.. . (P 11. tn 0 CO • • , C • 1110 .-._ r U) n O 0) N n O----V �- O n n M V '- N n N N .- N CO .- (O N V n 0) N- V n 0) N U) 0) N (D 0) M n N 0) N V n 0) N U) W N N W V O N 6 Qi 6 CV 6 V n C' O O Ci O Ui N CO V O n M 0) O 7 n co co N CO U) c0 00 0 CO U) CO W 0 CO V CO CO O M V CO N CD N N CO CO O N CO W CD O) 0) 0> 0) 01 0 0 O 0 0 CO O .- CO CO H eO U) Co (1) 0_c O 0 co N V M CO CO N UJ CO N 0 0) n 0 W OD O O 0) O N CO V C O O 0 c0 .- W N to. N CD N M CO U) N N U) N U) M Cl) N) O IN 0 M 0 W w I t- O O O O O O O O O O O O O O O O O '- O O O O O O O 0 Z co oo 2 E d N N y 2 n .0 0 p p (0 W Z Z a m 0 0 7 co O O N N V CO CO c0 N U) 0 V' n U) C) (O CO 0 0 N 0 0 0 N CO (') U) N 0) V V L Cl) 0 n N 01 M V N CO N U) CO CO OD N U) CO U) N CO 0 N U) N 3 d V' (O 00 O) N (A N 0) .- V N 0 CO (O 0 M N 0 CO U) IN 0) N (C) (O '- n n 0 ) j 6 6 W M O V 6 V 0) U) O U) (Ci N N N� M 0 (") (O M 6) V 0) Lei n Y V (0 n 0) 0 N M N (0 CO 0 CO V O n O 0 N CO U 0 CO 0 N V N CA„^ n N IN N CO CO 00 CO W CO 0) 0) O) 0) 0) 0) O O 0 0 0 0 0 0 r .- to- GIS n N @ C 2 t0 = c00 0 (0 co 0 ((00 0 0 0 CO 0 0 0 0 ((00 0 ((00 co c0 (00 (00 (00 (0 (0 (co co co co co (00 (c0 ((00 co N N N ` a Ill Cn m N— a W W NO N 0) .- N M 0 N N n CO V. (0 CO U) CD U) 0) N 01 (O O) W 0 CO n CO (D (0 V N 0 U) CO CO n U) 0 M U) CO 0) V (O 0 U) N 0 ✓ (D V W N (0 O V CO N N CO .- V N O N V (C) N 0) O N M 0 N- il) 4i M O W UO N O n U) (V d) n Vr 6 c0 M r 00 U) N 0) (O V 6 U) N C -0 ', 0! M V V U7 co n n co O 0) O .— N N co V (0 co CO n n co O N O N. N G � '� C ,-., uJ (0 U) (r) U) (0 u1 (0 US U) O W O CO (D O O O O O CO O co. N n n t-- 2? s) ,_ = s tsi o o' o o' 0 0 0 0 0 0 0 0 W. 0 0 0 0 0 0 0 0 0 0 0 L 0 (0 is>0) U) U) 0) 0) 0) 0) U) U) 0) U) U) U) U) (c) 0) N 0) 0) 0) U) U) 0) U) U) 0) a0 '� cTa O> 0) 0) 0) 0) 0) 0) O m 0) 0) 0) O O> O 0) O 0) 0) 0) 0) O) 0) 0) c'n cF) rZ , U) U) U) (0 U) N U) N U) U) U) U) U) N U) U) N U) U) 0 U) U) U) (0 N 0 III) O as a ✓ COVW g _ 0) C Cl) CO n V CO U) CO (0 CO N CO M N N V N 0 (fl V CO V N i C a) 0)Cl> 0> Ot U) CO N N Cn M n '- 0 0 (0 0 U) O U) 0 V' CO N U) 0) M CO CO d w (0 TO 4i (7 Cr N 6 r N co M 0i V O U) (O N N N W 6W V 0) U) L w W U' N N c"> 0 t'...- (O O 0) V (O N 0) O N V N n CO 0 .- CO V c0 N 0) 0 N O d m it >s 10 A- r_ N- tI N'- CO W CO CO N c0 CO W 6) 0 0) W cD O O O O O O O _ CRa p p R O e. , W 3 !^ 2 (A 0 O Q _ CO CO N N CO C:) CO ,-.. Cl) 0 _ N CO n 0) O n V CO ) n 0 V CI (0 CO n O 01 P.0 C:) 0 a- N - '- 0).- N N . 0 CO n V UO N 0 00 CD U) M C) N 0) (O ( C.) t.. tt) N (' t7 M O N.: V CO V r, dp (0 N O (0 (V Oi (0 M 1.0 (0 n 0.1 0) (3) C) '- - ('3 M V V U) CO (O n N CO 0) 0 0 N N M V' 00 M M M M T? V P I 'I V V V V V V V V V V V U) U) (0 N U) U) U) m 2 co c jy CO V 0 o cDimVW el O r.... N n M CO N CO (O O 0 V (D n IN N O r' U) 0 V' W N S:') O n 0 V n V N CO(O coc? n N CO CO n O 00 n Ui V N O Oi rt :o y� cV 6 n c0 V (V O) 00 c0 U) M N O 0) N V CO CO 0 N M 0f; t. U '- M V (0 00 0 N V U) N C) '- CO V) n r ✓ (n u) u) N (n (o (D CD <,, CO N t.. N- IN O. n oD CO CO CO co CO m CO CD CC i m co 3 r CO V U) 0 CO N N 0 IN N n ""' CO Op/ PO t+') 0 0) O) 0 V (0 N (O 0 U) CO V CO N CO 0 V IN V CO LO CO GV n (0 N IN 0 CO N. 40 V N O 0) N CD V M O U) (c 4 4 4 (Si CO (Ci 6 M N O 6 n U) CO CO 0 N V 0 IN 0> CO U) (0 00 0 0I .P CO tom- OP '- V) c0 N O 0 N V U) U) CO (0 (O (O (0 CO n n n n n CO 0 CO CO !3.7 G? 0> O) 0) 0) 0) 0 0 0 C) ✓ V V n n 0) M n (D N O N V M CO V U) co V V co co 0 n M N N N N N N CO CO CO V V (0 IN CO CO 0) 0) 0 O 0 0 0U) 0 U) U) U) (n Ui U) U) c0 U) N U) (n 6 6 O (D 6 (D (D (D 6 co 6 O .G () (D (0 (O (O (0 CO (0 CD (D (0 0 (O (0 (D CO CO (0 c0 (0 0 CO CO O (0 (0 (O E (5e co ):1 d d Y U) O V 0) (O n N O M (0 N 0) M M O M M (O n V 0) (0 (D V N M U) U) M M U) O O N (D n (0 O n os W n n CO N M N M U) N O ' d N N N N N N N N N N CV N N N N N N N N N N N CV N N cN N V V V V V V V V V V V V V V V V V V V V V V V V V V V m U N (.1 45 opC E w (U .t T7 co n n N- O L co N N N Z d CL CO Dl co 0 0 O O 0 O O 0 O 0 0 O O 0 O O 0 0 0 0 O O 0 0 0 O O O O 0 0 0 0 0 0 O O0 0 0 0 O 0 0 O0 0 0 0 0 0 0 0 0 co Q Ui 6 (ri O (ti O Ui 6 U) O U) O tri O U) O U) O U) 6 U) 6 6 6 cri 6 U) O n 0 N U) NO N 0 N 0 N U) N 0 N 0 N 0 N 0 IN 0 N U) N 0 N 0_ n co co co CC) 0) .^e 0 ) O 0 0 0 0 ' N Ni N N CO M CO CO V V i ) i p V C VV4- NV4 VN Uco) N co) ) N 6 UcoUUUU ) n U O u C d C co 040 v f i 0 C. C0 N N 0> 3 • • I 0 . .,-- 00 CO V. CO 0 00 N. (0 r- 0 0 Pr Pr 0 rt 01 0 0 CD V r- CD 0 r- scr 0 N- (0 a) 0 ct (7> CO N 0> CO NT s- CT, CO 'C 01 ,--. 0 0) 0) 0) 0, N 0 str. 0 0 Pr 13 • C.4 00 0 s- CO 0 s- CO 0 Ni 00 0 N 0 0 0 0 CO 0 s7 06 vi csi 0) 0 vi 6 s- N .1' CO , 0, ,- CV sCt TO h.- 0) r- N sct <ON' CD N- CO V. (0 CO CO ..-.. 0 0 CO N N N CV N N 01 CO CO CO CO CO 'Cr 'C st• .ct '7 .4- to in la co co co co ca c0 03 00 (0 c, . = c:, • > — o 0 (.0 CO ,t la- U) CO CD SO N , a> N 0 CO Pr- N. 0 0 0 N Pr 0 r.. 'C (0 0 NI 0 1- Pr. CV EL 0) V) 0) 0 1-. 0 s- CO 0) Pr scr .- co 6 c-) 6 6 v.) oo .1- Cc) C,) N- ..cl. CN in 1.0 Z 6 6 6 v.- ,- ci 6 6 ci 6 6 c:i 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 0 Lu w u 0 00 (0 Z 00 o ID = -1 T' .,L1 CIS o a 0 ...-..... _ a. c) . )) ,)<C CO CO O 0 ft, a . P.- 0) P.- Pr 0 'C CO CO N.. 0 Pr r- 00 C> 00 rs. 0 01 s- 01 NT 1- st CO Tr- 0 '4P ‘T' < 0 0 0 0 0 Pr. N N.. N. 00 0 s- 00 Pr. 0) V' CO s- 0 N 'C0 P.... V" N C> 0 0 0 'C CO N Pr- 01 Cr, CO CV 0 01 CO v''' 0 2, CO V" CO (NN N N N M 0 'C0 0 CD Pr Pr 0 ' 0U) .,. 6 c\i r: 6 6 4 6 6 c\4 r: 6 6 6 v- r: 6 6 6 r- CST ©@ Y E ,c) 0) LT r',. 0 0 NI 0 0 CO CO 0 s- 0) 'CC' CD , 0) r- CV rt 0 h. 0) 0 N 0 41 , s- .4- s.- N CV N N NI NV) V) V, C,) VI 0) CO Nr .7 .4" .7 "7 "t ..r) U.) +.0 +.0 LO X •f, F 6 6 6 Lo 6 6 to 6 6 Lo' ..6 tO tri Lri to to to tri to ul to to 4) kr)- ),-)' kr) kr> c6 < < <<< U) to co to co co co to (4) (I, co to (c) o co 00> (000 (.00 0000 (0 h- Pr. 41 ..= 2 ct = co a> a) (0 to co co 00000 00000 000 (D0 000 (00 a' 'NI N 2 0 f1i et, 1-- w ul . . cs, — N 0 .-- Pr. CO 0 NY 00 `I. 0 CO s- 0 0 N 0 0 TO 0 0) 0 tO 0) 0 CO CD CO N 0) Pr. 0> 0 CO 01 a) 0 NI P.- CV 1,- `ft ff-- 0 1,- N- 03 ‘..- CO O 0 N 0 1,.. 00') 0 CO -c-- V- CO 0) r- CT. <0. CO s- CO 0 CD ff- NI: h., 0 cf. I,- fli 0 f N. 4 .- cci ai, 6 6 r: tri oi oi CO 4 ,- co 6 c.-3 c; r,„ 4 csi cr, co 4 v- 6 ,.) ii cry N 01 sct 0 0 0 Pr 00 00 0) 0 0 s- N 0 0 V 0 0 TO N- CO OD 0) 0 C 0 = i.". 1---. h- N- N. 1,- N. 1--.. r-- 4-... co co co co co co co oo co co co co oa oo a) 0) 0) O a T 0C 06666 66666 66666 06666 60666 .c -4cc 6) 6 0 0 0 0 0 0 0 0 ,n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V) 0 1> t M 0 O. cr mcncno 0< 6666 como) 66 cr mo) 66 6666o) aL 2. • U) ui ui to- tri tri 6 6 6 6 ,r to' kr; kr)" ui kr) kn. kr; ui )r)" ui cri 6 6 4') ti, = .. 0 0 3 'C' 2 0 0 0) 0)0) o,., CO .,- .6 ..-- CO 0 CO 0 0 CO 0 00 N. Cr T-. NINT .- r- 0 (0 0 0 2 ..4) w. CO cf) 0 CO C.) 0) P... 0 'I" N s-- 0 C> 0 0 0 T.. CO U, 1., 0) 0 CO CO C> 6 <0; ,- ,a ai C) 'C 6 Lc; cNi c,c; 4 6 Qt; csi od 4 ci cci oj ai 4 v= r: 6 6 6 O ,,92 t; tt, (...) 10 ar 6 f,- 0) 0 ,- 01 6 CO CO CO s- 0 scr 0 Pr. 0) -c-- N 'C 0 I,- 0) 0 N CO 0 .,-- ,-- cv cs) N N CO N N 0 0 0 0 0 0 'C 'U' 'CT .1- '1' rt 0 0 0 41 - . - - - ,a ar .C- 2 Lia Z t o co 6 6 6 in I- f.f f,I 0 0 CO Vif 0 0 N 0 0) 0 0 N 'NT it 0 `CP r a> 0 Q. COO cr, oc, rof f ,,,,, 0 ',ft "fft CO N ‘-- 0 0) CO CO 0 0 ..t. v.) N NI ff-- ‘f- o o 6 r: O. 6 , ,,, a CO a‘, (a, 6 CO 6 6 CO Vi 6 r: 4 v- CO 6 N- 6 6 6 6 0,) U) 6 6 N. r..... co o, c., c N. ..,- CV CO Vi. V. ,0 (1..) a> Pr OD 00 CT, 0 0 r- CV 0 0 41 0 6, 6 6 6 ,, ,C, (0 CD (0 (0 (0 (0 co 0 0 0 0 CD 0 Pr N- Ns Pr , ›.., (.0 al C •- .),.., •,- N 41 0 0 0) a) (a ff f 0) N f..- 00 0 rf-.. `flf 03 1`.- CO 0) N-- CO CO fl- c- .•- LL a) co CO 00 0 s- r- h.t fn f f) an at 0- o so N .- CT, Ps. 0 NI C) I, sa. r- CO 0 C00 U) N- 6 6 c‘i 6 6 6 4. 6 o a) U) 'C f',/ 6 6 6 6 v-* 6 r: 4 r.i 6 h.: 0 CO 0 N vtCO 03 0 v- fvf, tc, i, co ,D 6 at CO s. 0) <- co cr. U) (0 c) N 0 0 .1) 0 0, 0 0 0 0 0 „- .- „ ,- ,- .--, c-,1 r 4 tN CV N 01 CO CO CO CO NI- -ct -'ct -O" C0) CO to U) 6 6) 6 6 6 to (la 6 6 CC 6 6 Cr, (0 tn. U) 46 to" 6 to U) U) U) t.6 CL to e 00) U..) N- N 0 0 0 01 00 N 0 CD N e- 0 ,r, 1,.... ^4 0 I,- CO 0) C0 1`,., 0 N CC'. 0 0 CO I,- h... N- 03 CO 1,. ,, CC 0 CI ,-- 0) 0 `CT ,-.. CO 0 NI 0) ui I, Lri oi ,-- 6 r.:. 6 6 v- 03 f, f f f, C0 ,- 0 fr, 4 c:i 6 co o ...-. r> 6 P.- 0, C) N sct 0/ CO 0 s- 0 tr> - CO CD Cs.1 •rT TO N- 0) 1.-- 0 O 0 ..-- r- s- s- s- N.- C‘i N CV CV CV Cs4 CO 0 f.,, ,, CO fff. ,1" V 'Cr fq NI' 0 U) 0 0 0 0 0 6 0 0 0 0. ai to to u) tri L, ,s, ‘n to. 6 tn. 1.1) 0 0 0 LC; CI g 'L' CO 03 1- 0 CO 0 0 0 0 1,-, CO N 0 1,- 0 CO Cf) N N. CO 0 CO 0 01 Pr rt scr NI CV N 0 0 0 0 0 st. 0 0 0 P.... Pr Pr CO CO 00 CO 00 0 f,- N- I,- N. CO 0 6 6 6 6 6 6 CO 6 co 6 CO 6 to CO to 6 6 6 6 CO CO co c.c; f.6 6 2 co CO CD CO 0 0 CO CO 0 0, 0) TO 0 0 0 0, CO 0 0) CO 0 SO f.0 CO CO 0 CO , ..., 3 E a a. co T:4 < (i) ,-... CD f<t CD CO CO CV 0 "Kt 0 0 0 0 CO 00 .6- 0 0, CO e- 0 CD l',. CO ,-- 1,- 0 N, 00 0 CI 0 CO CO f,- 0, 1,-, 03 OD CD 0 Cf CO *ft 0 h- , CO CO CO CT, 0 CO 0 6 0,i 0') 6 O 6 6 Cr "C 6 6 6 4 44 4 4 4 4 4 4 4 4 4 6 4 6 .-..t 4 4. -sr 4 -4 'C4 4 4-4 4 4 -4- 4 4 4 4 4 4 4 4 4 4 4 4 4 4- vz o >, c m -.4 °--- a) CD 7) O 0 0.. .C. "C. 00 -0 CO t-f, r- N. Z I• 1_ <1 0) CD C13 0 0 C) 0 0 C> 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q 0 0 CD 0 0 0 0 0 C> 0 0 0 C> C> 0 0 CD 0 0 0 0 CD 0 0 C> 0 0 CO 6 6 6 6 6 6 6 6' 6 6 6 6 6 6 6 tri 6 6 6 6 6 6 6 .6 6 6 6 C> U) I,- 0 N 0 1,-. 0 N 0 N.. 0 0.1 to Pr. 0 NI 0 1`... 0 N 0) , 0 NI 0 tr. 0 << cf. •s:t to 6 to 6 6 CO co 0 Pr 1,- hr h. OD 00 CO CO CO 0) 01 CD 0 C, 0 0 .- Lo C.,.. 6 6 6 6) 6 6 6 v> kr) )r) kr) kr) v) kr) kr) to ..6 to- to to to ca to a> 6 6 6 L.50 0 T . to = co e) C >) 8 to• g .. .o 0, cc, O• 0. 0 in (4) •,.- _ • • . 1 • • rt; 0) v 0) 0 N m o - M V V 0) O COW VI L- N N N M CO CO CO V V V V V 0 O CO O (O a N V N 6) c0 M O n V CO U) N m (O M O n 6 N 6 (O c) O n V co co 0 co co n co O N co U) N- O O N V N n 6) O N V CO IN CD tc- 0 o IN IN n N- IN IN CO CO m CO CO m CD rn CD CD, rn o) 0 0 0 0 0 0 � CO N ..a' c- a- .- e- e- e- e- e- e- e- c- c- 1.- .- .- c- .- .- N N N N N 'SiN to 6 ? 'a O oV) Q Cl ✓ U) n V O m N n m O CO CO .Cr N 0 LO n CO m CD 0 tr) V CO Z IL: N N V m CO V CO n CO CO V O N 0 M 0 Ni- n M d' U) N CO LC) n O W W U O O O r O CJ O .- CJ O O CJ C7 O .- O O C) O O O O O O O O U CO m Z $ Q Cn N 1;5) N ..a 7 s a d s O o m m .- z aaL. x as N N 7 Y o N M 00 coo V W CO N V CO CO CO N (p V0) M N O O O (n m co n V (O Q m O (O Cn Q7 co O co n V co N O C) n O) t0 n a) N n n CO CO CO CO CD CO co n n n O (O (O CO (O n CO CO CO 00 CO CO CO, n 0 N. n 0 ' n C) 6 (IJ n M 6) 6 .- n C) 41 6 .- n M C) U N- C') CA (C n M n Y co O M 0 (O CO CA M V CO N- 6) N V (O IN C) O N M 0 IN CO O N © E to 0) (n co (O co co co co co n IN n IN n N CO O CO co CO co a) O) O) a) CD C) O 7 a5- ((j U) (n tri U) U) N U) U) U) 1.6 U) U) U) tri tri (O U) 6 U) U) tri (O (f) O. (n (O m r r a) E 2 H 3 co coo a> (0 co CD coo m CO CO m coo m coo co` m (CO m coo (0 m (0 coo 0o coo CO coCcoo coo • cb m h ww W O U) V M N V O V V M U) N CO N .- O M n V M M r7- &92 `42 (O CA M CO (O N (O n N_ O _ n V N CO N O (O (A C n O V n V n O V n O V co N CO, O (O N N CO 0 V O (O N W Gi i (9 m O CO (n N O n V N O) (O V C) O V 6) (O V O) N- V N O V ii C) . N 3 '16' 2 (0 O n 3 A QO O N N 87:', 228 V N O O n W O O O _C o G V 1T) U) N Lo U) N U) N tO in to U) tO tO U) h U) N U) U) N U) U1 N U) U) LC) t)) 0 0 CA m rn m 0) 0 6) 0 6) 0) 0) O a) 0 C) d) rn a) 0 rn o) a) C) Z ko uY:'...vS u) U) (r) u') t v) U) U) U) u) U) tri v) U) u) u) cri US (n U) tri u) (ri tri c a) p Ci 2Cr R ) N c =g C: V y 7 CO M O O V O N N CO N 0 C) N V N n -. CC) CO W sc 0 6 4.� N V '- CA O N 4 0O n O O .- N co N CO W N V O n W C) N CO co o a,- 0 .. N x, ^3 C> N- C) O) tri N M O 6 6 W6 6 CO V O co Ci 6) U) <- n V C7 CO N N rx) o ,, M (O (Q (O O M N co co O CO V CO N- 6) N V CO n a) U (t. (O to 0) CD CO CO N- N.- t` r N- h t, W CO CO CO CO CO O) CA O) O) a) O) t O CO M (CC (f) N CX) to CSP CO C)) CO 0 O CT N CO CS) M V V V CO (0 V CZ 0 O O 0-,0 C) 00 0) CO ')) co C.A O O co V (O m M U) n O) N V r 4) n V CC) (CC) (z3 CO N 0) (O C) 6 U) N a) CO C') W C N CA n V M V U) U) C4 P'..... (- (O 6a G) O .— N N M V V U) CO n n 00 a) CA O i, n n n N_. P..... h- 3,... t,.... IN CO W N N N N CO CO CO CO CO CO Oa W W Cr, 6) Ds CL CO z7 C N C L.L 0 6) n CO V O V 'Q (O N CO '"% 0 N- 0 a) 0 M W OO N O IN N O CA CA co U) N O co U) co .- 0 CO TO N (3) IN M 0 CO .- IN V .- n V .- n V M O (O (O V O) n tO N4:i CC CO M d) n V N 0 n U) N O (O C M ch n 6) O N V CO n O) M z? CO N 0 N M (O n CA O N V CO 00 0) M G) CDL- ✓ V N U) co (() U) u) ip co VJ os CO h^- n.. t� IN n n W CO CO CO CO CO 6) 0 01 cts U6) C (() U) ,c," U) N l(1 U) U) t(') x(� U'J t<. (ii µ") tt+ x(i U) V7 tO U) tp U) N (b (O 4l t(') 0 to7 0) 0 N- CO V O V V 0 N CO CO C) h. C:) C)) , r1.) CO N O n N C) CA CA U) N C) (O V N C) n U) CO O (O C4 M r...... ''`'. V O 117 - co U7 co In O N (O m 7;3' 6 n V N O W CO M 61 ryC�'.-. T)' N ,'..?5, h ui N O (b (O M ^ tO () (• 00 U) (O (O (O (O CO (D Nn n n n n CO 0 (CO CO/ CO 00 O 0 C)) 01 @ 0 O U) U) U) U) UJ U) U) O. co- U) U) U) U) U) U) U) IS'r U) U? ui U) U) (n U) O. U) (O N 0 (V 6) V O CO CO W CO N m (O U) V _-- 0) N W O) CO N N M 0 CO U) CO n n O (h U) U) V V N N N O O O O) O O CO W CO n CO t O O 282 88882 28282 22222 22222 O UO) E - a m 'N Y U) M V to W M V CO CO N CA V O O N CO 0 U) CO N- (O 0 O 0 CO O 6) 0 n (D CO n V CO CO IN CO N n 0 00 N V CO .- O C) 0 .- CO O W Q V V U) V V V V V V V V V V V tO V U) U) N U) U) V 0 N V (1) V V V V V V V V V -4-4 VV V -I,- V V V V V V V V V V V V 03 • m E N (6 L -c a (...) 0 ...t v m n IN t.-- 0 p 2 Cp (i N N Z ° a m co rn0 O 0 C) 0 0 0 0 C) 0 0 0 0 0 0 C. 0 o a O 0 0 0 0 C. 0 0 S` 00070 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 0 o ui o U) o h o u) o U) o U) o ((i o C o U) o Ui co U) o o o ui o N N n C) N U) n O N U) n O N LC) N- O N (O n O N U) n O N (O n .- 91 N N N CO CO M m V V V V 0 0 U) U) CO O CO CO n IN IN N to 0 (fl W cc co O O co co (O (O (O O O CO (D CO (O O c0 co" cD (O O coO O O p C i 2 3 (U p C ?. va + a d ,. 9 0) d CO a Q N m G 7 0 0 0 • 00 V C3) 04 CO 0 m a 0) o T- r- o o 4 r- TT 0 CO CI 7 OD V CV 0 CO 0 0 in V. et CO CV 0 (C U) CO 0 0 en OD (C 0) V 0 CO .r- N , OD .7 0 -0 0 6 m ci R 4 o R 4 .- N.- V ci R m O R. M ci co M oi <a M CV vt 0 h 01 7 CO V 0 OD CD 7 co V. CO CO OD 7 CO .7 CO CO 0 7 04 vt CO S 0.1 04 CV CV 04 04 CO CO CO CO 0 0 V V V V V V 0 LC> 0 0 CO 0 •..... N. 04 01 01- CV' CV N CV 04 CV CV 04 N N hi N 04 0 N 01 01 CV N 0.1 N 04 CV- c- 0 U (1) o c) c) 5 a o Cr) co co U... C) 4 o 6 4 co cc, co co 0 0 CD 0 00 7 (C 04 h h 0) CV 01 V 0 7 0 0 CL 7 LC> vt. 0 CO co o co 0-) CV 7 0 1- CD 04 OD 0 0 0 0 h 7 V 04 CO CV 01 Z C:7 0 0 0 0 0 0 0 ci d v-, O O - 6 O ci o O d o ,- o 0000 0 ui LL.I 0 CO 00 Z V 7 7 .t. O 0 r5 e0 0 -3 0 0 _0 " 0 g ....' Z X F....., a_ 4.LL e fl2 0 0 0 D .( • 0 - 0 cp o, to 0 co CV 0 0 CV 0 CV 0 0 CD 0 CV to .7 CO 0 01 0 CV U) 0 0D 7 V. CO Cr> cc) V .7 00 0 CV 00 VD 0 N. V N. OD 0 OD 0 CO CO CO CV CO CV 0) 7 7 CD OD CD 0) ,- 6 6 0 < to 4 m s- 0 CO (0 Sr. e- CO. LO ,.. CO V) CY) NI< 0 ln CO CV CO CO N. CV N. 04 CO h h 0 ' 6 ..ri ,-, R oi 6 4 o 6 .,-- N 6 6 4 oi 6 ci 6 1, N. c\i 6 6 oi 4 0 6 r- Y .- 6 to co co o', ..- 6 4 co r- 0) o 0100NOD 07- COV CO N- 0) ,-- CV 04 0 0 E 6 co c, a:, 0 0 0 0 7 ,- .7 c- 7 7 0.1 01 01 04 CV 01 0 CO CO CO CO CO CO V' V OS < ‹ 0 X E ,2 e- (C (C 6- 6 (6 6 6 (0 6 co 6 6 (C co (6 co (6 (6 6 6 6 (C co co co co 6 V co o co co co o (0 (0 co co co (0 co co o o o co o o co o co <Jo co co co N 5 q., , ,,,, CO 0 CO 0 0 CO 0 CO CO CO 0 CO 0 0 0 0 CO CO 0 0 0 0 CO CO 0 (C (0 ''''' 2 a Lu in co H z. Lo L.- •Lr 1-- co - o) co cs, r--- c0 oLL •- Lcr •o N. CD 0) CO CI OD 7. CD N. 7. V' CO N- OD CV 0 OD 04 0 CO CO V 7 V CO 0 V 0 V) CO h CO 0 0 0) 7. V V' CV h v. .7 h. CO 0 0 01 OD V CD 0 co to o 6 a: to i-- ,- co CD V CD 0 N. a; N. (C (N ci 6 to (4 ci CO 6 6 .- 6 6 M O ca 6 6 o 6 6 c,i ci r: 6 01 O 0 a< c,:. 0 vt in 0 CO h 00 OD OD 0 7 7 04 CO V V 0 0 h 1`... CO CD 0 0 7 01 C 0 M a . 7 7 7 7 7. 7 7 7 7 Cs, N. N. N N N N N. N N. N N N m. c`,,. E. = 0 ' ,.--.-- .E (C )C) ,3 0 )0 V) 0 1.0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 in 0 0 10 0 LCD to 0 ,-", 0, CD 0 0 0 0) CD CD CD CD 0 0) OD CD CD 0 CD OD CD CD CD CD 0) CD 0 CD U 2 re. , z :.:, 6 6 1.6 in ..r) 16 L6 ..6 ..ri ..6 6 ..ri 6 6 6 6 to 6 6 6 to- to 6 6 6 6 C .2 ii; .45-2 CO F 2 E .- 0 C 0 CV CD 0 6 7 f, , 0, 01 70 (C 04 0 0040 .701 0h (0000D OlcOCDCOCD CS> COCD0 7. 6 6 C-, 6 to -a- 04 CO CO CO h cc) CD CD V CO to . co 6 4 ,-_, ,s; ‹,..i 6 4 O 6 csi 6 6 oi 6 .-- <0 C‘i N Cei on V d co ,-- R M ai ca 0 4..' o 0 „, <., ,-.A. 4 ., .. co o 04 cO to cC) CO CD 7 cc) V CO I.... CD 0 01 V 0 N. CO 0 0 ,,' X >, c0 <1 0 0 0 0 01 a- 1- ere e- e- se.' see CV 04 CV 04 CV 01 CO OD CO CO 0 01 (CV cs- ,a 0 SD 75 z - oL :--, o.:' ,: N CV 01 CV CV CV CV 01 0 0/ CV N N 04 Oi 0/ 04. N 0 0.1 04. CV- 01 O 0 ,...., t . ..S. (00 t 0 - 0 co z co z z z c, - - co .c,- OD 0 7 0) CD CV N- e- 1- 0 0) in CO c- 0 CV 0 (Cr .4 ,-. 0 r ,t, (0, N- 0) 0 CV 0 cc) V to (c! R oo CD OD 0. O. 7 CL CD 0 (0 6 C a.,, 6 04 0 P. 7 7 ca 6 6 O r: 4 s-- 6 U) CV 0 0 cO 7 00 0 S') gi 1) '01', 2 8 2 '2, 2 '2 288 22882 282 ,'s. 2 Sc) c-,z ct . _ . . _ . _ _ .„... ,._ ,.... ,.. ,_ .,-- CL Q) 6 f,, C) up co c ii. (N (0 ,- N.... 0 1-- 5- (C) 0 CO 0 CC 10 e- 1- co 01 0 0 7 vs 0 0 c- N. vs.- 04 (N 0 h .7 CV 0 GO (C) .r, V 7 '.1 V 0 CO h CD 7 CO 0 CO h CD 5- 01 V: CO 0 , 7 (CU) 4 c.i 6 N: 1.6 ,,,, ,-, ,, - ,-; 6 ,. 6 N.: (6 4 (-) 6 6 6 6 6 .- a; ,-- 6 6 co 0 04 V 0 t.... 0,, '7 .N V.. .U.., 00 <,, 7 CO 0 N. CD ‘77 <V V (a .:0 • v- CI) 0)0 CD 0) 0 0 0 0 0 0 - , v- , T-- C‘.7 04 CV 04 04 0.1 en 0 0 0 CO V- V Ch. _ . . . ,...... in ,n 0 CO CO CO CO CO CO 0 “„t 0 CO 0 ,o 0 CO 0 (6 go cci (6 CO 0 6 CO CO 03 CO e 11, tp 0 2- i `c ii L4•3 "-- cr O. c`vc 3 ;7- T:1 F ;)) (C) 2 2 C <2 2 `'.'" 2 2 r". 3") 8 "" 2 2 (% ol C,' 6 4 csi a> r-: tri 6 r-f 6 6 4 csi ci 6 r- :, Cr ,.,. oi 1- 6 4 c‘i 0 (CU) U) 04 vt 0 h 0) 7. 0 0 0 00 CD CV V. 0 I.- 0 7- ,-,., V 0 CO 0 04 V 0 0-- CD I 0 p 0 0 0 7 7 7 7 7 CV 04 CV 04 04 N c-, 0, 0 <C 01 V vt V V- V V' CO 0 0 6 6 CO CO (5 (0 0 CO CO 0 0 CO .!,", ,,) 0 0 0 CO 0 CO 6 CO 6 • g I ,,.. (0 ((C 2 2 7, 2 2 ,7 2 3 2 2 8 'e0 'C DI C't (0 (C CO 2 (2' CO 2 ''. ,,,`:. 8 2' -E. 2 2' 2 2 2' 2 2 2 2 25 2 2' 2 2 2 2 2 (2 2 2 2 2 2 2' 2 25 (C ...... E 5---_- .S a_ 6 7.1 < < Y Cl) 6 04 01 c0 0 CD h. 0 0 T-1. 01 5- h 0 (C CO 0 0) OD CV 0 04 CO 0 CO N. CO ,..X.' c0 h CO 0 h (CU) 0 01 CV OD 0) 0 (CU) V. CV CV 04 V CO CO .7. V CO CO CO 7 7 ..7 V V 4 4 4 4 4 6 6 6 6 6 6 0) 6 6 6 (4 6 6 6 6 6 6 .7 V 7.' 7 V V V 7 V V V V V V' vt VV. V V V vt V' V' V V V' V 03 O >, 1.> ''..".-. E _• C 0 CD _c op z• X Cl. CO 03 03 0 CD CI 0 0 C> 0 CD CD CD 0 CD 0 0 CD CI 0 CD CD 00 0 CD CD CD 0 CD "X CD 0 0 CD 0 0 0 0 0 CD C) 00 0 CD 0 0 0 0 0 CD 0 0 CD CD 0 0 co O ,ri ci 6 a 6 ci 6 ci 6 ci 6 ci 6 6 6 ci ..4 ci 6 O 6 O (Coo 9 CD0 0 0 0 CV 0 h 0 0 0 0 0 UD CV 1,.. CV 0 h CD 04 I,- CV N.. 04 N. CV Oi a co co co co 0 0 0 0 0 0 CD 0 5- 7 5- 5- 01 04 N CV (C CO CO CO V V V' L.0 ....., , Z` Ca 0 0 CO 6 6 to 6 h r: N.: R" Nr R N.: N: R R r: R N-7 R N- R R 1‘...- h 0 ›, * at E. '. U. .4«.. .00) 0 CD N C ',.. 0 0., CO 0 to 0 0 1, i • • I s- a) N CO U) V' h h V) O CO O L- sl- U) .- 0 CO U) h h N- V CO CO OD N N I CO U) 0 0 O V' CO N U) O O N V' CO h CO O O .- N M M V' V' U) N ! a d 0 _N CP N (V6 V' .- N M O6 N N V' O 06 O) U7 h M C) U) j -- N-. 0) N V CD N- 0) N V CO h O) O N Sr u) h O O N M U) 0 CO O U) N 0 0 (0 (0 CO CO h N- h h h h CO 00 CO O O O 0) O) C) O) O) C) O I CLI • $ N Nt. N N CV N N N CV N N N N N N N N N (DN N N N N N N COI Co N O Co Cl) CL (0 h O) CO CO 6) U) V' 0 O C) U) CO CO O) O CO VU) O C) N- 0) N h CO C d N CO N U) CO N V' U) N M N CO CA .- N CO N V N CO M N M V' M V O W W U O O O O O O O O O O O O O O6 O O co .-- O .- O O O O .- 0 CO N Z Q CT y 0 i N 3 .0 a O 0 c ?- OS N Z Z d `" U) NNYfN O O 0 M 0 00 0 0) N M h r CT O N R N 0 UUN O O CO V' V Q M h V 0) O UO st N N 00 O O CO CD U) N h CA CO O N 0 M O N h U6) M 0 CT - M U) 0 00 C) O) O ON N N CO CO V V h h 0 C 0 N N M N M 6) V• d 6O U) O U) O 6 O r O 71.. 0 0 CD h Y V U) h CO O M V' 0 h m N V' 0 h CO O co 'C' 0 h O O N M N E U) (D) St V' v v U) U) U) Cn U) 0 U) 0 0 0 CO (O 0 h N- h N- h N- N- CD co co m Q Q E0)0 c00 0 W 00 CO 00 COO ((0OO6 O00 0 ((C 00 CO CO 0O (0 U0 CO CO 00 CO (0 (0 0O 00 00 00 0 I N- h N 3 0 CO 0 CO CO (O CO (O (O 0 (0 (O CO 0 0 0 O 0 0 (O CO 0 CO (O 0 CO 0 0 CO 4-5, N N 2 C CO �. CO CO I- W W 0 M CO CO st CO CO 0) M h 0 OD N V' V' CO CO N V' 0 h CO CO M CD O 0 h V' O V' CO U) M N O 0) O M CO O CO U1 CO CD O CO N CO O CX) M co 6) M U) h co N U) h 6) N V' CO OD O N M CO 7 d• V' M 47 O h V .- O 0 M O h st N O) 0 M O O U) N W h V• (b U) N O) co O 0) 'N M V' U) N CO h N N CT O O N M CO V' U) U) CO h O O 6) O O C a 0 C M M M M M M M M M V' V' V' V' V' V V V a 7 V 4 V' V' U) U) U) E.' .0 .0 +L' .- .- y d L. u) U) Cn U) C[) U) U) U) U) Cl) 7 U) U) U) U) U) 7) U) N U) U) N U) U) N U) )7 CO c• , +r) 0) C0 0 0) CO 6) CD O 0 0 CD O Q) W 0 (7) 0) 0) 0) CD O 0) O O m CI)co 2 CS) (6 U) U) U) U) U) Ui 1. U) U) co- U) U) U) U) 6 )6- 6 6 6) U) U) U) triU) U) m o m ti ' C tU V R '4 tY C V y 5 M t... C)) Cit N h 0) 0) (O O M CO O h M U) U) CO O N N CD CO CO h CO O Com) U) v- N- et O U) O U) O U) O) N Cl) W7 V' 0 co O co 0 h O O N V CO O w i d 0 CU - i<', 0 U) h CV W M CA V' 65 U) O Cn 0 .- 0 C•1 N N N Ni CO M c0 M a) 0) N V' U) N- O O N N 0 O W N V' U) h COO 0 CO Ca d >,>, N V "t SC SC St U) U) U) O N 0 CO O O CO 0 0 0 h h h h h N- CO CO CO 75 rt it ,= o d 2G --, N N N <v 0.4N NNNNN NINNNIN NNNNN NNNNN N J R Z N 0 UJ 3 rt o O U 0 N V' , N .5.. O) O CO Oh 0 0 h h h 0 0M CO V' 7 0 O oz O) CO t. 0 St CO O CO h (D UvCO N CO m (0h Q) N OU (V 0, GO c7 O M1Cr N V rO U) (Ni O) 0 M O O M O (D M C N N M --t St C') 0 { h- a.) O CT O r' N M CO O U) 0 co O CP (70 L-- r --' �- <" ,' <- .- N C N N N N NNN N NN N N N N N C CO e Z g CO C6 C C) N O O h 0) V ,- NC) N C> M U) O c0 U) (O U) 0 CA V' M_ N N CO t. O N U) h O V' O N U)rto O N h- M O N h V' O U) N C) r. t- CO V N O 6) h Ui <)' CS) - cr, O 6 C() M N O Cri W O Cri V' N O co -,--- �co U sr _ N M CO h CO CO O O 0 N U) CO O O v v v uuUufl to (, (u eo �� C�, h N- h h COO coO w coO co w 0) a)0 - 0 Co (C ro co- co' o o co ) 0 cco (6 )� c6 QS (o co ) (o co ao (o co o s 0 to 2 • C) N 0 O h CO V' N 0 N M 0 to, c) CO t.tO r;) U) CO CA 7 M N N CO V (O O st O N CO O U) O (1) O 0 t,. C.) O) N O (0 N Q) O M 07 6) 1•- 0 V N r O W O U) co N C) <i h. f) '40, M CV O 6 06 O UV' 7, M) V U) O O N0 0 N0 0h 0 .h M(. hUth- h• 'C, <V aO O O 6m 63 2 $ O (O W c0 W (O O t0 (C (fl (6 0 (6 O 0 0 '0 ro <( co 0 co- co- 0 co 0 (cO CA U) h 6) CO St MM NU) h 0 M N u) N O CO C M U) M O O O _ _ _ O) O O O O 0 O 0 CO CO Nom- 0 0 0 0 0 O CT O _ N M V' h U) 0 0 co 0 0 0 0 0 0 6) N 0 O N U) U) U) U) U) N co 0 CO 0 0 0 L 0 0 CO CO 0 0 0 0 0 0 CO CO 0 00 CO 0 0 0 0 0 0 0 CO 0 0 0 7 E ,1 a co N Q Q Y C) M 6) 0 M C) h 00 ,- VC, M N O O M 0 N N V CO 6) O U) 0) N J M0 .- 6)hN- N- CO 0 U) N N co .- '- O O 6) O NN- 6) U) 0 0 U) U) N ,� CO M t'7 M N N N N N N N N NCV N N (V V' V' V V' V' St V' Sr st V V V st V' V' V' V' V' V' V' V' R V' <t V' V' Sr CO ✓ >' V CO — r" E• m (73 .t8 CY) h h- h O ` CC N N N Z a a o5m CDO O O O O O O O O O O O O O O O O O O O O O O O O O O o0 0 0 O O 0 0 0 0 0 O O O O O C) O O O O O O O O O O lc( U) O u) O U) O U) O 6 O U) O U) O v) O U) O ti O u) O Cri O Ui O u) co h O N U) h O N N h O N U) h O N U) h O N U) h O N U) h O N pi a V U) U) U) U) CO 0 CO 0 h h h O CO OO 0) CA O CA O O O O 1- (C) Pv 0 E h h P- h h h h N h h N h h h h h h h Nom- h h co co co (C co co 0 t* c i 2 CQC >, co m D. v . o C 0 ' O %**? E a m 0• a O 'S 0 co • 0 <> 1-:. M n O W O) U) O (0 O CO 0) (0 CO N O N N W n O CO N V' n CD < V' M N N •- .- co. O co co n (O f0 ),0' N 0 CO N M N O) n V .- 13 n M 0 to n M 0 u) n N O V' O (0 N t0 V' O U) h, N6 V' 0 • M V O N 0) N V' O n 0) 0 N V' tO n <0 0 CO LY) CO CO CA 7 CO 0 0 0 0 0 0 O N N N N N N CO M CO CO CO CO M V' V m COCO- M M CO M M M M M M M M M M M M M M M M M M M M M M ti O L0 CO M O 0 '7 n M M CO CO t0 (C) n N CO N CO V' 0 0) O CO 0 0) Q ,- (0 O) 1.0 M 7 co n M N M CO N (0 CO CO CO V' N N 0 O Co M N 0) (0 W W U O O O O <- O 0 0 O 0 0 ,- 0 0 0 0 ,- O 0 O r 0 O 0 ,- 0 com Z a N 4 .0 Q C C6 03 Z Z _. a N N 3 Y 3 3 y 0 0 f0 CO N C0 0 N n O V' N W 0) N CO O CO 0) N 0) CO O n CO CA O 0 V V' 'G Q N CO CO N V CO U7 n CO n N CD CO N 0)0) (O CO O W V' M O 0 V M M CO M M V' V' V' V' V' 0 to V 7 M CO M N 0 0) CO a> n 6 V' M n n 0 i - O ,- O a, Co O W (ci co CO 6 (O 0 6 0 tri O O O n Y co CO (O 0) c" N V' 10 n 00 O 7 M V' (C) n 0) 0 N CO 0 CO W 0) 7 N V' N @}© E 6 co co co co O 0) O) 0) 0) 0) CO 0 O O 0 0 O 0 7 7 N N N Ce E E e (o (o co ro (o (0 (0 (o (o ro ti r- N- 0 n n 0 N r N- N= N- N. h- N- 0-: CI') E 3 U) O O (0 (O CO O (0 (0 (4) (O (O CC) CO (O c0 CO (O CO CO (O O CO CO CO CO (O O tin LI) 2 i 3 (o (o (0 (o (o co co (o (0 co (o (o co (o (o (a (o (o (o (o (o (o (o (o (0 (o 0 O V' N N 0 0 0) 0) N CO 0 O CO CO <0 N t0 CO M M CO 0 (O W (0 0 1,- (111. M n 0) CO M 0) 7 N N 0 01 (0 n CO V' C) M M N_ n N_ CO 0 0) W 6) CO CO O n CO 0 CO N a) M co V' O) V' 0) M n V' (0 CO (0 n CO CU C:) O 40 M O CO M O Co M O) O N as 6 N 6 N N V' O n M Q) O () `" (p C`3 N M V' co N (O n N- 00 CO 0) 0 0 (.- N N CO V' V' 0 (O CO n n CO 0) 0 C <C t,) N t0 (0 t0 10 U) t0 )r) t0 to (O C0 (O (O 0O (0 (O (0 (O (0 (0 (O O (O r ca co 6 6 � U) 0 0 0 L U) U) r r r r r r r r r „- r r ca co t0 U0 LID0) 0) a) t0 t0 t0 t0 t0 t0 u) (0 0) t0 10 t0 a) t0 a) t0 t0 N t0 N O .0.. u} 'C)) CO Q1 07 61 O O O (» 6l 6J O O (D O 0) O O) � O 0) O) O O O a1 tr O y tf 6to t0 N N t0 N t0 t0 t0 (0 t0 t0 t0 t0 t0 t0 t0 N t0 t0 t0 t0 t0 (0 t0 .0 m .0 as '_ (iN C R a- O C) N CO V' (0 CO N- CO (0 n 0) CO O N N 0 V" (O (0 n 0) co U » CO (i. c- (VV <0 r 0) ' NV40O h co 0) 0 rN NNN N 4 0N ) z (u / O) V' O O O ) O to O 0 CO r O 0 w t41, (9t+ V t1 0 ', M U (0 CO 0 0 CO NI' n 0 N CO 0 CO CO 0) N V' O wQ) 0 CO0 4O O o 0) 0 0 O O 0 O 0 N N N .= O .0 CV N V 0 0. V N N N N M C) M M M (Y) M M M M C) 0) M M M M M J F-• E Z 6 C t O 40 CO VC°) h.. N <t C,3 0) V' O_ V" M 0) V' 00 CO t0 N t0 (0 V' W n V' 0 0 O) M 7 C7 V f (> M W M t0 (0 W 0) O N N N N 9 O) 6- a)0 (o.''' N 0) CC> ,C''' i.'''') 0) O N CO V' O (D M 0) t0 .- n• M 6) t0 O W CL O N M "7 <1 l.. SO (O n CO CO CA O O 7 7 N CO CO V' V' to (0 0 M M M M M 00 00 M MM M M M V' V V' V V' V' V V' V' V d• V' CO L Z v O U) 1 WI t C 3 CN co O V' co V' 0 fn ,- 24 '.(`) Y co co CO N 0) M 00 N O CD CO h- CO t0 CO N O CO ((0 L7 0. C'3 � ...) 0) (D CO CO n N CO 0) 0 O O 7 M )0-. V � h. CO tci V• M N 0 O a) 4 to t.,-, 4 N O 6) m n (0 t0 u7 V' C') N O ) t0 N. 0M 0 C0 O C S At CO N N CO N n O) CO 0 n n - CO m 0) Q0) 0 0 O O O 0 �- - .,--- .,. c' NNNN NC) MM M M V' V' 0) 6 O co O n n n n n 0. 4 a n r`. 0 h' r n n n n n n N- n n N CO Q 2 _ a.- LO 7 O 0)n T.-CO V"N O 0) CO CO t0 V CO`? 4"1 70 h! 40 N CO V' V- V" 0 n co M N O 0) co n (0 0 M N 0 O) a) N. S) (0 " vi Ni O CD co n CO t0 M N c0 co O N V' (0 CO O N CO 0 i`- 04 0) 0) dCO N ' CO O 0 O O O O N N N N CV N C+? M CO V' V' V' V' V' 10 C) n n n n n n n n n n n n n n N- n .. �... p,- n. n n. n n n n n N v � <h V' M a) O 0 N N 7 0 0 (O N 0 O N N N- V n W O M CO O (0 C.- O) O M M V' 0 0 0 (0 0 co OO co O) W O 0) O 7 N V' t0 0 N- N .0 CO O CO Cp CO CO (0 (0 (O (O (O (0 O (O CO (O (O CO (0 (0 CO (O CO (K) O (O CO Z E • N C a in •N Y CO t() 0 N M O 0) V' n t0 CO 0) 0) n t0 O) CO OO CO V (0 h- V CO n N 01 '- O O N 7 04 O O (A O n CO n n n V' CO CO CV V' V' '- 7- O) O O - O O O O 0 O O O O O O O O O 0) O V V or V or of V V' V or V' or or or or V' or V' or V V V or V V M -c- to(O O• N t) a � V ▪ Ts co 2 cn N (s';' N z a_ a_ m ( co 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ' Q 0 O o 0 0 0 0 O 0 O 0 O 0 0 0 O o O 0 o O 0 0 0 0 0 O (b O CO O tri 0 U) 0 6 0 6 O tri 0 ui 0 N O (ri O tri O tri 0 U) 0 u) 0 O 4)) n O N 0 n O N 0 n O N 0 n O N 0 n O N 0 n O N 0 n 0 a- N N N N CO CO CO M V' V' '0' V' t0 t0 O0 t0 CO CO CO C0 n n n n CO 1<j Q CO CO CO W CO 6cotO co- (O (d co CO CO OO CO W 00 W CO CO CO CO CO CO CO co Q 0 c CY • b O) 4)p m Q N G) ) 0 O a (n a rn • • .._. • C N U) O) n CO n N CO IN 0 CO CO 0 N N CO CO 0 CO C CO a) 0) Co 0 I CO O .- et Of CO M 0 IN CO C) O CO O CO. CD C M N N .- r- ,- N M C O : a (D N 0 C .- N U) O C .- 0 U) CO u) CN O) 0 CM 0 n C 0 U) N 7 C CD N- Of e- N C CO n C) N C CO n O) N C CO 00 O) r- 0 C Co O C et C C N U) U) U) N U) (O co (D (.O CD CO N- n n n n n co co co O co CO U M M M M M M M M M M CO M (") M M M M M co- M M M M M M M M 1 MN i g , O C() (0) • et M M N n N O 0 CO O) 0 r n 0 et CO CC) (D O CO O M Z 00) .- C N et 7 co N CO N 0 N M O n 0) CO C N 0 O n O 6 C 0 W W U M O co Co C .- e- 0 0 0 .- e- .- *- O 0 O .- .- O O N - N r` r- U O O Z Q CA q 1 h e d o) s .8 O p c N as Z ZC m a. 0 N J Y C 0 Z (p N CO CO 0 Co CD 0 01 CO N CO tD N M CO CT O) rn CO M 0 CD et Q . M N et 0 N O et N O N COO 0 C OOD COO0) V) CO 0( 0) Oet N 0 N. CO 00) 0 n IN 0 1 0 0 CO N O 0 - C O CO C) a) u) N 00 CL) N W 6 N O) C0 6 O 6 et Y O n CO 0 M O CO CO 0 M C (D O CA CO C O CO 0) CO CO CO O N _ C.ice' N N N CO M M M M M et et C C C et C U) U) CD O O CC) (O O CD CO CO _ E_ N (D CD Co CO CD O CD CD CD CD CD O CD CD CO CO CD CD CD CD O CD Cfl O CD CO CO m Q Q N N N 3 C 2 C,6 �=„ (o 0 CD CO CO 0 Co O O CO Co Co O CO 0 CD CO CO CO O O CO CO CD CD CO Co oh ah i- LW W I O O n CD O n 0 CO et C CO M C n CO 0 N 0 N N O CO O 0) 0) Ct) C n CO 0 CO O O M IN n (O CO rn CO M O n U) u) 0) 0 C M n 0 n t- 0 CO N N N (0 0 M O O) N M et U) O et N O) Cn 0 (D O M C CC) CO "' rn O 0 N6 0 6 O) M O O M O 0) M CD rn N CC) co M O O) C CD O O : .) T. .- - N eN M CO M CO C C C Co O 0 CO O 0 CO n N- n n O C 0 C (0 n N N n n n n n N n n n n n N N N ,`-... ,---.. ,-c ,--. N NJ"- N N F.. L N ... r r .- r .- 1 T" r r- .- .- w N tU) to U) CC) U) U) Cf) O O O Co O CC) O CO O O Co CC) Co U) 0 Co U) U) Co U) O ' m D (`) O) 0) 00) 0) 0) O) CI) 0) 0) 0) Q) O) 6) 0) 0) Of 0) 0) O) 0 0 O) 0) 01 CD 04 z zr> may, CC U) to- u) vi N U) u) U) ui U) 6 vi Cn 6 U) ui U) v) U) 6- 6 U) Ui u) I v C iii ¢i Q • U CUC ;a0C C v CW O C. N M C CO M .- CO O CO CO CD n 0 o O ON N (D n CO O C) mm V et 0) 1- 0 N D 0 C n .- O 0et 0) CO . O CO M .- W CO N. n n n CO m N c,> 0 CO Cri a) uN cd ee - eNd eO (o uN oo yU co, C:) <+! MO O co 0 co cocCo O o . M co co M co o co NCR0 y QoG T Q fJ 0 N "> h) M M M M R V C V' VV to U) UU) U) (o Co co Co Co co co N L ? ^ > tN '%) C) "M M M M M M vi. M M M M M M M M M M M M M M M Ti 0 0 o ? 0 01 1-- Z o U W a oM N N 0) tYa eq- ,;)Y 0 M. n (O n M CO 0 O CO 0 O N O) es O CO Q N M O N. r) 0 (. n 1- CD O et N O n M CA M co O) O N N N 0> CO Cl) N n 7 C0 0 0 ,t> O 0 n O 0 O O) C CD 0 M O O O N M Cn CV n n CO m O Ca C7 KC C.:) CY ON N N N M M M M et et et et I C et et 0 et tit et et 0 XD O U) Cf) O O O U) O 0 O O U) O O U) Co O m i 0 (p C i .l M co .- co O co coC-'0 c- M o co et C _ C et C O O O N U) C CO 0 CD N et O N'.- et <':) O O O CPM N- 0 O et n CO CO O I Co O) CO n CO '7 M rO On .> t'> M N O W n UC N r 6 n UC N O I " C CD O O N et O O O 0 ri N- 0) .- N C o co 0 N M t.0 n rn <- M I N C et yr CO N 0 O O O et) 31 <O CC) to T`- t_ n N` N- CO CO CO O O 03 CD 0) g I N. ti h h N t a- _ nn I( a 0 to 60) CO r 0 0 v0) 0) CO V n 10 Cr CO CSC!) 0 x.+"+ u c ) V m CON 0 Cno 00)1 C C) CN O 00 n 6 C 6 .- O co h....CC) ''C N - ci O CO C (`) 7 0 N- u) N C CD CO 0 M CD N O) M C CD CO .) C' '7 tf) N. CT M O co O 0 f- n n n n n n n n n n n n n n n i r.... N•. h n n n n n n 0 (n in in in CD (0 CD CO o CD N- n n n n o) m cr, a) CO m 0) 0) rn rn rn Ci i N I co M co U) M U) O N et O CO 0 N et N CO CO I`.. N n n CO 0) 0) CD i CD W N O O C et ) U) n CO _0 N et n 0) C Cn CO U) 0 CO N CO N 0 O N O n O rn rn O) O) a> 6) rn 0 O 0 0 "" .- .- N N N N M M C C -c n n IN n Nn n n n n n IN O CO CO CO 0 N CO CO O O CO O CO CO O C E N :..,., 0. -9 Co 'N Q Y U) Co M n N 0 N CO CO N CO n et 0 0 CD 0) O T. rn T. CO CO CO I 'CO CO CO C) o n n n U) CO T. 0) T. CO CO O CD CO CO CO O N O O) N U) Q O O (N N N N N N N N N N N 07 07 N Ci (h j C C C C C et C C C C C C C C C C C C C C C C C C C C C f Co _ CU• 03 E a) (o _ .Oc a 0 0 t U m n n n 1 o 2 c0 (s, N N z 0 0 c0 m mo 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 u) O u) O u) O U) O ui 0 Ui O U) O u) O U7 O u) 0 u) O O O U) O u) 0 NCD n 0 N U) n co N Co n 0 N O n 0 N U) N- 0 N O n 0 N O N I Pi a co CO O 0) a) O) O) 0 0 0 0 r- r- N N N N CO M M M C C C C N co r 0 c--- ca (D co- co- (D CO- CO 00 rn rn rn m rn rn co co o) Di co m of O) a) m o) o) ! p c ai C CO (0 O C T G y _ C) i 0 E• o A ; 'm 0 0 • . 'Ns CO C' CI, CI) N- CV V) 0") <," CV 0 0 C. N .-- .-- 1- 0> 0) 0) I,- ..0 N.- 0- r-- 0) N- 0 1.--. 0) 0- C.1 N C0 01 0 0> CO 01 0- .4-. Nt. 04-. CO t1- co .4.. O. CO N Nt... N V> 1.11 00 1:3 0) CO 4 4-- CO 0 0.1 0) CO 6 6 1....:. 4 .- op 6 NJ 6 to c..4 CO N) ,- Co .4; d 6 :-.-.... 0) ,-. 6 6 fo co o .,-- co 6 r- co o N 00 1.0 h- 00 0 N ro to N. co o N CO CO CO CD C7) 0) 0) 0 0 0 0 C) C) .- .-- .- s,-, .- ...- NJNJ N N N N 0 0 00 03 O ...- CO CO oi ci cai ri C' C' C' 4 4 C' 4 C' 4 C' C' 4 C' C' C' C' C' C' C' C' 4 1.- al, 4it 0) to 0 a 0 0 ,r) 0) co •=c a_ 0 ..0 co NI- N Nt 1.-- 0) 0 CO CO C) 1"-- .-- 0 CO 0 0 N 0 0 CO 1,-, C3) 0) CO 1,- Z ..- CO CO2 te •c.... e.... < er) § UC) " 3 0 0 0 da .0 0 ci tz: to as --. z z tr :0 40 u) = -)4 D = t.' c° C> C> 04 0 V) C' 04 1- C> 1.0 1.0 01 .- 0) .- 0.1 CI 0 CO 1.0 00 OD 0 N- C' CO 0) 10 0 C' C' .,r2 v. co C' CO CO 0 0.1 C' OD N 04 U) l'-- 0 C' CD C' C' C) •r- CO CO CO 0 OD 0) a) oi .1- it) cf) CO al a) a) P- CO a1 0 N 0 0 CO 04 0 0) 1,-. 0 CO .- 1.-- .- O) 1,-. N- C) ' ' Nt, 0 0 0.1 0) 0 CO 0 N.: C' ..--; 6 CO 6 6 N- 4 , cO C' .- o6 6 NJ 6 6 ci N- . 0 .- 0 to CO CO co CNI 0 0 N. CO 0 N C' Mn h- 0 C> N C' 0 1.-- ct) 0 N C' N @..,)@ E to U) N N-0 1,- N- N- N- N- 1---, CO CO CO CO CO CO 0) 0) 0) 0) 0) 0) 0 0 0 0 0 0 n' < < IX . ,..... . ... .... .-. . . .. .. ..'. 't r`.. N N. N N N. 1.-. Ns N.: Ni N r, 1-.. N- N.. .. r.... .. co co co o5 CO 6 op co E ..." o) . 040000. (004000 400000. 00 (000 C.000030 COO ..., N., N., (1) .- 2 . ni = 0 C000000 ODC000D0 (00000 (000 (00 00000 0 (1), Z N N 2 c w NJ - 0) 0 4- CO f 44. CO 0 CNI CO 0) 0) CO 0 0) CO 0) N NY CD 0 0 0 0- 0 00 O 0 0) 0 0) 01 0 CO 0 0 C' 0 CO h., 0--, N C' VI C' .-- 00 C' CO I,- .4. CO 0 N. ..-- 1--., .4-. 0 V) 0 0 CO. 0) CD .- 0 CC> 1.0 N. CO CO 1".- 0 .-- N •(-- 0 0 C) C' 0:1 .0i 0 h- CO 6 NJ 6 C' Co N: 6 C) 6 6 , 0 ...7 C.i NJ N) 6 6 6 NJ NJ _47: a,- c., ii C) 03 co N) CO co a) C) a) co 0) 0) CD 0) OD C) 0 0 0 0 0 C> CD 0 0 0 0 0 C 0 CE. r.-- t.-- 1.-- r-- N N N. N N. N N N- N N M 1°. 1° C° M. C° 1°. C°. 1° C° M. M 1°. a, 15 t C) 6 LaL Li Lo 6 Lai 6 6 Lin 0 0 in 0 0 ii) 0 to C) 0 to to in 0 0 in (t) 0 , Oa CD 0 0 0) 0) 0 0) 0 0) 0 0) 0) CD CY) 0 CD OD CD CD 0) CD 0) 0) 0) 0) o 2 z 6 Lai Lai 6 L.O 6 ui tri tri tri. ..6 tr; Lo 6 6 Lri Lo 6 6 6 to' ul- to 6 6 6 6 C4 ' = 2 'hi 2 CO '..,.c t, 0, 0 NN- N00 .4. 0 00 .- 01, 000. 1.-- 00 .- .- Nt .-- C> 0 0 '- to o=, 0 0 CO t4.4 f*-4 00 0) .- N ct 1.0 0 0 .4-. 03 v- (3) CO. (.0. 0 CD Nr, 1- ?3 "i''' FLA (7'3' ilA -,0- -,--- ,i , in <'40 0 6 0 r- C' NJ C) Co 6 0 r..:. 4 ,-. 6 4 .,-- co 6 NJ N) 4 0 ,,, e 1 0, I- CO 0 CO CO - 01 0 CV V 0 II---- 0) c" 04 14- CO N- 0) i- N Nt CO CO CO CO CO CO 0) 0 0) C0 0) 0 0 0 0 0 0 0 To 12 oe ' -'3 - 6 0-) 6 r) <,.> r) 6 6 6 6 6 6 6 6 6 06 (,) cai 4 4 4 C' C' C' C' 4 C' o ca t ?.. II . 3 g 2 ,7, 8 433 7) --- t 0 0 CO .- V 0 5', V Y 5,4 ,5,5 1- OD N- 0 0 •,-. C, 0 a, o .,- N C) 0 0 .-. C' N 0_ <- 0 CC) 0 N 0 U t 0 '41- V) 0 1.-- CO h. 1- .4-. tO. 1--- 00 1.--. 0 N 1"-- N 0 .4). CO C)) 1".... 0 0 ).-- '70 t ,-.,- 74i .-,0 , co CO 0; 6 0 oo06ca 66aiocci r-- to CC g g C' u) co ,..., ,, 4r, ,, .,..4 01 0 in 0 CO CO CO CO 0, CO 0 CO 0 in in in 0 in 0 Is, 0 0 0, in 0 0 to to to 0 0 0 0 0 0 0 0 V) to 0 to 0 O O. a) z 2 Cri C) (/) as C .- CO N- 1--- 0 00 c- 0 c- -CO - CI., D) 0., I,- CO CO 0) N.- N-, CO 0 C' in N CO 00 vt-- LL CO I"- CO 0 04 Mn N- 0 CV 0., N 0., 0 ,NI V N- 0 in a) 4 a) 4 a) 6 .- a) 6 4 CO CO 4 6 .7.. 6 N. CO 4 oi o 0, H:. kr, c==.> o- 0 'C 6 6 6 NJ 0 6 6 CO 6 ,..- 0. CO CO 00 N 0 N NJO 0 N- ) .-- (0 0' 0 a) t), C' N., 0) 0.- CO CO CO 00 (1) C) c., a, 0 0 0 0 0 0 C 0 ., ..- ‘..-... ..,...- ,--- 04 nl CV C',i CV C)1 co CO 0) 0> CO 01" 0 Of 1.- ft-. 0 CO CO 0 CO CO 0 t.tO 0 CO40 COCO CO CO 0 0 COCO CO CO0 0 CO 03 te) e a. > 7) w- 01)-- N- 000 .-- (.00- ON- 04000 N- (..) 0 0 -,--- N. CO in v- in (N4 ND N) ,-- 0 c- N TY CO0) .- NC. (0 0) .-- 04 .4 co, ,E.= o o oo co co CO 03 CO 0) in CO N-.- C' CV 0 6 Coo C' 6 ,-- 6 r-: CO 4 N a co k- C' Er; cO o a r=- ai C' tok; c.i (N C' ON- CD 0- 01000() ONNI- (01.- (Lt .-- 0 .01, OONNt CO COO , ".• CO CO CO- oa a> 6 oo ai co- =xi cc; co- co- CO OD co ,,, ,o ,o co co" oo" 06 ai 6 co cO I 0 g g = ! 000N- 001:- OCOVICOO Nt (OODNIN 10000NIN 01011. NCON 11- (0 1 1-- 0 CO CO 0 .-- Nr. r•-. 0 CO Co CO N CO C3 0 N 1.--. .-- 0 N., 03, N.-. 0 1".... 1.--, V" E- 2 2 to to 2 C2 CO 2 CO: 0) CO CO' CO CO OCCi) CO FO; 2 g tg Ce) (7> '0 C1' COI Ot) 69) ...., = E co - a. co . . 7.1 . < < : Y : U) ' CO CO N.- CO 11.- 0-- 0 0 CO C' .- CO 0 .(/' CO V' ,o co V) 0' N CO 0 0 in CD N- 5 ..:,- CO u-, - - N 0 0.1 0 .-- '01' 00 N Nt N CO 'CC' CO N CO CO N.-- 0 N- 01 CO O 0 0 0 0 0 6 vi 6 6 06' 6 oi 6 ,i csi osi oi csi csi< oi c,,i c‘i oi 0 cc; . 44444 444- 4 4 44444 44444 4444. 7‘ C' C') 3 C)) C) >, >., 6. co a, -,„ 0, C)) 0 L) -F:-..i 03 r- r-. c, 2 LO N c' o o a 0 0 C> 0 0 0 C> C> C> 0 C) CD C> CD 0 0 C) CD 0 0 0 0 0 0 ‹C 0 0 0 0 0 0 0 0 0 0 000C) C> 00000 00000 00 CO 6 6 6 Lai d 6 0 6 6 6 6 6 0 N) 6 6 6 6 0 6 d N) ci La-3 o Ld O 0 0 N 0 1,- 0 N 0 I-- CD O1 0 N. CD N in r.. 0 N 0 l'-- 0 N in N- 0 n1 ,n 6 - 6 to Co 6 co CO CO CO N. N- h- 1)-- 00 CO CO GO CD 0) 0) 0) 0 0 0 Cr N- ,,- c- 10 6 6 co 6 a) 6 6- 6 6. 6 6 6 6 6 co O ED!. o a o 00 0 to .,-- ,--. ‘.-.. .--. 6 re- r, CO 2 z „..„ _ m . :-, . . o a, t.73 a en • • N Q) 0 a) O O 0) O O O O O O . QCO O n co N nO U) r- (0 0 (C n r• NO N V M n V (0 N O a 6 O M O 7 0) co n O) 7 M N U) O N O O O n O (O N 6 V (nj V U) n 0) O V O O M U) O O) M <{ N- CO 0 N V CO O O a) M M M V' V V V V u) (0 N U) U7 O O O O O n n n n n O (X 6d a- c V V V V V V V o v v v v •c c v V V v V V V V v v d > a o 0 Q O W (f) O O M O M 0) N n M (O O V U) V N U) O U) U) Z O n N O V n O O N N O n n V V N V n r- N M N O CO 0 Z CO O N 6 O O (O O O ) O M N N O N O 6 O V V O r- r r- r- r7 7 rN r- CO CO Z N r r0, 2MN 0n .0 A C O 0 z z a r, E O ON N U) N M V 0 N V O n n 0) n n O CO O N- O (O U) O) CO M N ✓ V 2 Q V' M N V O 0) N CO 0 V O U) (0 V M 0) O) N N- O O O (O N- U) an (O CO M IN U) V (0 O) co n 0) N O V O V V' N O W O n V n N- n 0 O N O W O M r 7 u) O) n N V V O O Ci U) O N U) O) N E (0 C O co O O N N N co 0 CO M M M V V co co U) (M (1 (On NO t(C CO Mt 0 aj 3E = O co W W co" W ca a0 W a0 (o W co- c0 co- W co co- O CO co- co- O c0 W N 1,- N C 2 R (O co (00 co0 (C co coOcoO (00 coo (00 (O COOa) a) aco ) W VO V c(O COO (O COO (O V m tb 1- wti l j W O O O Mr- N N n (0 .- (O 6) CO M V N V CO C) n V CO O V C) IN O 0 U) N N CO M N CO on CO N V (O N.- O O n V M O O co O O N M M co. co. co V O N O M O CO O CO CO CO CO N O M 4) O O N O M N N N O n u) O N O V O O Oi O N 0) O) O O co n co O V M N O 0) CO N- U) M N O O O V M C '. C t*- N N, r N` N- n N- n n n r N- co co co co co O co U) O U) 6 U) m V w "41 ..., 0 U' U? N U) U) U) U) U) U) U) U) U) U) 4? U) N U) N N U) (!) O U) N (i) 0 0 +3.) 0) 0) m O) 41 0) 0) O 01 0) O O O 0) O 0) 0) O 07 0) 0) 0) O) O (0 2 rr, (C U) U) U) U) (n U) U) U1 U) U) (n U) U) U7 N U) 6- U) U) U) U) (n U) a) R d '0 C C6' v is V y SS> 'V 6) N O N n O O U) n 01 M N (0 N M U) N N n O O i 5 w A M Ce C7 (t7 V M N U) O) OK) n 7, N6 OM V V O O) O V n O N6 p 4N V N 7 c O ,-r M (0 O O M O O O) V coO coO N U) n 0) N V (O O 4) O co, - N N N N N CO CO CO CO M V V V V U) U) (0 U) U) O CO O T H NY W V V V V V V' V' V V V V V V V N V N V N V t m Q V ti' +,t } i ate. J !- g"' 2 (n o w O (O n co 0 V a, ra, r N O M O O M V On n N O) 0 V (0 U) 6) 0 0( N M O a> r a a) a` N M 0) U) 0) CO 0) O O N U) O n O CA 0 0) C M 7 O <') 4 co r co; r: co (<1 N n (O M 61 M a) 6 O N V M 6 U) CL 6 6 V" r,.'' V C') 'S O n O U) V M O O CO (0 co 0) I,- U) U) O (0 tU) r V N V V N N N N V M M M M M N N N (6 C L1. n O M O co O co co f .- M r• O D) O CO O CO M CO O (�.) N CO M n O V n N (') O a) CO U) O CO O O M V O 0 OJ U) CO U) U) 0) Ki M C. rVt) Un A OD N N V O O O n CO O O N M V V V V tliM V n O UM) UUn) 0 ((f-.4 N¢? O :3 O O CO O n n n n n n n n Cl) g 0 co (o (o of 6 m as 4) a) co U) co- O O U) 6 (o U) 6 6 (o I a a n 6) co 7 co 7 co O r- co O n .-- M r) 0, u') M CO O CO CO CO C) co O n n VCO O n N M (") O 0 O 0 N (0 U) V V N- O V N O M O 7 O V N 6 6 0) V i- O UN, 4') O N O O 6 N UM) UU) (fn) OO T6' M O O O OO n N 0 N. O 0) O N N n (f- N N... N. n O CO O O O CO E O O O O co; O O co- co- co- O O O 6 rn a) s a) O O O O O c0 O 0 V (O rn V O CO O (6 0 (n o 0 0 0 O O v CO C o N - O V O O O U 0) N V V M CO O V V O O O O O O V IN M n O N6 M O) M M M M V O O n n Q1 O) 6) N6 O ( 0 O O O r .- a- 7 r N N N N N N N N M N N E0 r U ..- U- U- U- r- U- U- i- ,- U- U- a- ,- re- e- t- U- C V 7 a. m T.1 Q d co O N n O N 6) N N O N N n V U) M CO It... 6) O N 0) O) CO Q O) CO 0 n CO O N U) N 0) 0) .- N CO O O N O U) N O 0) 0) If, 0) (O N` O N O 4 (O O) O 6 O O N N O O) 7 7 M O O (O V' (() M co co N V co U) h co U) N co O co co co O n n n n CO O O CO (a U t4 V r. N CO C • 0 ti3 _ a U0 = O m e n N- 0 0 4 m N N N Z d tL m m m 4 0) U) co 0) n O 0) O) M N 00. CO 0) N U) O O U) O (o M O) co Q O (0 n O n M CO n n N CO O a 0 O N N ' O M O O O O O N 0) CO (0 (O N V U) V V V U) U) (n O F O Y N M N O V O O O O O O O i O COCO " N O 0) M O 0> CV 000 O COCOCOIOVn � M � i O , 7 - N N N N CO CO CO V V V V UV UUO co co O n IN 9D U) Po 0 ."" O O O O O O O O O O O O H ON O O O O co O O O O O O O o ei 2 ch - 6, „p44,00 c O 6 . .0 v x • a a. N . 0) ` 0 Q ll M • D7 OO O N N N 0O LND (ONM O (�M OO (O M N O OU) Nr Or W- W 'le. CO - U) N M O O V O CO O O U) 17 N N V M N M V V M V M a) O N r �. N V' N O) N V' N O) N U) CO N V' N O M (0 O M CD O N U) N O M 3 CO CO CO CO O 0) O) O) O O O r r r N N N N CO M M M V- V i' N CO CO 5 co to a V O N N U) CD to O O M O 0 CO M UV O O) UN N UV r O cf. 0 IN. N N M O - UM O CO st. N ) M 0 Od W W ) OO co N M NO O O N (0 O N V 0 a) U) N N h O O W N r r r r r r r r r r r r rN r r r r r r r rU M (O Z d ( C)3 L/2 e) U .Q a°O� ® coz Ix a N N 3 -. O O N N M N M (O CO W O N CO CO CO CO U) V O 0) N M N a0 N U) to CO N- < V V ,r— •,,t N M V O N V N O CO M CO V U) N- 00 V V W N N CO O 3 d N M r CO N N CO O U) O CO r V r CO r O CO V O) CD U) CO N O U) 0 CO N 0 ( c') U) W c') O) (D V C)) t+) M N CO M N N 6 N N M o) N C) O CO N 6 N Y 0) r V N O) N CO CO r V N- O CO CO CO 4- N' h. a)' V N • co CO N O r N@© E U) an.._, co N N N N CO CO m O 4) Q) O O O co _ N N N M CO CO CO V �{j = c i .� g co U) co ai m 6 m co co- oo Co o) of rn a) rn rn OS a) o) ai cc a) a) ai O. (N r E ... C+) co co O co co co co co Cv O O O co co to O co CO CO c0 co O co co co co O C0 0) O O c0 a IPN N v C W ' . , c0 co a0 c0 co CO (0 c0 c0 cO O a0 CO C0 O CO (0 CD c0 CO c0 c0 II th as 1- S w N N N N M CO CO M O O O N CO M M O CO O_ N V O CO O CO CO CO CO CD N N O CO N M M O CO V CO O Cfl CD N O UO UU O .- O CO„ N CO CO N CO M O) N O O CO O O CO V M CO M M CO V 4-- 100 U) 0 co r O N N 6 N (A 6N M N CO N N V (O co O V 6 N U) V 6 C) -- 0) 0, N CO V M N r O O r r N M V U) CO N N N CO U) CO 0) O N r C 0 C .V.- V 'Cr. V ''Cr. V V V V V V V V V V V V V V V V V V VU) (0 N F. .t CO tO do <C) U) N U) U) U) U) U) U) U) U) CO U) U) U) CO CO (0 CO 0 U) 0 U) CO U) Qt 0) 01 O O 0) O) (N 0) O) M 0) a) a) (p O a) O) O) O (9 a) O) a) O O) O) ..� tt CO N U) U) 6 U) O. U) C0 U) (o U) U) 6 U) U) 6 U) U) 6 U) U) CO U) U) CO it N y - I C0 U V 2 13. C i C ,_ N 40 M O N N CO O V N- CO V N N M CO 0) M CO M V U) N N :SNCO N 6) N O UO UCO N rM N CO IN CO CD CD CO CO an CO 1.0 i p www V Ci m C+> C) V O) O O O N N CO N N O N 0 Oa) N a) N N V N .. ' til 0> <N V N O M CO 0 N CO o r co O oo co M co 0N CO N O U N Y 7y A tt> 1. 'N is.- N 0 O CO 0) O) O) O O O O r r r N N N N M CO CO V 11 L L o a •3ti' V V' -4- '<C V' tT V V V' U) CO U) U> 6 CO U) CO CO (b tp CO to UJ 6 Ui 0 -t O V U) CO U) n`) F, ,i, V co co U) N- V N V V O CO O N N r r U) Q CO N CO c0 < V., > Cil N. (D N U) CO CO N W V N r CO U) CO co (O r N N vcO M CCo - < -- _ M b M O N O r co O O O r 4 T CO V N CV CO N O A IN i.."J 4U ^i VUCOUO N O) O O O N CO V t0 NNN . r r- • nr r r N N N N N N N N N N N r r r r ..- +- r r r r r rr r .7 .7 rT M Z Cf) U- .,- O V O co C0 N V CO ) 0) (t) N O N N- CO M O CO N N CO O 0) r V U) V O CO U) CO V h- CC> O r r V CO CO V 0) O r V O N 03 CO M O ai N V O W +- C' C (C Cx'S O CV V U) CD O N r N N CD O U) U) U) U) .(16. iU) CO O CO CO I, I. l,. Imo- i.., N &"-JI N W N W N CO CO CO CO CO N CO 4) N N N N N N N N IN i� t N_ 1,, N N. N. N N N N N N N N N N N co g 0- a 0 N CO V CO O M N V CO a) 0) M U) I, ti:? CO Com. r> c+I C:) M N N CO O O U) CO 0 CO V N O N U) V N U) O CO at'a (X3 ,^.. ca M N t0 co V0) CO co V N O) V CO 00 O N6 <C N 0 G) .,- <N N M M N r O N N CO M CO CO V V V V (0 U) U u) C, <0 to (0 to t0 (D co co co O co co co co N co co co co co co Co co co CD O co x: C- 0 6 co oo co co co co co ^ c6 M UC) 6 CD CO co oo CO c CC) co c6 co CO CO rt) ,.r3 t>u CO-. co- o6 U) CO oo co- oc in g I CO CO O) O W V N CO CO CO O O CO CO N CO U) O O 00 O CO O) CO N N U) M CO V N CO CO CO V N CO N O N O) O CO V U) CO N O 0) CO C�') O CO V (i) O V 0) V go- V (N V W U) V O (0 CO U) O r,-,3: N L N N r r r r O O a1 W W N N O O CO N cO CO O O W N N N N = r r r r E N a a I CO ^; d d Y O O U) V CO .- M CO Ca CA O N O O N 6a O N M CO V U) O CO N dC U) N r N CD O N N O r M a) r V CO r CC) V O) O V M N go' U) 0) d U) t/) V V CO CO CC) U) 6 N CO N <C) O (4) <O c0 W N (C CO O O a) co N co co co CO co co CO CO CO 00 CO CO O CO CO CO CO CO CO O O 0) O a) CO C6 O >. u C m C v E N @ • Z) CYI C^- N h O D ca N N N Z 0,. a.. CD 0) C7) r O) -' co ao O0 0) M CO 0) N- U) N a0 CO N N N O V M Q co N N V CO. V: 0) N O CO CO C0 N CO M U) O CO V: 0) N O) C0 CD N U) U) 6 0) 0 O O O OO O O O O O O I co cW r V O M COO CO N UNr V c0 O N V N • M c0WVhCo C) O) O O 0 r r r r N N N M M CO 'Cr V V V N o Uo CO CO ,-.40;•. yO O O O r r r r r r 4-- 0 a.t C 41; � 3 r r r —CO p C > C2 a0) ., a C) "2) O U a` m i o a) • • O O• N O N (O O CO CO CO N n U) N n O CO 7 (C) n n 7 N 03 N b U) n N n co, U) O n O co co V N n 0 CO CO U) 0 n N O O O r r N O 7 COO U) U) 7 7 V' 7 C) M O ad U) M Ci M O O n O O O 7 (O N0) N (O n(O 6O) Mn U) On O 7 nW O) M 00)) O O O _ 7 n O N (N N N m ..6 U ^,t U) U) U) U) N U) U) U) i t() N co- ) U i ) U) (O (O(O O (O co c0 (O co- co- (O Qom+ N p cn 7 U) 7 0) O n O (0 N O n CO n CO (0 O N 7 n O CO CO 0) O O d M 0 0 W n U) M O CO U) O n n n M N 7 0 7 M r U1 M O 7 M N O W W 0n O N 7 r r r(O r n N6 r r r r 6 r n, n U) O U) O O 6) O O U) W a i O W U (D 00 Z r r r r r r r r r r r Q 25 g N N m 0.0 a 0 o 0 z a 2_, N N 3 Y C N — _ O O @ @ 0 OCO n N O C) 7 N 00 n O 0) (O N O N N O N U) 7 CO 7 7 a Q c0 O M 7 O 7 co M O 7 M N CO N n N M 7 CO 7 N N M 7 r n n O CO CO n CO n N O O O (0 M 7 U) O n N (O r O O n 7 N n 0 7 7 C) C) W M 0) N N N N N rr N O 0) O) O O (O (O O Cb N• N` N Y M O 0) N 7 N- N U O M (O O ) CO 7 7 n O N U) O CO U) O r 7 n O N t) E o F 7 7 7 U) U) U) (O (O CO CO n n n 0 CO 00 O O 0) O 0 0 0 r r r N °] r n m E CC N U (00 coOcoOcoOcoOcoOco co co0co0o (0 co co coO (O coO (0o o O O O O r O O n N N N 3 C d U CO CO co co co co co co co co (O (O co co co co co (0 co (h0 ((00 co conco co~ ((0 c0 m m W W O O 7n O UN W O O C7 O O (0 0 N 7) U1 OO M0) TN- CO NN O M O nM N Un _ U) N CO (O IN n co O O N 7 CO CO 0) 7 n M CO CO U) O Zi; M 00 O O O 7 O n (O n O 7 n (0 7 O N 7 CO M M M U) n (O U) co)O M M 7 7 M M N N N N C) M M M CON N r O O r O O O O CN G 0 C (t) U) U) U) U) U) U) U) U) U) U) U) 4) N (() U) U) U) coU) U) coN coU) U) co CD O ) tt1 U) to (n (() N t[) (() N N U) N to N tO U) to (!) to to (!) 47 tf) u') VS tt7 (A U, (n CD a) a) 0) O a) O a) a) O O 0) 0) O a) O O 0) 0) 0) a) 0) 0) a) a) a) Z Z cry i DD U) Ui U) U) U) co U) to U) co- co- U) Ui co- U) co- Co U) U) U) U) O co- U) CD ua (U ' U m C W "O C U m 0 fS) 7 r M CO O 7 7 U) 00 n CO O O R 7 U) CO O CO 0) n (O n = w_ .� U') M r, ) Ca V 7 n O n N r O O n M N r 0 r N 0 U) 7 U) M r O 4 m (7 0 O CO a) a) a) 6) 0) O) ai a) N n O U) n n U) 7 N 7 7' 7 0 , t, m C,) m n') <r. O <N 7 n O N U) CO r 7 n O CO CO 0) N U) 0) N U) 00 7 N- O () m m CC a (y0 7 ''L 0 C.) U) co O CO CO CO n n n CO CO 00 00 0) 0 O 0 O O r r r N Z s m a 1 �? 6 u) .r; (r> u) ', to O. O. to U) O. (C) U) to co' (n co- U) c U co (o co tt) U) U (4 Q.' v (6 C' N J F '.cr' 2 N ® W t O N 0 7 Cr (0 7 O Ti" 0 (0 CO O M 0) U) N N. N U) 7 (O n N 7 U) CL (N O 7 N (0 ar) .0 O 0 ^- V n M n r n O CO N CO r r r O M V N (I) O 7 (O ai N 6 N O .X. <y) 7 (9 U) N (O 6 O 7' 05 n n N 0) M n CC co NV N co N N N N N N N CO N CO N N N N N N N N N N CO , z Ca C LL U) N 0) (O U) O CO 0 N 0 7 0 (O 0) 7 0) tO U) 7 N- O CO CO 7 M CO U) n O N CO U) O 7 CO t? CO CO 7 U) CO N O N N 7 O CO n N. r r r U) U) CO (O (0 (O n n c0 U) (C 6 U) O U) U) U) tO U) U) n. W Oi 0) 0) ai U) co w (o C- m N. m N. (0 t w 'N' C' m m as w m (0 m ro (6 W CO OO O CO m y N- n n n n n n n. c. r.. n n r.. r~ r� n n n n n n n n n n N. +a W N co- co- co- co- cc; co- ( co 0 'D (0 (0 m 6 co CO co- c0 CO CO op W a) co Co ; a 3 co N O a) U) O CO O N O 7 0 0 ,- 0) 7 ) .!'i tf) r n O CO CO Cr M O O 7 CO n O 7 U7 CO N O O C (C O 0 0 U N. CO, O CO U) CO 7 0 O N (V 3 7 O 7 .- r O 7, O N C) 7 7 7 7 7 CO O (O CO CO O O 03 O (0 C0 (O C0 C0 (C) .'.0 t> (l1 <0 (O (O O CO (O CO W CO CO N 0D (O O 00 00 N 0O N 00 W Ca O (O W OD x) 40 C() CO W 00 (a @ W CO f �.^ W CO N 0 CO CO- W co' N co N tb W CO 4) W » (c 4U co (D co N (D 0.� O W `Ty 2 n (O O 00 7 U) U) r (O CO 07 0) CO 7 7 7 U) 0) 0) n V. O 7 N CO r M • 0) 0 7 7 C() U) U) CO U) 7 CO 7 N O O N N M n CO N CO U) CO W M O 7 n 1.:) 7 O n M M O 7 N N n 7 r 7 W o'r) N M ✓ N- m a) O 0) o O 0) m U) U) ro O 0) o O O o 0) 0) m m co m w co 3 r r r r r ,N• °. a M •N Q 'i Y M N 7 u) CO N O N O 7 U) CO N 0) U) n U) M CO O (O U) _ 0)(N r 7 CO0O n (O (O N 7 O 0 n CO0O U) 0 0) Cr7 COM N 0 CO 0 n O 7 N ' Q O a) a) 0) 6) ai N O O a) 00 O 0i O O CO n N- W O r O a) O 00 co co co co CO 0) 0) 0) 0) 00 00 O) 6) CO 00 0) O 00 00 00 N 0) O 0) CO Ti m 4 j < o a C v m n N-- O 2 m c','' N N Z d 0. a) C) (0 r r Z U) 7 M O h M O M N O N O O N M O O O N UM O O X7 O nO Q O 6 O O U) O (O O O O O) O O O C0) O O O N N6 of n O Ci O O N. N N CO N r 7 n O M 0) 0)0 CO0 O 7 n O 7 n O N CCO 7N O N- N- n n co co 00 O O 0) 0) 0 0 O O r r r N N N M M CO CO UOj N N N N N N N N N N N N N N N m N V ti C T 2 V r r r r r r r r r r r r r r r Co 0 O O- m .. 0 O O . O (m+ m y U a a) O . m ( (\v • • , S CO U) 01 -0- 0 CO VT N c(1 0 N. c- 00 CO CO N- .- U) CO 0 0) c- NI 0) (11 a, 0 CO , N 01, c- CO CO N- N CO CO NI 01 N-- 1- s„.. CO CC/ N LO 0> N. U1 11-. c(4- N TT ccr CO 20 ! O ,- a> CO 0 4 (N 6 of 6 U) 4 6 N- 6 U) c6 csi ri n: 6 csi 6 osi U) co 6 6 co 0 co co a> N LO N. 0 N U) CO 0 .0- (r) c) COO co CO LO 0) c- 0CD1 .5 co co < < < 21- CC) LC) Ul CO CO (0 01 1"-- N- 1-.,- t-.. CO co co cn CD CT) CT> 0 0 0 CII . . . . 6 6 <0 6 6 6 <6 6 66666 (06666 66666 s. s.. s- v^ vs ,,* 6 o co ea _a. „,- — 0 0 01 CO CV CO )O 00 CO 0 0 CO 21- CO CO 01 c- (0 N. 00 N. N CO U) 00 ,a c.- !"-- 0/ cp, 0> 0) 0 "a' CO -0- 0) (0, CO, CI C.0, "(1-, CV F.... CO CO CO CI, CD CO CO ..r> co_ oi oi ,- od ,-- 6 6 tri 0 <xi 6 s: co 4 cs) Lo .- cs4 o.1 0 ai oi .- o.i ci c; vi 0 w w 0 co co z r , — — < _ca .0 os os CL 00 O 0 a 1 0 < < 1"-- (0001N00 CONIC:40103 'C LOCc) C0C0 COCON- c- 00 00 (.0N-- -ct '01" 0 'C01 U) 1--. r.- CO 1-. 1,- 1- r1, U) N CO 00 CD U) 0 00 N U) CO 22- 0 N- 'C 'LT L 6 v i < ,,I-, CO N CO 0", (,) 1".- 0) CO f'... .4- CV 01 Nt c- CV CO NI 01 (0 01 (.0 c- OD cc> 1--- N. N- h. 0 ' N. 00 1"-. N. 05 (.0 U) 05 c'-' 6 cc; 6 0 U) 6 6 4 U) s: csi 7-, 6 s 6 4 U) 0 N- Y co (C) CT> N U) 00 r 4 O.- 0 N U) CO .-- U) N- 0 VI CO C7) N [1- N. .- 0, U) 1`... E Lo . .0,— 04 N N CO CO CO 4 sr sr 6 Lc) 6 u) co co co N. N. N- 4..- oo co co cr, 6 cm o c6 < < = Ct ,,,r, 6666 666. 66 60600 60066 00000 66. 6 E ., U) N. N. Tc.. 1.-- s. s, s.. s. s- N- h. s- s. N- N. N- N. s. (-- s• h„ r.-- s- s. N- s. 1--. -6000COCOCO (.00/ 00000) CDc.0 (003C0 COCO (.0 (004 (.00) COCOCO 0) COCO .t) COC' C7S 1-2 "c u9 t.E.1 co U) U) 4 01 <- 0000LCI LOMCOUIN L0000) 0) NO/ N- c-' 00 cl- COLT) N. N N co •-- •- c- (0 0) 0 (0 5- CO 01 •(r •- CO U) 0 (0 CO CO 0 00 CO 0 1- 0 01 0 6 co o 0 N c-. c-- co 6 cn 6 6 ,- 6 4, m s.„ 4 6 ..o is, 6 co 6 644 .- s: 0:14c.icsi c‘ic641, ,-: LeioicO46 coc,5666 s0 0 0 0 0 CV N co6s: 0). <‘.. N N CV c- L- 0 01 00 t',.. CO CO 01- or CO CO c- s- c- c- LT 20 E — << .n. ,r) Lo Li, ..0 Lo r 'C sr -4- st sr sr sr -4- sr sr sr sr U) sr -4- sr U) U) sr C o 2 .e ..e 0 :7, ,, ,;• 7 7 7 7 7 u, ro- 7 7- 7 7 7 7, 7 7, 7, 7 7, 7, 7, 7-, 7, 7 7 0 1; w ,,N, • 0 1, 04 01 0-4 0) CO CT) CO 0-> CO 01 CT> CO 01 0/ 0) 0) CT> 0) 0) CP CR 0) CT, a, CO CO w = .S.,,' . t -.6 2 2 ,,, 0400 c- 000000c.0 01000ON COLOCOLOCO COLC) L0c- c0 ON- 0) 2 2 , a). a) 0 a) a) CC) N- CO CO 4 4 4 CT) CT> N N. 0 CO CO OD CO 0) U) CO CO 9 1- 01 ‘?,... CO - ni 02 ,4 ci CO N CV N N.: 00 0"; -I- c-- 0 21 6 ci 6 csi co 6 c45 .4 4 6 ai 0 O 44'. 'a (1, (...) 43; , a 40 0 (-4 0 a) 4 4 to CD N U) CO 1.- TT CO- 0/ N c.0 co ,- set CO.. 0 cy y 1..... 0 2 '6 >1 1.4 C CI Cc‘i 04 Co (4 a) 4 'C 'C -4 0 0 01C0 CO CCO N- N- NRC' C00 CO CD CA . . , . _ . . . ' ''''' 6 6 0 C..) 0 CD 0) CO CO 00 CO CO CO CO CD 0 0 0 CO CO CO CS 00 0 CO O• >• C'T 0 0 03 UT = t O 0 to0)0 0 0> -04 CO 0, ., , ,--- 4) U) CO 0, CO 000aco6 U) 0 CO CO CT U) 0 0 Cs.1 N- 0 0 , .4 0, ,..I 0. 00 cf) s- CO OD cCD N N. N.- .-- 00 4--. CV (I) Cc) 00#*-04"'''' 0, ..1 co 04 N. 01 a> 6 N. OT 01 CO N N 00 N... , ,....... c- v-. 1-- ,-. ..- ‘,... t•-• e-- ,1-. , 1-- ,- ,- ,k- a- 1- •-• 1- "k- C." s'.- n-- T- .r.... a.... 1.. t... , 03 1 t I V) i CD C i.T.: C') 0 0 0 Ey 0 co a:. 0.1 4 .4 a, 4 0 CONINN- 1- COLOC.00) 0) cONCO 01 N.. I,- CO 1.0 Tr LO 00 (<4 (<< 01 << fs< CO 0> N N CO 01 LO N LO C> (0 LO <- CO 05 CO CO CO 6 r-:. (0 U) C) 4 ca 5 44 4 CO a) Ci 01 0 U) U) 0 co 6 c6 .,_: co U) CO 00 CO CO CO CO 0., CO ,), a) co co 0, CO CO CO 0 0 0 <- N 'C U) N. . , CO N. N. N.- Is.- N. 1--- r-- h. C... I"- I I- i- C.- f) N. I.-- N.- N. CO CO OD CO CO CO CO CO : 01 0) 0) COcci OD co cci 6 co CO0, a; 0 ao a, 45, COco oS co co 6 co co oo co c6 i co to .0 1 00 Q- a , i co o o 0) CV 0 CO CO N 21- N CO '0' 0 < CV 0, I- c.- CO U) CO CD U) U) CV (0 N. c-- c- P.... CO CO 0 N CO N. CO -10 0) C, CO 0, .0 COO C-. 0> CO CD co,- C) CD 0 1 4 U) 6 .,:i M c.i <- •,-- 0 0 6 0 oi 6 4 ca (.5 4 6 <C (4 (4 4 4 0 0 6 1 i 0 0 (0 0 co to co co to co U) co U) co co ro co co c-- co 0 o N 01 24- 0 i U)o c o c o co co a> CO CO CO OD CO 00 CO CO COU) 0, 0, 0) 00 CO CO CD CO CD 0) CO i • o600coco cococococo coopooc000 ozicou, ,,,,, x„, cococo cow cococoi S' , s i , 0.,i c- 00 ‘..r c.0 0- U) r c-- 0 N. (OCC, 0) 01C0011--- 0 OCT/ COLO c0- 001 LC, 4.1- I,- T- LO LO CO .(1-. 0/ N N CO N N.. c11-, 0 CO, N. 0 0, CO ct, CO 0) ,-- I , ci N. 0cY364 ,-- 6064 c‘i cnocicom6 coh: 64csi ,- 0h: .o ,T., co co o) 0 0 0 .- .>-- 0 0 0 0 0 0) 0/ 0) 0) 6) CT) 0) 0) CT) CO 04 CO OD C C E i ..."?.. o... co sizi -4 < : : . (I) <-4 m I. o CO N CO <- c- 0 N c- CO CO U) CO 0 CO CO U) U) 1-- CO N c- (C. CO 0 0) N c- c- 0) NT, .0- 0). I,- CO N 01 CO 0) '01- CO cl- COCO CO c- N N. CO N- h. i 6 6 6 ,- c•i cNi 6 <- ,- ,- 6 6 6 6 6 6 6 osi 0 kr; cNi 6 6 05 6 omoom -2 o3ocoo) 0) 00000300 COCOCOCON. N- N- 0> C0CD LOLC) U) ' Y.) jEl < 2 CL 00 1E" 0 op N- N- r- o 2 Z Cc a, al C' cO 0) CO 1--. 0 0 U) CO U) CV LO CD (0 LO 0 Cc) I- N.. U) 0 0 U) CD CO U) N. 0) 0/ 1 c: - 0). 0 CO CV .-- 01 CO 0) 24: LC) LC) cr. CO LC/ oo ,r, < co co r.-, co < co — co ,r, co co,g — g p: gggsig zi-s, gesi ,.3 ,c‘? g .;., s ; ct 0000 N- 0,,i, c9; s :;'i Cc. -cr rc; ..o ,r, co co co co N- I--- t--. ;CT> OC, CO 0) CD CCC) 0 0 Q '-' ..- 1-- CV N N 01 t0 '"4- N N N N N N N CV CV N N 04 N N CV N N CV CO CO CO CO CO CO CO CO CO ! 6 '.... 0 ( ' ro 4-4 0) u• a.. to 0 co 0 0 1 ... • 0 -----.0- )- 0 ___ Co 0 CO C) .3 CP (NO N. 0 LC) 04 0 0 -3 Csi 0 0 " .... ca , . , .... 0 - N.: 1.-; Ns hr. r.: r: : w c ci 5 '^a : o 6 ., ., . , 1 , . i ci) CO 0., 6 (0 ,-, .-cr ,- o co 0 04 Of 0 04 4 oi 6 6 ci , 0 I 0 W W 0 1 ,„..., - - - ,- ,- 1 oo coi Z , 0 0 co -s ., ., .21 21 0 03 al , Z Z 1 CC i 0- . : 0 01 0 0 4-• 0 : . 0 0 al 0 01 (0 h.. 1..... O 04 .7 st '0; C4. 11.Z 8 t3 2 , ! ! , <- N2 N. 0 ' c-si ci c,i' 0 co' ,-.: , N- Y 04 @,)@,) E co0 01 .3 CO ).0 a)Hoo o000 f=6 < < . ct E -co1--- R.- N- i7. R: T-:-. <0 0 CO CO 0 01 01 2 s- a a) : 0 0) 0 no 00 0 0 .-- to , Z 04 `,:r CD CD OD 0) (C (ON- (N , 4).. 0) 0 (N 0 0 c; a; , CD Y U ii .... , 0, 0 .-- ‘!!-- .1- 01 04 C 0 , a . .3 . 03..7 , , Ca 01 0 0 7) 7) )7) 0 , 1... .2 .4.4 ,1) , , t 7 0> C0 CD 0 0 OC , : - : 0 0 0 a) ec : z ,.,-, 5' ,a- ui wi ..6 : . ._ 0 r) 0 t7) C : 0 01 0 a) 04 -2 , I I' "o5 222 2:1 ,(11 c° co , 't. 5 '. ii 2 gos - a ., : .o'. -..i oc, ,cr o 6 CP CD CD 0: •ct I`:, I : 0 CD a 0 0) Ti , 6 6 CC) 0 d 6 O ,, t. •U) 0 , 0) - .... ..) (Ca) 0 0 : : , z N- EE - .Z ,,,, ,,,,, _ . , ' , -- 0 co co co v-, ,-- 0. ., 0 o c.... , a) : 04 4 <-; 0 d C- : 03 CL . , Z : . _ , - . . >, : (a - 0 0 0 0 -- 0 as, : 0- a) ..o : co D , . >•• U) , : 0 0 1--. , , To C I a_ E 5. . I oo I .0: . . (0 0) o 0 a4 o 40 o .4- a) 4.-) , o 0 c 0, 42 Q. P ,.... : .-- cl 0N- 0001 . E 0 c.) "5 2 co 0 0.) 0) a) 0 o , : o) as as CO6 co- ori. , ! to e 0 ca ai a 0) . . . , : a : . . .. : ) )0 : P , , , . . , ta 7--- C c0 Z co co co, , . 0. c..-, 0 . 0 co a) 0 01 01 , , , 0) I,. 0 U)) h- N- . ,,-- 01 .3 .3 h.: 1 . = (CCD cc; c4 ci .,. co 0 04 0 0 0 , , , 0) o o 0 0 ..- 1 1 04 0 $ 2 , , 5 0 0 0 ,00N41 i o _, 0 h- 01 N- 04 04 0.4 01 tt, 0) CO CO 'Co , , - tsi oi 6 od o... o...: oo - :,,,, N- ,- ..- : = co co CO N- N- h- : Z 0 4. 7-- CY) I,- : a 1 ' C : 74 11 < 0 iri V 1 f•-- 7- 01 1 < 't 0 S tO C,) 07, : i I 76 ..c .77. ,i 1-',. -- 1 Y , 0) , U) 0 0) N. U) LC> > 1 9 .4,, = ,-- CNI 0 (NCN ..- 06 4 06 •,:i isi Csi ! :1< 1-,, .6 a ca ea 6', -4- .3 (Na) 000, 1 ] > (C' . (CC' ! 0) 0 >, : 6 : .f. '.". ';; 8 7- ! 1 5- o 0 I a) all 1 , 0 ,:- _ i : 5 0 0 0 i C'0 0 < 2Q' 1 I ! z d 0 Cy i 1 to a ,z,- - ,- 1 1 e ,--.. ,,siggl .. cc, „ t, h- N. N. I... , , a IEL-7-4, 4 o 2 co N N N ' '''Z 0 1 iti 4? 0 ' 0 n.i. Z 1 06 QS M 1 1-.... c0 U) 40 - 0 . , ¢ 0 N. .1 .-- 01 O C , , 1 41 2 co O ci 6 a ci co n° 0 I 0) 01 0 c0 0) C..) '13 I 0 1 ' 'S 0 04 (.6 0.) (6 00 .0. , 1 4.4 0 I 6 1 0 Oo 0,- cci cci oi cci r, , I . . 0 = ..-. - 1 , co c . . ,;--. 'O;.. ai . . , cc; , 0 c ..... ea 4.^' '5 C 1 >. 0". t I a; *1-2- If 1 1;.! .5 .., 1 o 2 :4-... 0 0 4) , 0 03 i 0 1 0 co 0 , . • • 215184 RECEIVE FER 16 c�i� 16 8 2 4 BAKER PRINT DISTRIBUTION I4IST HUGHES AOGCC Please sign and return one copy of this transmittal form to: COMPANY BP P Exploration Alaska Inc BP Exploration(Alaska) Inc. Petrotechnical Data Center,LR2-1 DATA LOGGED 2/29/201G WELL NAME B-27CPB1 900 E.Benson Blvd. M.K.BENDER Anchorage,Alaska 99508 FIELD Prudhoe Bay Unit to acknowledge receipt of this data. COUNTY North Slope Borough LOG TYPE GR-RES BHI DISTRICT Alaska --- LOG DATE January 24,2016 AUTHORIZED BY Patrick Rider EMAIL Patrick.Rider(a�bakerhughes.com TODAYS DATE February 11,2016 Revision STATUS Final Replacement: No Details: Requested by: COMPANY FIELD FINAL CD CD ADDRESS(FEDEXWILL NOT DELIVER TO P.O.BOX) LOGS LOGS (digital/image) Surveys (Final Surveys) PERSON ATTENTION #OF PRINTS #OF I'-(IN I S #OF COPIES #OF COPIES #OF COPIES 1 BP North Slope 1 0 1 EOA,PBOC,PRB-20(Office 109) D&C Wells Project Aids Agatha Rutka&Barbara Glassmaker 900 E.Benson Blvd. Anchorage,Alaska 99508 2 ConocoPhillips Alaska Inc. 0 1 1 Attn:Ricky Elgaricio ATO 3-344 700 G Street Anchorage,AK 99510 j 3 ExxonMobil,Alaska I 1 1 1 Attn:Lynda M.Yaskell and/or Leonardo Elias 3201 C Street,Suite 505 Anchorage,AK 99503 4 State of Alaska -AOGCC 1 1 1 Attn:Makana Bender 333 W.7th Ave,Suite 100 Anchorage,Alaska 99501 5 DNR-Division of Oil&Gas *** 0 1 1 Attn:Sean Clifton 550 West 7th Avenue,Suite 802 'Anchorage,Alaska 99501 ***Stamp"confidential"on all material deliver to DNR 6 BP Exploration(Alaska)Inc. Petrotechnical Data Center,LR2-1 900 E.Benson Blvd. Anchorage,Alaska 99508 Attn:Nancy Landi TOTALS FOR THIS PAGE: 0 3 4 5 0 0 TOTALS FOR ALL PAGES: 0 3 4 5 0 0 -...t CO ..../. • • LO CO e— LO C.N1 C.Si 0 >0 2 0 ..., ,... 0 al , f ri 1-J k...? ILI Li- < CC 11 CO I x Cl) < 1. I CL CIS (1) ▪1... E itii ai) CD > 0_ 1. < >, a N. 0 NC C° N 'co v- N" ., 04 Z '0 U) 7,34 4-0 (0 co ca 2 a. a. (7, — ,,.,...-. .0 0 -43 CO t . (") i•11 E C7) al 2 0 Z es1 N. 0 Z 1- a3 ' cll e a- °- CO CO ir) — u) (1) a C C 03 LEL c<94 .,. • • - -, ; , • ‘71) „ . , . . a . , 1 , , ea ,„— o , ..... 0 (,..1, ,‘ , 'Cri r- ,,,• • „ • 0 (N I cz] 4 0 ,r) • , v) . u) ca -,,,,„ , cE C0 — , iii i a 0 oo oo z < 1 I to e , . 0 0 0 r, S2 _CI 0 5 2 m ,) ] ] D z a -g 15 4L,2 1 ,, : . „ c) c) 05 co ")' 'a> E --z- ,s, ,,,, U 00 I ' NN' 0 ' cs t '8 I r., 1 . 1---, Y Eo , , ea < < ? ct cia > co, i , , : : , : it; Q., it, = r- r- .- c CO cm '''' 1 iii 1 a) 0•4 c‘i 2 . ,d3 ,c,.,.. c c0 01 . ,El'1 I % C• 2 c 0 > hi -0 C ' '0 ..t..9 ,s, Cv-, )., o -„] , ...1 ....1 0 i 1.-. .c Cr> E 4 , 11) , o E . ot c ; . o it2 , . , „ . ',.5 "0 2 i II, o, 0 , , , , .,c i 1 : . u. . . . 6 :); in . „ .0 0 , . ' 6 6 °I 1 ! : ' , , , : , , : , , ' Cr, c , , . ,.. 0 L,,, >ri N .01 , , 000 , , . 2 C> . 37,:,..:* ., , , 0 0 0 , , • 6 Cf5▪ <N .4- , 1 03 , t LC) CO O - ° : . <0 ,, ';'-''''l i I ' 111 a) ft ' : , . , : , < •?...., F , , , 0 . 6 , , 0 Z , Cl) ! 0 : ! ! .s.!!!!i . ' ! il >30 iii , , : , : : 1 I '111:1 I 1 , , , tv i— + — ii , N Csi , Q., LT, 1, .3 0li I ! o• a> —I 1 E ...E .c ! , ,<,” sZs zoo1 1 t 1% — i ! ; Z W 0 ,,,! ; --! 0 0 1 T. -2. c-5 1 : „ : . „ . 0 . „ ‘..c. . . (r) . : ' > 0 • ,, : : .. , : < 1 : ; : ; : ; : , , CO „ CD w , , , : : : , 6" : : , , o . : . . , , , : , , 2. , , , I 0. : , , , , : : : : , , , a. , , , " to O o , , : , : : . , : , ! E , ..c , ' 1 Z ,g, CO , a- 2 , , I . , , , 0 4, o 1 •a- , ra t, ..-,?„, 1 ‘..-- /-) f),, 11 „,, , . • . • 19 CL a. r,o, ,..,,, I — 4-2 ! I . . . ., . tzL 0 00 0F I . , 1 0 0 0 0 , , o : ° c—..) i 7 , CC 6 6 6 < 5".. N.. Z 1 i— c> 1 ! 2 00 0 ° I I l',. o (f) 1 /0 6 ! ! N , , a) >0 5.: ! : co I a; 0 w 0 , I a_ , cn < Z 0 sz c < 0 1 al 1 , r••• , , p.... co : , N N '` CO , 1 ... t0 0 ,.„., ,."- 0 , 0 , I CO , : 0 13 i I 0 . . . ' ! , E 0 Pa 'n m 0 I ! : . ! < o a_ 0- 3- c) 0 -2 id .c 00 co < 12 i + + _c 03 ..t TS I,- t•••• I`••• Z z < ' ! ' , . , . , ..•1 1 Z' I i . . . . z• n_ n. ab 06 06 , , , . . . , . . . . . 0, r , , . . . . . , . , , , : Le, c, . 0 i : : . . : , e.; E 0, , . 0 .., 2 , , (0 — 0 . , ,..; .....,..., >,. .,t2 ...„.o- =! : 'ti1-11 D ! ! 0 . . ' 0 , : , , (0 ist': us „F.! 0 , us 0 >0 c 1 I 2 ..i.") , ! . . „ , 0 >0 0 c < iti < za so tal a '15, 0>)` L' 1:1 1 0 0 -- - , i 2 0 , , 0 T., — .... , , .0 . ";.; ]],,,--• 0- o = i a) 0 ..., 0, i ''.. .".. 0 , i T) ch . 1 0 Z g Tz ' 0) .... . 0 . ... , , 0 Q <0 0 202 in "<naa.. n.] ! 5 5 n. 1 ! st" 2 : ! a < > > , , (.1 •-... ' ".... .... 0 • , • • ! ,, i! 0 N 0 N 0) 7 00 0 N- 0 0 et N 0 0 ts- N 0 7.- 0 7 0 000NCO 000Net0 r-. o o o c.,1 o (.,-, CCC o 6 N 13 ! i; O 0 6 0 6 6 6 <--: ,-- - ,-. .- ,- Ni (Ni NNN ,, 11 03 . , cs : 0 0 : . .. . ., 0) :. . : , . 0) < : CI_ ,. .. . . : O 4 CO .,-, tn u) cn .- a> N 1.--- 0 CO [7 0 0 .0) 0 0 CO 0") 7 , , .- 00707 00707 00070 700N7 N ., 6 6 6 6 0 6 6 6 6 0 6 O 6 6 6 6 O 6 6 0 6 a a • ; O , , l'i o >0 (0Z 1 E , O• 0 0 _C RI C6 .. ,- . e.... 0 ., O• 0 -7 N o c, al I i o Lo 0) N o CO N N 7 N et N N 0 CO 0 CO N C- 0 '7' N 7 I , 0 CO et 0 0 0 0) 0) et 7 7 CO N N- N- CO N.- 7 CO N 0 o, 6 t.ri : .: 0, ON0 ON- 00) 0 00N- 00, o 7- 0007 0-) N- r- 0 ' , ,„ :: oi 4 oi osi c:i (<1 (-4 O 6 O O O O O 4 4 4 O 6 O c‘i :: ., ,: No oo o Nommo oomoo oo CO 0 CO 0) N @,)@ E o I „,' H ,c7,..._ 00000 No o No 00000 00000 o _ cIS « g c,. 1 ,„ :, . ii — , , , „ , , , , , , , , , , , , , , , , , _ ,... N- ti) .- ! . ,, g I' (1) Fo CO( a3 't!S) a3 FO N CO I N3 N, `Z<,') N N N I'S N (<1'; rvcsiol ccj 1 ., ,, , iU.I t '2- IA I i i . , .i . .I ., ....' . !, . , o OtON- N 00) 01-h0 N- OVNI)- 1.--- CONet00 CO •i 0 7 N 0) CC 0 7- 0 0 el. 0 0 Cl 0 CO 0 0 CO 0 CO CO ,, .. : 0 0 0) N- 0 .7 N. 0 0 N N 0 N 0 0 N- N 0 at 7. 0 . . ui 6 4 4 4 4 ri O O 4s.i csi csi c‘i csi c.i ,---, 4 0 0 6 N a; , ,, c., ii, : 0, N N ,r, N N N ,r, ,r, ,r, N ,c, ,n Lr, up u-, CO N ,r, N ,,,r N NNONN 6 o 6 6 0 6 6 0 0 o o 0 6 0 6 6 as a, a, a, N0 CC) v> v)4.5 ta Lo vs Lc) vs vs vs v> vs to CC) vs v) trs Lo its CO u-, ,t, 0 a, a, o asom NioNom NO) olNO) N0 2 6 6 c ,17,,, Iii w 1 L6 1.6 Lri ,s5 tri Nr, U)i ..n N t6 Lci. L6 6 N N Lri ,..6 Nc 2 O 0 N .s. ;;; N `e' 2, ., .2 c c.) o I o-. .1- o N CON- 0000 00007- 00Nt.--- N 0:, NooNN ? E F., 0) r-- oo 4 oor--. oc3 000 4o CO ONNNO NO 4 .,- .- ,--. ,-- ,- ,- oi r‘i ,-- ,- -,- ‘-, 6 ,,,,,, . 1 t 3 2 2 ol (8 1 (Tv , U.I = "..** E'. ."0 . 0 C , .2 d LI t 1 , . , 8., V. 0 11 o , ' 0 - 0., - N- 000000 `00000 CC 00 N co , ti 7) 0 1 0 0 Pia-)C11 et CO CO 0 0) 7 CO er 0 ts- 0) 0 CO c,., 0 CC) t.,., , 0 , , 0 - 6 r',;:`,48 ON 6 ,,-, c‘i c‘i c./ c\i Ncsi O O 4 .-5. vi N CC , CI 0 > 11 CL a) ! . : m , . ., c ,. Cr) , . . . , . . .. : . . . C , N6,,---:,,,,,i4-.,....,8 . . . . 0) 0-, o, ma, m Nino co CO N (r) i 1co co co ,. '-',,''" (c> ..c, co (ON 0 U) 0 0 0 N N 0 0 N 0 !I N N CC " CC 4 N N N N N 4 N N N CC 4 N N 4 cn 4, 0 !! et[ O,INC4N Ositt.eNNNN N N N N N N N N N N N 7 N N N 1C 0 t---,t CC) 0) 0 7 N CO N 0 N N. (0 0 1 tl) I i - z 6 0 11 j . . . i (0 0 0 0 0 0o40.,&, <Do , 01a, cnoo Nommo N N0000 0oo,,,-,0 „,o, N 0) 0) mo moo 0) N 0, , (NON 6 6 0 6 6 '4010Aiii 0.4O ail O O 0 0 NC) N . 00000 000400) .4,6 a, a, ', a, asmoaso ol N CO N 0 0 N- 00 CO !0 0 7- 0 N N CD N- CO 0) ,.. ,, . N 2 > 0 00 11 , 0 o 4- CO 0) 0 N. Cte 0 N 0 0 0 et 0 CO 0 0 CO N 0 0 N 0 0 0 et N 0 0 CO 0 t..-- 0 7.- N 7. is- N N CO tr 6 4 Lci csi O cNi 0 0 .,-, O 6 O N: Lc; 6 4 a:5 0..; oi r--: ci N ° 2- i .a c> m 0-, ,r, u-, CO co N N CO V) 0 0, N CO 0 .0 7 0 N- att 2 N ....., , . a. I (o a) o 'izi cn ...s. i d CD 1-. !!!-'', Y. I! [ 0) i -----. 0 7, 1- !! 0000NCO 1.-- 0 .077 700000 000N- 0 NI ! -, a `,-'2, 4 1 1, 0 0 , 0 1 c : 0 co E a) "2 < o a. 0- 0- i .c r 00 ,. . N. N. is--. I . . , O 0 , NNN .[ . , .. Z 0- 0- 06 aS ai i NN [[ ! Z 00 1, 0000CD 00000 00000 00000 0 ! c]... . . 0 0 0 0 c, 606 ,60 oNooc, ota 000 N 0) ON . E o 6 N 0 ci cc5 ci ci ci ci ci ci 6 0 6 6 6 6 0 6 6 ci 1 LC) 1 2 N00 (2> C) 00000 0, 0000 00000 0 , c.„; a cc E E 0 e- N0 et 00N- 000 0700 .0 00N- 00 0 ! -0 ! 2 ON - H 0 '4- :.. 2 2 N 0 Q. Li. ,2. . . 1 0 0 C RS ii! '6 'C' I >, o. o : : 11 t" . o c., 0 , <0 O• o- to o 1 to II 0 N ,,... ..- • • • 0 ..-- r, (11) +.0 h.- No. 7 CV 0) co V" 0 +0 CO 7 CO C- CO ‘-- 0 N.. 0.1 0) ONI CO v- N- 0 . (0 CO r..... ,-- ,- s- Lc) m 0 0 04 r-, ot, CV 3- 0. 0 0., 01 1---. ..(1. 0 a> 0 <SY N. Oty CZ .<1. 6 6 (NI 0 6 co o 4 6 oi 6 o u, 6 4 6 4 cc; 4 0 6 oj 7 c., co 6 4 4 4 to 6 to (0 (C N- 0- 01) 000 000i .., i ,.. (0 (0 1 8 a 0 1 - 0) 0 i ty. . . 0 0 01 0. 0) 0 (.0 CA C3 0- 0 00 CO a) 0 0 0 0 0 .0 Cs 0 a) C3 1.-- i Z 0-- 0 0 "- N- s- "... ° (C W "- °D °-: "-.. st. "0. "0. N- 0 W W. W. "0. N "-- ',. W (r) O 0 O O O 0 O csi 4 csi 0 7 7 7 cy 7 7 7 0 7 7 7 c 0 SY OS OS (0 (0 0) 0) 0 .) 2 3 ,go ff3 (C ,,, (0 .1, v- 0) .0- (0 0 0 0.1 ..t <0 7 7 0 <0 7 (C 7 0) CO 00 1- CD 01 0) "0, "0 c 7, 03 03 (0 1, 0 0 0) C0 0 0. Ott 0 0- isn 0 04 OD 0 CD C3 1.-- 01 0 LO 0 co cs, (CU) 0 -- 0 01 OD (0 CV C) 00 Co- 0 CD CO 0 .0., Yr> CO CV 1,- Ln CV 01 CV LO 03 c0 0 03 01 n n C) ' 6 6 6 4 6 6 6 6 oj (CC) 6 N. 0. (CO .(t. ai 4 ai 4 ai 4 0 6 csi 6 N- - o.1 0© E6 co 6 co 6 6 co 6 4 to co co n n co co 0 CD 0, 0 0 ..... ...- 01 a> 0 ‘1. .1. 0, 0 0 0 0 0 0 0 0 CD 0 CD 0 0 0 CD 0 0 0 CLI < < 0 Ct • 4 4. 4 4-- 4 4 4 4 4 4- 4 4 ,3` 0... 4 4 4- 4 vr 'zi "ci Si .1101 4 4- 4 . tn6c066 coocotoco co6to coo 66666 0 0 0 0 0 0 0 0 = D... D-. (1) .- 2 as0 6 6 CO co to 6 cr) 6 co 6 6 co 6 6 co CO co co co 4> CO 6 6 co 6 to (C t) orac''' [6" 1-2. i 1.19 di - 0- C) a) LC> (0 CO 30 1.-- CV 0/ (0 C0 01. CO 0 03 a) as (1) 0- 0 0- 0 CO C-. 00 1,- 01 ,- 01 0 0. N- 'sr Ott 0 0- 0 ‘1. CO CD CO CD 0. 0 0 N. 01 0 0 00 0 03 rty 0 0 01 to CO CV 0 (0 n (NO) 6 ..tf. St 0. OD (CC) CO CO - (0 CV CS CD 0 11, to 1.-.. 04 I,. h. 0-:, 0 CD 0 4 N. ai cg 6 6 7 4 n 7 4 n _- 4. oo c‘i 6 0 o -6 6 6 4 4 4 4 4 4 6 6 6 to CO 1, N- 1,- ay 00 (0 C) 0) CD 0 CD 0 .7 .0 N O 0 = - "' "-- s- 7 7 7 7 7 7. 7 7 7 7 7 7 7 7 7 7 7 7 C`l N C' " " °", A A EV0000 00000 00000 00- ci o ci d 6. ci. ci 0 ci ci ci ii t r to .r, v) o (C .4) Li, to .41 Lo i0 V) <0 0) 1.0 <0 1.0 VI V) LC) ti) +.0 1.0 +.0 v) LO 0 LC) 0 0 0, 0 OD 03 03 0) CD Cr, 0 0) CD C1) Ch Cr, 0 C0 03 0 0 0 0) 0) CD C)) 0) CD 0 2 eC Z 0 0 u.) ..6 tr; tri tai tri u) L6 u) Lc)" ..6 u-; u5 ..ri L6 6 Lri 6- 6- u-i 6- ..6 ui in" vi 2 ci • `'S t 6 2 r2 '' c 2 e E, „,, ,,, 0 - 4., 0 0 0.) 0-, 0 s, (C 0 01 0 C) (C .4.- N- 0 0 01 01 0 03 St C> tY, 0 6 CO ..,- 0, 1"-- 6 (C 7 0) co co CD CO D.- 1101: 01 Cy 0 CV 0 0 CO CO 01 OD .0. 6 n 7 co 4 n 7 6 6 4 oo co 6 6 6 6 6 4 oi 6. c.i 6 0 (NI co co 4 4 4 6 6 0 0 11,- 11.-. 00 CO 0 0 0 0 3 ole' t 0 cry 0 sn a> CO sc. C - .0 sso Ls, c3 0 a> 01 03 0 0. 0 c0 00 .1- 0 11t 0 1- 0.) 0- N. 0 LO I,- YS 3 0.1 0 0 01 0 ts. 0 0 0> 04 0 01 CO .0. 0 c0 CV 0 0 0- co 6 . . . . . . (1) 6 ri ri. rr-,-. r,- r-,-. r.r.,-, ...ai crr co - St 0 03 C‘i 0 00 0 0. N- 6 4 N: 4 4 6 CC a:: - - - 01 01 01 01 0 0 St ..<1. 0- 0 in LO CO 11. w o = lr Cr) CD C EL: 0) 0 co 0.- CO .1. cs) 01 .01 V CO 0; ,..,,i 01 CO o oo cs.i 4 co co co 01 CD (0 110" VI- 0 0 0 0 0 0 0 --cr. a..., Lr) ,- ,t, csi N- 0 CO 03 0 0 C0 0 cl to Ln 0 cr. 04 4 4 4 4 4 4 4 4 6 6 ,-- 6 0 ,..,; 0 0 0 01 6 -. 6 oi c6 h: - U 4 04 01 01 01 01 04 01 04 01 0 ts , 0, 04 .4- 0 CY, 0 0. to 0 r- c,) ,C, ce r- ,” 0) 0 r- 01 0 .(1. 0 CO 1..- 0 0 0, CD O' 0 0 C) Cs 0 3- CV 01 CV CV CO 01 C:33 W - 01 01 CV 04 01 04 N c‘i CV s ti sty ry r! ra. 6 co 6 ri 6 (C 6 6 6 6. 6 ri 6 toQS Q. (0 (4) . 00 .0 h. (0 .0. cs) CV 0 st. c0 0) 04 CV ,A., .0 ,C ,:.`,..1 "I' CO CO OD 01 03 (.0 .1. .0. 03 0) (33 03 CS, 63 0 CO CV 03 0 0 ay ..4.- ..r) 0 C', r,,,, 0 CO 0 1..... CD 0 03 CO 0 6 6 6 6 6 6 6 6 oi n csi n 7 6 6 6, ai ,-5 6 ,-.4 6 0 4 6 c.i 6 0 CD CD 0) 0 00 0 0 0) CO 0) 01 •.1. 0- 0 0 0 cc 03 y--- sr to cs) 0, 01 (0 CO v.• O .-. 01 0) St LO CO 0.- CO CD C3 0 0 C) 7 .0. - s- ct1 CV 01 C34 0 01 01 0 .44. - 04 CV C4 04 01 (N (N 01. C4 CV 0 (NC') 0) (CC') 0 0 -, co 0 0 0 0 03 co 0 0 V > 0) 3- 0 (0 CV 0 U", 0) CV CD D. Cc) 1.-- 01 11.-- St CO r-- 0 CO CV 140 OD Li) a> 0 0 C, St 0) 0. 0. 0) CO 44. 0 00 0. (3) 0 <0 0 0 10 (9, CO ," 0 1CC 0 CO .CC. 0 0 0 CS4 z f,'3 4 1,-.> g 'c'oi •- z T T (0 T L'g Si Lt T, T r,, N-, ,', CO r,,. 2 L`P T; ,t LT, . E 43 ..-... 0 010 .N.1. Y Ca 0/ )7 0 00 0 N.. 0 yr. CO <0 CV c.0 0 01 .4' 7 .0- 0) Cl CO CV N- C3 0 03 CO CD 5 CV CV od CO 0) 0. O. CO 7 CO LO a> CV CO 04 CC) 0 CV 1- CO co) C.- 0) 0 0) 6 C0 0 O O 0 ° ' <, 7 7 7 7 7 .7 T:1. .,. 1..1 •,•• 1- .4- r- <-- 1-- r- a- ,r- i (0 8, >.• cY; 2 2 E ,.,c71 nc71 < 0 o_ - _c 00 ..c co n n n o z a. a. ci) co Da 00 0 0 0 0 Cs 0 0 C3 0 C, C) 0 0 0 0 CD 0 C) 0 0 0 0 0 0 0 a. o . 0 . 0 0 0 0 0 C3 0 CD CS CD C3 Cs 0 C> Cs CD CD 0 0 0 0 CY 0 a, ci ci O 0 00000 ci 6 ci 6 ci 6 6 6 ci 6 0 Lri 0 6 0 tr; d LO 6 0 o co o c> o 0 Cs Cs C3 CV 0 N- 0 04 LO 1---- CD 01 0 0- 0 01 0 N- CS CV 01 - 0- 01 tn V- 0 a) 0- OD CA C3 0 0 0 (34 CV 04 0.1 CO V) CO Cc, .01- V 0 . _ . . . r") 0 '''''. 04 04 01 04 04 CV 01 CV CV CO V) 0 0 0) c0 <0 6 to co co co co co co co co co • co ; 0c (V ..;''. 0 Cc li,, "6 >, „ ta 01 a> 17> ?„ C, O c: tt 0 0 o 8 0 0 ir, 0 U) ;-_-. ... 0 • 1 • • to O CO M h N- O h C) OO to CA to O C CO N N. OO O) C 0 O M N CO N O h 6) N N- C CO N CO CO N- (O N- O M O 6) v) ,- h t() h b 6i O) (V 6 (O N O h to 6 6) N- (O C CM N 4- 4 O 4 4 N N 6 C S N M M C U) co co N. co 6) C) O N CO '7 U7 CO N- 03 C7) O N CO C 7- a- .- 7.. .- a- 7- N N N N N N N N N N CO M M CO CO m V CO 1.$V) q ? C) v) v) 1 co C C CO C) CO CO N h N (O M CA h C N- U) C CO N (O N N CO C (O C o C7 to O to C) '-- C C O N- h N- W CO O h M M C m N- (O c0 (O oO to O W W 0CL 7- r' Ni N N N 1- 1- r .- .- N 7- N t- N M N 7- c- O N 7- 0 coco Z d ac;)E'..) i2 Q) C O O O i_ JO n n O a „9.' CC N Z Z C C x a. m 2 C -, ) N _ OC CO (p U) 7- MN CO N CO CO CO N- N CO C O O to h 0) U) CO r CO N O 0) h to C (O O CO C.O C UD U] CO CO CO CO N (C) (O N- M d O) h t0 ..0 N• 7- W CO CO CO N CON ' C 0 (D N O O - O CO aO CO O O C W(O C( u) N Oi (O6 (C N Oi N- (O 6 C C C C C 6 U) (O h CA O h h h 0 Y ''. CC) co co h CO CO) CO 0 N CO M C to co N- CO 6) O N CO C n (0 h 6) N () E to C 4. 4 ,- '- e- 4. N N N N N N N N N N N CO M M M M M M M M v v v 4- v v v a V V a V v v C v v v v v C v v v v v v m .E . = co (o coco co (o (o (o (o co (o (o (o co ro coco m co co (o (o co (O co co m N N' O O (O (D CO (O CO (O (O O coo CO CO (O CO (O (O CO (O (O (O co (O (O (O 0 -di N N2 C a ',. w ca m 1- 2 W N- N N Vto 6) C N N- (o CO CO C (_0 to N- CO .- O) CO O CO CO h O N M tNo _ N OO N M O OO O) VNN `,4."(2 O OM C)NN O O C N O O N C W N O r N O C 6 C O) C O C O 6) tri i O (O N N C O () • 'a N N CO CO C C CO N (O CO CO N- h W CCO. CO. 01 N N CO CO. C (n N C O 0 ..., N N N N N N N N N N N N N N V NC (N CO CO M CO M M CO CO M CO 0 C - N) U) OOOOO OO_ OOO OOOOO OOOOO O OO O O e a (C «5 a tONtoto lOtO tOO tO tOOtON tOtotONN tO tOto tON o, O+ 6AmOo) CAOO) TO 66666 66666 m6) OOo) a" Z u) tri... tri (O (O to to (O (o N to tO N C) N tO C) N CO tO to (O tO (O C) tO (O iiO ti o � '6• tJ U d a> C> C q,.. 0) (C C O CO N C (O O O N 31O) CO (O CO C) C N. (C c 2 U C M CV 0 (O 7 W a0 O) N CO O) m CO N CO (O C N O h CO N- Of N 4.- 9 Q i o w W ,-; Cti (C cf> M — N CO C (M O CO N• (O (O 6 U) 6 ((i (O (O h 00 C) 4 N 7) Z N (; N ! Cv M co W- to CO 4.N N co C to CO h co 6) O •- N co to to O QJ � a+ >, 10 i .- .- r- '-- r c' co� � co� � N N N N N N N N N N N CO CO CO M M M 7- r w aE .> W 3 O O co C() (O M t*,t r_-a V' M O tO (O (NI M -77 6 (O N N M CO N C O O) O 0. (O C)) 6 'CC) CU 6 O tO 3) (O M N N C CO O) CO N M W C a) CO O C ai (i t_ <O C.) tf) O) C O) C CA C O) C CA C CA (o O Oh M CL CO h h 17- CO x> 6N :oO 7- T N N CO CO C C 3) In CO h N- CO CO 0) CO i Z (O C I..L O N O N h N 6) CO CP <"b CO a> O C O CO N- M W h O) O N CO (O N 0 N- CO O (O O M (C) X C) n O O CO CO N CO N CO W CO CO h C O (O . 1.0 - C N 6 O M N• O M 'P O C'a CP 0 c- C h O N C CO (O O N C (O N- 6) In CO O CO to h O N C Es, 4> *- CO (O CO O N (O h CA ' C CO CO C) N C co M C C C C C) to (0 4,;r 40 'O (O CO (O N- N- N- h h 03 00 N CO Ch CA O C CO '.. ,— M ca Cl') r) r) r) (C r) C') ,7 C <n co cr „ (ni C r) ri ri r) ri co ri (» r) r) CL O N CO N h N CA CO CO O 00 CO C-)' C CUN t,. 01. CO h O'-) C) N CO (O N C _ N- C 0) C N- O N C C C V. N O CO "V (0 0 N CO N _ CO C O (o C CU Vt. CO CN Si NC'- 6)) N C) CCO ) VN-M Si !`U (' N O N C O CO Si C' XO N C C CONNO N (O (O (OO .N- hhd,. C co c,0 aa OO C) O C) CA O O O -a- M M M M M M M M M M M M M M M M ,. M M 4.. ('j rj M M M C C C.. .:,. 6) C N CO N O O (n N C (O M M M (O O CO CO C O) N W m N O N CD C)) O N co to N- O) 0 o) O co, co, co _C) N M O O N tO C N- W N. W O Ft)-; O O O O O O O O N N N M M M M M Z.); M L N Lt tO O O O O O (C tO O O t0 O O O O O O O CO (O CO CO CO CO CO z E N ,z— ‘..a =° co N Yd Cn (O M h (O O M C C O) N CO 0) (O OO N. CA N O h CO tO h N O CO N (O CO N 0 to .,- O C CO N N. N (O CO CO C h C C 0 C CO O (O CD d W CO OO C) O O 4 4 4 N N (h C') C C (n ((i CO (O h CO Oi O) 6 O O O — .- ,- .- N N N N N N N N N N N N N N N N N N N N CO M CO C) O T V • 0 C :.. E a) m a d L t a U U j C 'O m h h h O 2 co N N N Z a a CO CO CO a(O O O C) O 0 O O O O O O O O O O O O O O O O O O O O O O) O tO O C) O C O (O O N O N O (C) O vi O N O CO O t() O N O CO O U) N- 0 N tO h O N (O N- O N tO h O N (O NONUIN O N tin N- O i (y CL C C in (O (O (O CO (0 (O CO h h h N- CO CO CO aO Of 6) 6) O O O O O r S .. 0 E co r) r) co- r) co- co- r) 66 6r) r) 6 6 r) 66 r) 6 (C co- v v v v v n O a � I 80 O C T ' 0 c c.CC N E O .m.' d Gf •G i (d G 4 (A 0 N 0 0 • _O 0) A- CO CO 4 CO CO 0) (0 Co 4 CV -"-- 0) CD 01 7- CO U) CO CO 01 C..., U) U) V' CV C'f'D U) OD 7- (0 CO ...- 0 v-- CO CO 0 0 '7"--- t---; U) 4 .4 U) a, U) cn c•-) 4 N- 7CO CV 73 tri co 6 6 .-= ri tri n: 6 .- 4 6 6 ,-, 4 N: 6 c,-; ai 6 4 cO csi cd ..7 •- U) co N- CO 0 v- CV CO 4- U) 1"-- CO 0) -Tv CV CT) .11 CO 1"--- 0) CD v-, V) 4- co Lg.-5 (Y) 3 CO CO OD CO V" `I' V" 4- .<3. 4- 4- 4- et U) 0) U) U) 1.0 CO CO CO CD CO CD 0 0 CO Ca N--- ,1-0' 'E (04 CS 0 a CO to CO CO CL CO IX) 0 03 U) CI CO CO 0 CV V) 0 OD 1,-- 0) IX) CD t--- U) U) 0 00 U) 4 U) .-- 00 7 7 m. 4. 0 4 4 0 EL ..-- c., ,-, ,- ,,- ,- (-NI 0 ‘.- 6 .- ,- ,- 6 '- ..- oj - oi 6 0 Ltl OJ 0 L.) (0 (0Z ,-- ,- < T., 2 E E 0 0 0 -I 0 .0 ,0 0 0 ?- astIll v--- 0 0 0 4 4 0) 4 CV C 0) , 0 0 t- C1,-, , .t. C') v U) 14 CV U) C) CO CO 00 C) U) O CP IX) CV CO OD et et ? a 0) CO CV et CO U) 4- U) CV 4 CO 0) CO CO CO 0 (DC) 01 0 CD U) CO CO CO 0 0 0 0 0 < CO U) VD CV C) U) 0), <1'... (-, co o U) co N. a> v., Iv- CO 0/ CO U) 0 0 4 CO OD et 14 h-- 0 CO tn r,„ 6 ,- co to a> ,- 4 N: 6 6 6 6 6 N:. ,- 6 6 4 6 6 6 6 6 r- Y o P 0/ CO et CO h- CO 0) e"" CV 0) U) CO h. OD CD 7- CO 4 0 1"--- CO 0 7- el 4 oil ©© E .4) 2)....... 4 4 4- 4 4 4 4 4 4 co Lo U) U) U) U) 6 co co co co co co co N. N r-- N. ft "„,„- "V 4- 4 4 4- 4 4 4 4 4 4 ,4- 4 4 4- 4 4 4 '44- 4 4 4- 4" -4' 4. 4- 4- in < < E . C) w co a) to co (CU) co co a) co a) to co w to co co to co (CU) co al CO a:, Co = C.- 11- .1) .- ,cs = (1.7) Co c.0 c0 CO co CO CO (0 (0 CO (to 0 co 0 CO a) GO CO CO co co CO CD CO (.0 g 2 c CO tii U) cl 4 U) CO CO 4 U) 7-- 0 0) 0) 0 7- 4 CO CO h. "- et et U) CO CD 74- 4- 7- U) CO 4 CO CO CV VI Iv- 'IX N- U) (0 0) U) U) 0 CV (-- 0) a) CO 0) IX) CI 0) OD O. OD CD CV 4 h.- 0 CO, CC/ 0 4 CO et 0) 0 7-- CO 1.0 IX) T- 7- CV CO CO N. m o 6) CV 00 vi ,- N.: 4 o 6 6 6 CO 6 6 6 O O h: 4 6 Co c•-s 0 -6 6) .6 o t-- co oo a) a) o r: .- cN 6 el 4 4 U) o co h- CO C0 0) 0 v"' 7CV CO C 0C 'Tv C''",. C'") C2 M. C/ C?, C'' V: '''-- .1. V: 4- V: 4- .4" .4'. V. 't V V .0. .4.. Ln U) Ur) U) U) 0 0 0 0 0 0 0 0 0 0 0 6 6 o 6 c; 6 o- o o c-.5 o 6 6 6 c06, 6, 6Loto to otooto tootooto LootoLoo tooLocoLo too 4.- a, 0 ....._ MOTC3MM ChMMOM MODMO) CM COMMMOI C00) (00) a> co a> 6 6 u-i tri tri ui. t.6 tri- tri Lci 6 6 tri 6 6 6 tri. In- Lri ..5 tr.; tri tri tri U) U) C -2- iii 0). o CO 00 CO CD 0) •ct r- 0) 1"--- CO CO CO CO 4 CD 0) CD 00 CV CO 4 OD 0 0 CO r- CO 0 V V U) 0 0 cl 1.-- 01 r- ...- c.) I.... .cr 1- 1-- r- CO a) -.1. a; cc; C 1 Cs. 4 N: 6 0,1 6 6 4 1,... ,- 4 co c\i co ci 4 0, 4 O 4 oi 4 CV tO 4 U) N- CO CO 7"." CV CO U) CO 14 M C7 CV CI 4 CO lv- 0) CD CV ,7). yl- 4- 4 4 4 4 et 4 ' to U) U) U) co U) a) CO CO .0 CD CO CO P.- 1..... .......'" WO' O 1-,3 ......, z 0 0 i t i o ...0 0 V CD ',..- r.,- t', CO , t, N- .--- 0 01 N- et et 0 T-- 0) Co T (173 0 •,..- CO .."- Q. CO CO CO r". ,..... c r) 0 T''' [-• CV 4 0 OD 0, CO CO 0 et, OD 4 v- OD t"--, 0 IX) CO 1 (1) OD 4 0 4) N IX) 4 6 6 61 (CC 4 o CO C) 0) U) c•si co 4- ,- CO 4 <- 6 6 c‘i CC cs, co ,- ,- ,N c,,t ,0 446 0 CO h- 1---- CO oomoo ,- No4c14 4 Co Co 7-- CV 01 0.1 01 01 CV (N V'l CV CV CV CV CV 01 01 01 (,) M 01 CI 01 01 CO CO CO (,) D • C/) co c .- u... co el c•-) 4 co 4 CO v et Tv CD .-- IX. 00 1.-- OD 0) CO 1"-- CO (- 1"--- h--- 01 et (.0 CO 0 CO 0 .1"' T." 0 CO 0 .-- I 01 IXT ...") .- IX) 4 V CO 0 0 M 0 0 0) 0 CV 14 6 ‘...., ci 4 tri CO eci r.,=, et, 6 6 6- 6 C) C) o 6 6 6 6 6 6 N: 6 4 ei •,- co r-- C) ,- el U) 14- 0) ,-- (T) U) I'- '7) T "I' CO 00 0 01 4 1.0 t--- 0> "--- CO U) 1--- M 4) 0 C) 0 0 0 0 0 (-- .-- r- .,--. ,--- 5'4 04 C') 0.1 CO 0) IX) CO OD CO 4 et et 4(1) 4- 0) MI ev C4 CO- .4: 4 ..ar si 4 4- .q. 4 4 4 .4 4 4 4 4 4 -4-- 4 .4 4 4 4 4 4 4 4 CL (0 0 ')) a ....„„.. , 1 M M CO 4 CO et 01 ..-- 4 1- 0 7--- CV CC I- C. 6 6 N oo ,-.. 14 Iv- CV 4 CO CO (7) 01 4 0 0 et (N 0) 0 i v" CO CD CV UV I--- IXD IX) 1,-- +7 Co CO et et, CO 0 CO T-- /47 Ivr, 6 6 6 .,- <NI c.i 6 4 4 6 tO 6 6 6, U) 6 U) 'C 4 O (NI 6 CO r....: 4 co co o n U) Iv- CO 1- CO U) 1------ M T- 0) 0 N 0 .- 0 U) N. C) e" 01 et CO CNI 01 CV 04 01 CO CO IX) 0 V. 4 4 V- et 4 0 U) 0 0 ---- 4 4 4 4 et 4 4 et 4 er: 4 "IX. et et 4 "CC 4 C 4 4 4 4 4. 4 4- '4 t ..,,. -..' ,C.., 4 m o ,- o U) 1.--- CO U) CV v- r---- CV CD 4 0 CO IX) IX) 4 IX) 01 CO CV CO 4 CV CO U) (0 h--- 14. OD CO 00 CM 0) C) CV CV 4 U) 0 4" 4 CO CO CV 01 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 CC) U) U) U) U) U) U) co U) U) U) Co .6 6 CO co co 6 co co co CD 0 Co (0 CO CO CO 0 CO 0 CO (0 Co 0 0 (0 CO IX) CO -•••• E a C- 03 ,74. < < Y to U) cc-, co 6 .- 4 4- U) 4 P--- 0 0) N- -7-- OD (-- "-- 0 CO CO 4 0 CV CO CT) V. \'" O•1 CO ,-• CO ''.. SI. CI O4 CO N., ",.... St N• 0 01 0 ',- CO OD 0 0 01 CO CO 0 C) C) i -T--.' CO V V s4: (yi 4 4 4 4 0 0 0 0 0 0 1..--: N.: 6 6 6 6 s,..2. ,,-..., < C) t-,., 'Qr., n c e en co co co en co co co co en en co co oo co co 4- •:c n- er .cesti 41 ea U >. Ca, 1 07"...., "- E a) ro ,c° g) < 0 a. - - .6 00 .= 03 tv 1"-- N- O 2 co N ';' z a. Li_ a6 CD co 0 0 0, 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 CD 0 0 C> 0 0 CD CL co co co co C) Cr CD 0 CD 0 0 0 0 C) 0 0 Ct 0 0 0 CD CD 0 CD 0 0 CD (7) t.ri 6 tr; 6 tri 6 tri 6 tri 6 tri 6 tri c:3 tri 6 tri 6 kr; 6 tri 6 6 6 ui o i.ri ir) 0/ 0 Iv- 0 CV U) 1"--- 0 CV 0 14 CD 01 0 tv- 0 CV U) (---- 0 01 0 14 CD CV U) 1"-- CV T-- 7- 7- (NC) 04 CV CO 0) COCL OD 4 V "IX et 0 0 It) IX) CD 0 CD CO 14. t•-• 1,--- h-. .. . . _ . . . Cla 4- 4- 4 4- 4. 4- 4 sr 4 4 4- 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4- O4 sa. ..,. OE c As is, , 8 C >, xi cs) 0 .,,' = .- Co Z.; -1--- 0 , i • 0 , ,.... (0 V' C) CV CO CO OD CY) 04'1 (NI A-- V) AO CP AT IN v- CO 0 DI CO Iv- U) U) CO v- , '0 00 0 v- CO U' r. co U) co o 6 co 4 DI 0 OD h- CO M ,- CO CO CO CD CO CI CO ' -0 4 6 4 6 6 cci ni n.: oi n.: 6 .7. 6 ,,-, 6 6 6 ci 6 6 4 6 4 cci 6 6 . C) •,-- co 4 co r--. ac c, CV M U) CO CO CD Dr DI et U) IN CO 0) !r- DI O- CO IN 00 5' IN N. IN N. I,- I,- 0-. OD 00 CO 00 CO CO CO CO CO 01 CO OD CD C) CD 0 0 0 CD CD CO .,._) .: „. ,._ _ .,_ ,.... 13 F 03 (0 ,,) U) U) ........ O 03 v-- DI I- OD CO 00 CV 0 U) CV 0 CO h. 0 C0 CO CD 0 o) co (.0 DI 00 et CO >a 0 0 CO e- CO DI v- CV C) N 0) COU) DI CV CO ,- DI VD 0) U) CD 0- N 0 CO CO . . . . -'add 0 CD c5 6 6 6 6 6 6, 6 6 6 6 6 6 '-• o o a o ci 6 6 6 0 Lal 1.1.1 o 1 0 (0 (0 00 0 .0 VI CO 0- = IIC U' )) C Y , .3 3 0 CD CO CO 1 CO CD CO DI U) CD 'et 0- U) 0) Q 01 0 0 DI 0 0 CO ',- 0- CO OD U) v- DI 0) CO U' '1' v-- 0 N. DI C) 1-- CO er IN CO .r- CV CO CO M CO DI U) 0) U) 0-- 00 v- CD r- DI CO M li3 3 < CO CO OD v- CV U) h.- 0 v- et N- 0 CO CO 0 OD N. 0 M U) IN 0) DI U) 00 c-- '0 h-. h- 0 ' 6 6 6 6 co: 6 4 6 4; C; ,43 ev'' CO v- IN 04 IN M CO 6 6 vi 6 4 6 4i 6 t-- Y CO h. CD CD DI CO CO (0 CO C> ,- 01 vl- CO IN OD 0 Ol 01 U) U) 00 OD v- CV et CD cov IN h. IN CO 00 00 CO 00 OD CD CID 0) CO CO CO 0) 0 0 CD 0 0 0 '0 < < M X E . ,...... - V 4 4 4 4. 4 4 4 4 4 4- 4 4 4 4 4 4- co- 6 co- cri co- 6 4i 45' vi Lri tri — 0- IN o., 2 1 1 2 c'0 88 88 (888 888E8 88888 88888 8888 U' (N N E a ' a5 cls 1-. .f w ILI (0 .- N. CO CO CO e- CV OD CD Di OI h. 01 ,- vcr U) 0) U) OD U) 0) N OD CO v- DI co ci C) th! CO CO CO V 04 0 U) CO CO N. U) 0 CO 0 01 0) .O. 0 CD 0 CV 0 0) CO ,- V 00 CV (0 0 V CO DI U) 00 1- Ot N. 0 DI vt. CO 1"-.. CO 0 DI M CO h- CO ii QUC; ni 6 n: cci ni 6 h: 4 c-:. M CO 6 ,,- 6 6 oi 6 6 4 7.!! cd 6 oj 6 co 4 4 6 co h- N. OD 0 CD CD v- DI DI CO ,0" U) 0 CO h. N- 00 CD CD 0 ,- DI DI 0 ii c o c — V) 0 V) I.0 0 U3 OD 0 0 0 (0 CD (.0 (C) CD CO (D (0 CO CO CO (0 0.- 0-- IN IN N 2. .c z o o oo 0 o 0 0 ci o 6 c; 0 00000 6 ci o 6 6 0000 4.. 492 r I.0 cr, coo cocotococo ,666toto 66666 Loco 6 ,66 6 ,c" ,.oto . 0 = 4, 66 maccoac co oncocomcb occococom commoac cocomm U' 2 z 4, (CU) u5 u-; tri u-i tri. Lri ui ,ri 4; Lc; Lci tri ,ri kri 4i cri'' 6 6 6 6 co 6 6 u-i Ce , C 6 2 il E t 6 2 •L, ,..., ,.,.. (0 .-, — 0) IN 'I- CI U) CO 0 CO CV 01 M CV DI V" DI 0 CO ‘I- CO vt. CV 1- 12 c 2 '2 2 0, N 4' CO DI CO CO CO 0- v- U) 0 0 CD U) 0 U) CD U' CO DI U) CO CD 00 CO CO I1-> 2 .-: ,..0 4; O , ...... ...,.., -2- O .2 1...s. oi 6 6 6 4 6 cri ,--, 6 oi ‘., .,.. 4.1 ,..., 0 rn ,r) r, co o ,,- CO "cr CO IN CO 0 N vt U) 0- 00 CD 'v- M et CO IN 0) 0 DI et COCO CO CO CO 00 OD 0) OD CO CD CO CD 0 0 0 0 CD 0 CD 750 3 2 (7) '8 (LI 3 1 1 -Z 0 CO V) 0 N. M 0 C., ,. 0) c, , 1- CO M 0, CO OD 0... r el- CO 0 U) 0, C) ot. 0 CI CO IN (C CO 0 CD 0 ' e ,, 0 DI 1-- e- 0 CO CO IN CO et N 0 00 CO U) C') DI (0 QS ,-,-i d 1,-. ,,,-, ,-,4 or ,c, v.) c; N.: 4 .-" 6 4 .r.:' 6 cci oi cr; 6 ni 6 6 6 6 (I) CY co h.... COD0 0) 0 ,- v- 0 CO '7 et >0 CO 00 0- 03> 00 0) CD 0 v- DI CV OD et VI CO CO CO m ry - v v v V vt et vl" et et 'SC' 'Cr V' A' U) U) U) U) U) U) 0 U) T a. a) 0 ;v .40,,,, co as c 4- U) 0 cc) 1-. ,- r. DI 04 0 P.- 0> I CO 0 DI CO CO CD CD OD v•-• 0 eir U) D. CO i U- 0 U) ,- VD 0 et CO DI CO 0 01 I- "> -1- 0..... v- et CO CO IN DI ,30 CO N. >-- U) CO i 6 6 ii.: iri •ci (NCC iii.: <6 6 6 , 6 LS. 6 4 oj ....., 6 co os co' c,i' csi 6 co' N''' DI 'et OD CO 0 DI 0> V, 0. OD v- CO vt 0 CO 0 N V' U) IN COCO U) IN CO ' 0 (C) 00 COUDCOOD (.0 (000 ,0 {- t. ,, ,,, t0 600 0000COCOCT) 00) (00) " CO RS O- 'et 4 .cr .4 4 4- 4 4 4 4 4 4 4 4 4 .4 4 4 .4 4 4. 4 4 4 4 4 I a_ O U) i 1 4 ,..o a co x- .- .-- CV CV CD IN 01 0. 0, 0., CV DO ,.c, 0 0 0 c•-• C) vt CO IN U) CO CD U) CD et CO DI CO CD ett IN v- -'4" Co ,- ,r, ,0 (N 1.. .-- (0 DI 0.... .1- U) 0 co 6 4 ni 6 6 N: 6 4 6 c-- oi tO 6 U' (4' - 6 6; CO 4i 45 (4 6 6 N: ui 4 00 0 CV et- U) 0- CD v- CO 0 CO CO 0 CO et CO ID OD "- OD CO N. CO 0 CV et CO VD CO 0 CO Ci, CO CO IN N. IN IN IN 00 CO CO 00 M, CO (3, 0 CT) 0) CD 0 0 0 0 — . • 4 -4 4 4 4 -4 4 .4 4 4 4. 4 .4. 4 4 4 4 CU' .4. 4 .4 CO Lri in u5 i C I 1 -4- 1- h. 0-- OD CO 0- (.0 DI 0> e- ,- DI et CO CO U' U) CO et et U) CO 03 I,- CO CO N DI 04 04 04 CD co co 4 4 co N. CO00 CO OD 0) 0 0 0 0 ..-2.. CS g g g g g g g gi g gi g g g CS g g CS CO g g g g CLS CS CS g E 1 7, 2,..„ n3 0_ 03 -1:4 et < Y. 1 o o 4 o o 1.-- DI 0 CO CO N CA CO CO COO .- Cc) CO IN vt ,-- CD OD CD el- DI v- i U) U) CO Cc) VI C> CI 0 CD 0-- CD CO f',.. CO CO 0, h- CD N CO 04 ,-- CO 0 >4) (0 IN < 1 04 (N Di 04 04 (N oi (N (N (N ni oj (N (N ni ni (N (N (N oi (N (N (N (N (N (N (N4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 co 1 (Co 1 45 an g -- E a) CO c7) IEID ! < 0 a. ..c -c. 00 I t 13 CO IN IN D. i Z z a. a. ai QS co 00C) 0 o o o o o o o o 0 o o o o o o o o o 0 o o o C) '. cx. o o C) C) o o o o o 0 CD 0 0 0 0 0 0 CD CD CD CD CD CD 0 CD C> 0 i 0) 6 ui 6 u-i 6 6 6 45 6 4; a 6 6 45 6 ui 6 ui ci vi 6 4; 6 wi 6 45 6 ,t) ON0 NONM N. 00401,- 0 NuDINON cOh- 0040 NONM , Dj C. CO 00 CO U) M CO CO CO 0 0 0 0 .- 1- e- .-- CV DI DI 04 co co co co 4 4 4 .. . . _ „ _ 4 4 4 4. 4 4 4 .4 co to in in if; in iii tri in ,6 u-i iri in in 16 iri tri tn tri csi O --As 0. ,D0 5 5 >a, .. .0 a) o 2 :L. 41 'D <1., = co 6 43 c.) a. cn a co .,- • 0 • 0 CO (a 0) (0 a) cr CO 0- I,- 0- CS) •Ch CV V' CD 0 ccl- CV V. 0 CD CO CV 0) in 0 CO I ti:, 3) CV CV CV cht, 0 I`, 0) r CV CO CO ..- cl: N. CV 0 r 0 Tu P..- 0,1 CO Cn 0) 0 0 -0 pi 6 co 6 op 6 co cc; 4 6 .4 ai 6 o 6 e7 CO oi r- vi cf5 4 6 6 6 6 csi o .,-- co 4 a) 0.-. CD 0 CV VI 0 Ca CO 0 r CV "V CO 0- CD 0 DI 03 In N. CO 0 S = cv. CV CV, N eu., <N co 6. co co CO 0 in .1 Cr '',I- ..i. .4. <a ,n 03 0 0 0 ,c) (,) V) ‹C 0- 071E z<a LO N N. CC) N O 03 N. I,- 0 0 0 N 0- CV r vt CO 0 DI 0 r N- CV V'0 0, 0 ,„ 0 — ,,, 0 ,.... ‘,,, — co 0 0 0 to 0 00 — 0, ,,, — tl- 04 to . cv 6 6 ,-. .<.- 6 6 6 c; 6 o ci 6 ci 6 6 6 ci 6 6 6 6 6 o 6 6 6 6 0 CaCa Z 2 f.'2 clo 2 O 0 C3 3 0 s, .0 0 00 Z Z rt • O It 0 0) 0) M ...Y a a .... 0, 0 0 2 2 1N. N. 0) l'... 11-. 6 4 CO co r- 0 0-- r 03 CO 03 r 0 0) r. 0) V- r ch 03 N. VI CO .4: V. a 00 C < i Cc) .0 ..0 C'', I,- C.1 D. I,- CO CD r CO N. 0) V' CO r 0 N V' 0 N. V- DI 0) <0 CV v P.- CO 0 CO CV <7, CD 3) 1- CO CO 13- CV CV CV DJ DI 03 CV V' 0 tO 0 0- 0 16 N- r- 0 ' 1 6 ,--, CO csi r.. 6 6 4 6 6 Pi r: 6 6 6 .;.- I, 6 6 ui 0 1..- 1.--: ce; 6 ui r r:. r.- Y cv 0© E u5 1 N.- 0) 0 0401 0 OCOOr 3) V. CON- Or CV '10' 00.- 0040110 , CO C3 ,,- c- NINCVD1 040,13) 003) CVC00101 `ch V' 17 '1' ch a- in ,n1.004, 0 C6 < < E 0 C0 1 .,,T,- 6 6 6 tri <6 <6 6 6 6 6 6 <6 <6 <6 <6 6 6 6 6 6 6 <6 <6 6 6 6 6 /03) 0 (00000 C00000 <000300 C303 (0 (0 (0 CO <D0C.00 CO N. N- 4) - 0 (.0 (0 Cr) (0 CO C.0 t 0 C 0 t 0 C0 C.0 CO (0 (0 (0 <0 (0 <0 t 0 CO t 0 e.0 <0 (0 (0 CO G5 (i' <N a C. CI qs =Ili 0 CON ,- NCO r N- 3) 0V. 03, 1<h0) 031- 000400 000) 01.0 U) 010100D1 0) 0.- COMOD 0000OD10- DIN- 1T c- 0) 0- 0- 00 .- 03 N- CO N ,r) r-,,, o c., to a) (o a) •,- Nr, UD, CO c- CO C.0 0) v1-. 0- 0 V: 0,- 0 6 C'J 43 i. 4 r.. 00 co 03 6 r: 6 cv a, CO 4 .- oo 6 6 ci r- 4 c.i 6 cci 4 - 6 <0 < ..- 0)0 . cn. 4 .n LOCON- 0000) 00 c- 0,1013) 11. 0000N- 00 C00) 0 ,-- r <V O 0 r. 0 N. h- r- N. r•-• r. r. r- co co co CO co co co <a co co co co Ca co a> a, co 6 6 6 6 6 ci ci 6 ci 6 6 6 6 6 6 6 6 ci o 6 6 co 6 6 6 .S. .., 0 ul u, In I.o V'a V) L o <a 1 IC) 0) 0 << 0 0) 0..f) u") tr) <a666 666 to to 66666 to . O a, en a, a, 6. CD CD 0 a, a> a, a, CD CD CD 0) 0 CD CD a 2 ' z u-, kra u-; Lri ..n" u5 Lo- ..6 ..6 Lci" u-i ..r) ui u5 u5 ui ui u5 ‘.6 ..ci- ts5 6 6 6 6 .45 ..6 ea , C 2 a 2 i ra - o a .6. t., i2 E. , .._ . cc co0 0 r 0 V'o 6 co co co h-- CD r CV 0) CD 1t r CO CO 0) 03 a)• c 0 0) 0 330 0-, ,t) <a DI r- 0 0 0 0 CD r CV 0 1.--, 0) 7 c,) 0 <a C, CO <66 4 o 6 cv 6 4 6 6 csi 6 4 6 6 csi co 4 .- r. co 6 to COa a' ti a 0 ly, ,, 1, 6n 0 1-- CO U) CD co a, ,c- co 4 co r- 6 ,-- CO 4 in 0- 0) 0 CV 0) V) 0- (,) a 40 W >, .,-- C'.4 CV CV, CV N 0,1, cv. pp. 6 6 co co u co 4 4 .4 4... 4. 4- 6 Lo up to ea - ..c a al 73 CC o 3 2 2 .2 8 ill 0 Olr 1 i t 0 6 6 co 40 h- C., CC CO 0 CO V' 000,100) 0) 0DIVN- 0 cchr000 CV o cP 6 P,, 0) 3, ,O, ch V' 01 DI r 0 0 CO CO 0 Li, St. 01 DI CV c- r 0 0 0 Ca.. r-.. 6 6 r; 4 s..-- co Lai csi a, co vi 6 CO 6 6 r- 4 .;--, Ca 6 <N6 CO ei 6 r.-: 0 CC ‘45 (t) 1.--- r- co 6 a) o , rcD1 011t 'V InC0 (00-. 00000) <N <NCO cl) 0 0 0 0 0 CD CO CO 0 0 CO 0 CO CO (0 CO CO CO CD CO N- h.- h-- 0- 0.- 11-. c . n co I al C LIT 7 N 0 0 0 CD CO <V +4, 0, C4 ,- CO In I-- V" CO D. co a, .- co co - ,-- .-- CD V) <0, 0:) a, .r- v-- CV t'n V, 0 V ,! C,} CV DJ c- CD 11.- 0 DI 0 11-- V' r CO 0 co N... 0 33 DI 6 6; 6 4. ;, c; Lo 6 Si' ol <, od tri 6 ‘...., 6 r: 4 P,i 6 r: 6 6 0 DI "1" CD 00 0) c- CO 3, I- a c 0 N ‘1, 3, N. a) e- CV CO CO 03 0 N CV 0 N- a 0 0 0 0 0 0/ 1- cr c-- 3- - £.4 CV SN C CV N C., CO CO C., CV st "clh V-13. <a 00 O ........ 6 6 6 6 6 6 u-; ,,-, u-, ,.0 u-, up In ten tr./ Lc, tri U./ 6 to v) ui u5 Lri u•S u-i- .45 1 If fr) O cr) ,- c8 `R, t? 2 2 8 i'-' `,&). g.' S)' ,70 P- •.'2 6 ..I ,';'?., '' ',..',', `,-T, •;.: ''' 2 ‘t7,L '',, t',-, 2 .%1 ,7,, 6 <`.., 8 ',' 0< 8 : 4 CO c7. g '7,-.' t,q. '2 7..' g.,..,' CO ',.,, c4 Ol• g T,;`" g °4 1 1 0 — — — — T-. r DINCV CV DIN - tn 0, ,v, ,,,, ',1" "°,4" .7 Nt" .7 ,t -. U, In to 6 6 to 6 to 6 6- 6 to 6 6 6 6 6 ,, 6 0 6 6 6 6 6 6 6 6 co — to 00 to to ..r, (0 r- 6 cv to r.-- Lo u) 6 oq r.-- co ,o CO co a, N- <1- V' a, ..- DI DI CV CV CI, CV CV CV V: ,t) 0 0, 1,-, 0-, 0- CO 00 00 CO 03 00 0- I"- 1"-- f'•-• CD 1 2 'C'05 88888 <88888 888F08 CO8888 88888 81 — 0 E 0 ' .„„ 0.. c0 7.4- < co 0 ,,,- C303CON 0 ,4- 03 ,1) CD 030) COrt0 CV 00r00) N- CO r NO 0 03 0 01 0 CO CO l'-- 0) N- 03 CO 0 0 0 3) V: 0 11-,. I..- CO CO CO 0) CD 00 0 0) CV 0,i oi tv? c6 c,), c6 ni c6 c6 C6 4 4 V c I V 4 4 sl 4 'cl cl. 4 Vi .:1 Vi 4 -7 .1- 'I" V" <t. ,1' V" `1' •4—I' V' •1—.4—I' 1' V .4" s t .0—•:1—I V" <7' el" V' V' c r i 1 ta , L.) <a - CC 45 ea , •,'" =- Ea tt). ,03 w„ < 0 . U.- U.- ..0 00 ..C. in Z -0 N. N., t'.• O 2 co N '''' (".‘;' z cl. a- OS C6 al 0 00000 00000 00000 00000 00000 011:1_ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 I cz ui 6 ui 6 .4.i 6 6 6 tri 6 u-; 6 6 6 6 6 6 6 6 6 6 6 6 6 ui 6 6 1 43 N. 01 0 0- 0 CV ch) 11- 0 CV U) N. 0 0,1 III N- 0 CO ch) I... 0 CV <a 0-- 0 N I csi a ,,- to 6 6 to co <0 0 CO r•-• N. N- 0- CO CO CO CO 0 CP 0) CD 0 0 0 0 cc- 1- _ . c . . _ . . . O a 0 0 0 to 0 0 In to 0 0 0 0 0 0 CO 0 0 0 0 0 0 CO CO CD <0 CO CO C,) 0 c 03 4..; Co <30 ›, ' „ SI CD 0 E 6 = = '47> 2.' O 2 3, a, 0 4, a i CI- ; ,C.i O 'L to '3 3 0 6 Q • • , i _ • O co . N t0 CO(O O 0 N 0) N N CrV' (O N 0 0) U) M CO(O U) r N V N O) COO V' CO O O (O r (0 O V' 0) V' CO N N N O N CO CO CO CO N N CO 0 7 CO i a N M 6 4 0) U) O O O N N 6 O 4 O) 6 O O ,- N N O M Cn V Cn I •, U) M VO NUO (0 N O UNO O ON N M NV NO N O O N O N N N O) Cn 1 OO O .... r .- r r r r r r r r er r .- r .- r r r r- V) U) N US O M O N M O O C0 V' N (0 U) N (O 000 U) 4 O O ! g E. N V' O V CO fl 7 O CM 7 CO 7 UN O 60 NM OO . O OO - oO OOOO - O jO O OOOOO OO J 0W W U co co Z d j n ` N 0 y VO 3 n a O Q O Z Z c, .-, a m 7• V' 2 N I a> N m m W N co O co N V CO N O O O O O N 0) O C0 00 CO r 6) c U 6 3 d N O N CO CO CD CO CO N N N O CO CO O O N CO CO CO O CO CO O h CO U) N N 0 ' C) 0 U) N (C 05 Ui 1. N r) 0 U) r N C) 0 U) N (M 0) U) N (C 0 N �V` Y O M U) co Oa) M4 c0 N 0) N V' U) N O 0 N CO U) N O 0 N © E U) 0) O O O O O O O N N N N N N O O O O O O 0) Cn m O m O) O O E E r U) ui Ui U) U) ui U) U) ui 6 ui U) Nn (n u) ui U) U) (n u) U) 6 U) U) ' (o m m E 0 N O co co co co CO (O co O CO O O O O (C) O O co co CO CO co co CO co c0 O N- Q N 'c Q (9 O CO O co co co c0 co O O CO c0 (0 (O O 0 CO CD O O O CO t0 (O O O (0 O '1) N N ` _ CO } m H i W O 0) M O O) 0 _N V) N V' 0 V' C' CO U) N O N CO CO N V' M M N N O R U) (O O M CO (0 N U) N N 0 N V N O N O CO UUN 0) VN � 7 N O 7 N O V: CO N O _ O rONO M O) V' Oco N GO O O V ,. co M O N U) N O N V- N co CO V O) ccc; V 0i (O V CT) N V N of N M V) V' U) co N N co O) 0) r r N N CO V U) U) N CO CO C) N O p _ ,,.. C)) CT 0) O 01 01 Q7 O 6) W O O O O O O O O O 0 O O C O .- � r r Y z 6 C> O O O O O O 0 O - r .- r- r r r r .-- .- r . 0 dO 0 U) U) 0) U) U) U) U) U) U) U) U) U) N U) 10 U) U) U) U) )0 U) U) (0 U) U) U) W O 09 0) 0) 0) cA 0) m 0) 0) 0) Cr O) 0) O) cA 0) 0) O) a) O) O) CA O) a) 0) O) O { c, 6 U) co U) U) U) U) U) U) N U) C0 U1 co- U6 U) t0 U) co- (o U) Ui Cn 6 to 6 d o 1 cv y ._ C W V A W V U 112 o « ^- 60 M 0 O '0 0 N N CO N 0) U) N V N N N O 0) U) C C V V' N O N V' U) CO N 0) O r N CO U) (0 0) N V' O N CD O N CO CO Cr 9 )- 0) (p Cr 41 t) N,.- Ci D) U) N M O O N CO V O O C) O 6 r N C O 6 N6 O y y C.) N to tV 0 N CO N O CO U) (O O 6) CO V (0 N O) N V' O N CA 0 {J NIT, C4 (O 'YJ (0 CO c0 N N N N N N N CO O CO CO CO CO 0) CD CA C) 6) 6) O = ya* ,Ap r .m r4,-. r r r r r r .- .- .- .- r r r r r .- r r .- N o > O 3 R W 3 -t m N U) N CO 1.t4 N 0 0) M CO O) n N W O CO U) 7 C CO1 CO V Cl o co CD 09 c< C9 oO m 6 o o co vco r--) r co co N 6dN- 0 (D dW ( hN 0) 0) O ;6 M O UN 0 O CN UN 0 N VO bUUC . t- O CC 0) O rN N CO VCr 0 O N N O U 6) O rN N h- fes. Ns N N h- N. t`- h CO CO CO CO CO CO O O O CO CO CO CO O O Qf CD a) CO z asc u_ 03 N CO V' 0 V' V CO ( CD M <':'.� N 0 CD U) CO CO CO N 0 N N O Cn CD N CO N N 0 O 0 M r 0) CO 'rt hs. CO OCD ) 63 t• r. UUUUU) UU0 U 0 UUu. 0 UUUUUUUUUUco Q. CP 0) N CO ..f V 0 V' Cr CD N CO CO O N O 0, U) r7 m 0 N 0 N N O CD O) N N C) (D y N 0) N U) M 0 co CO co N U 0 to O 6 co 6 O co CO M O) N 4 N O dD CO C) O) I.' 'N- N O (.. 0 N O CC) U) c+) op' O CO co O CO U) N O 0 N Cr (0 N CD .0 V/ CO ) O N M UN 0 0 N Uu) co O co co co co N N N N N N O M co n 3 O 0 ) 6) 0 0) O O . _ - .. ^ U'1 0 O U 0 U_ UUU0 0 UC0 UUUs ,ta C' UU) U 7 UU0 O FhM N 1 N W V' O M CO CO M N 0) CO U) 7 O O N CO O) CO N N0 r Oa) O N N O u) U) (f) NI: 4 N N N r r O O O O) O 6> coO O N co co O O O O O O O O (O co O O O 6 O O (O O to U) U) O (n Lc; U) U) U) , .0 O co co t0 co O co (O co co co c0 O O c0 co (D CO (O c0 O CO CO 0 CO O c0 1 E N Y CO M V U) co M 7 co CO N m 7 0 0 N N U) U) CO N U) 01 O 0) CO U) 0 O N O CO N V' O CO N CO N N O CO N R CO r O CD O r CO O N CO < v Ui v v V' V' V' V' V' V' V' V' V U) v u) U) U; v) U) v U) U) v 6 v 4 V V' V V V V v V V R O V' 7 V V' V' V' V' V' V V V' V V V V' V' 0 U >. ti m <T E O dcii a m m a U)" m N r N O 2 m (N m m Z Cl n. m O O O O O O O O O O O O O O O O O O O O O O O O 0 O 0 1 Q N N O O O O O O O O O O O O O O O O O O O O O O O O O O O N 0) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) a 6 O N U) U) N 0 N UN 0 N UN 0 N N N 0 N 0 N 0 N U) N- 0 N UN 0 Y .- rN N N COCOM M V VVV UUV) UCO CO 0 CD N N N N CO O.. . _ . _ _ _ _ . Fo co co D co co co co (D (o co (D co co D co O co a) D (D m. O D m m ON As ., d r2 v i (O CO) a_ CC 'S S' 0 1 co • 0 k t CO V' N to CO N CO CO O 0 CO m 0 S' N CO (p V' 0 m O (O CO N (0 • LII CO R N m .- CO U) CO N N CO N CO co. U) co N U7 V V V V t -a 6 O N (D +- (d N t N N N r.-:NN N N N N N N N N- N N N N M U) co co m N R to N O 0 Co) V' 0 N m O N CO LO CO CO mf N 0 m m 0) m m O O O 0 C) 0 � �"' �- c- r � r N N N N N N N co co CO V - .. . . _ . ,. . _. ID N N N N N N N N N N N N N N N N N N N N N N f N CO r ^O 0 U) Cn co C' O CO V' CO O O tO O CO m CO CO .- CO N N N CO N N at CO U) U7 CO Q. U) <t c() CO 0 O O M N C) .- O N O 0) CO 0 U) N V N M N N N O O6 O O O O O O O O r O O O O O O O ,- O O O O O O O 0 0 O Z Q a,N O O 0 J O ZM RS Z 0 IX a ISS: RI N N 3 f) 0 ( O O 'U tII N CO U) N U) N U) CO O U) N U) `Cr CO O N 0 N U) O M M 6 et Q COOO N COO CO c0 N St N m U) co O CM (O N (O N m m OC) CO M COQ) U) U) 3 C d' O O St .- N 0)) `- CO CO m St m CO CO N CO CO N N N N O co N N•- 0 U) N M O ' O O N M O a m 6 ] 0 N N O 6 O VO U Y04 0 0E M A CO N m M VCO N m O N CO o N CO O CO O N m N 7ti0O O O O O a- a- .- c- <- r- N N N N N N M CO CO CO CO CO CO d' V' V' C 0 - O O (O O 6 co O O (O O O (O co- 0 (0 O O (O co O O CO 0 (O CO O (O. N N N 2 L= m c (00 (00 U) (9 o t00 t00 00co N (00 c00 N (OO COO COO (00 cco c00 c00 (00 co t00 t00 (00 co (00 cco m m H W V N O CO O m N O m 7 U) N CO m (0 N CO 0 N_ V CO N CO NO O N Co (0 t0 V' st (OW V' O U) tO N CO O U) m 7 ct N_ N 0 N M O O N CO '<t O U) O N O U) m CO N (0 O V' m M N 'Sr, O iU ,• U) N O CO u) M O co O M .— W c0 M O O co M O W U) N O N U) N 0 t) .0 0) (`) V' (() U) t0 N- CO CO m O .- N CO V V Co (O N N 00 m O 0 .- N N C 0 j G r- .- 7 T 7 c- .- " .' N N N N N N N N N N N N N M M M M M ti~ = CO 4+} U? U7 U7 co U) 7 U) O U) Co U) U) Co u) to 7 c co U7 U) U) N U) U) U) U) N t 2 c), O) m m m m m m m m m m m m m m m m m m m m m m m m m rY Z N U) U) 6 Co U) U) U) U) 6 co to U) to co U) U) U) 6 co- U) 6 L N 6 U) co C 0 0 R6 —• G 2 y 33 CV *t ,44) ct N 0 CO N co d' N (O N (0 00 O m CO O O O O co) m CO CO = U 5) U7 (4 --U) U) U) V M N O CO 0 CO O N M 0) U) N 0) UN CO 0 +- CO LO O W R! S ") O N CO V O 0 N O M O) u) rO N N M O) dO W rN M O d 0 0 ti UN 4U7 r... O O N CO U) CO CO m .- CO ct CO N m O N 4' CO N CO C) CO 0q) w- Q" G> O 'O 0 O <- n- r- <- n- N N N N N N. CO CO CO CO CO CO V' •- V ea , .. x 0 N (V N N N. CG` N N N N 0.I. N N N N N N N N N N N N N N N N 0 0 0O 0 N O 0 (5 -I i- 2 Z (es c) j t } O co co (L) CO M 0 t9 0) 0 v- CO R O O CO CO N O m 0 m 0 Q N 0 CO c^ „3' I- SD .- .s4 N m O N CO M V U) CO F CO m CO O 0 7 Q) CO M O 6 U) N 6, t`- N t0 U) M O N V' O to N m CS) M od U) Nj co V' U) U) (0 I•... t� (0 0 0 0 N COM d' U) U7 O N N O m O 0 N rr CD m CO m CO O) ¢7?, 0 0 co O O O O O O O co O O O O O <'- — 7 r Cr) 0. CI C 0 7. N- M tLC, CO N SO O r) N Cor O M N M CO al. CO N V' N 0) m N d' N O CO 0 O LC/ 0 rt et c( U) N m CO U) CO N C)m r- N ct. O N 0 O O d' N O N U) R) O) i, ,^ ,) CA N (O V' N O CO O U) Mm N r co co O N ... . 0 N m ca CO C0 O : M uN m . . � � .- M dmm OOC) OO O r �- ', .' - NNNN NNMMM M 'Pal' �N Lo . . co . _ _ . . . - . .. 0 to 0 N co .— co U 0 N CO 0 x M N t, M )i m co N V N m 0 _ N CO <t N O 0) CO CO CO O 0) C+ N ^. O) 0 V) to N O N 0N m Nm Co M N NO 0 V N O U() N- U) ,T0N% N a- ; N O O0 0 m UOM O O O � � � � .- N N N N N V M cr.) SO C7V' C Y' V act Ca (.6 (o mmmmm m rfl m co to m (o to ,c0 cri (c, rt.a ta. to O co (o co (O to O00coU) U) OO ( NO mN- N- TC(O U 0 Lo N U 0 CO U0 C ( 0 0 0 0ttO C U) UUU) UUUUco UUCCUUn UUUUUco co co coU) c.1> O) (0 O 0 CO CO O O CO O (0 O 0 CO 0 (O 0 0 0 O cO CO O CO 0 CO E N :. a. • co N Q Y (n N N CO CO m N•- US CO N N C) N CO O m CO N 0 N M U) O N O M N CO CO N U) U) M N N m m CO CO OO V N N N V CO M act St Cr) M M M V' V V' V' 7 V C 7 4 M M C') M M C) M 6 M M M C) M M M M M M V' d' V' V' 7 V' 4 7 d' V' V a V V d' V V V .t V d' V St 7 V' d' 4 O t U A U g • t9 G ° coat CD i Q O co a Q- • t m N h N) O 2 m N N N Z a Q_ m m m 0 O 0 0 O co O O O O O O O O O 0 O co O co O O O O 0 O O Q 0 0 O 0 0 O O O O O C) O O 0 0 C) O O O 0 O O 0 O O 0 C) 0) 6 O Cn O U) O N O U) O U) O U) O 0 O U) O U) O U) O U) O U) O U) h N LC) N- O N U) N 0 N U) N0 N O N O N LON- O N N N O N U) N N 1 COa CO O CA co m m 0 O O 0 .- 1— a— N N N N CO CO CO CO V V V' St ..r� .. �^+ Ct) U (0 (0 t0 (O (O Nom. N- N- N- N- N- N- N- N- N- N- N- h- N•. N- N- r- I-- N- N` N c 2 0 I (0 E O Y mw em T n en S C Cl) 0 • N O 0 O 0) 0 O O N N O 0 CO IN N OD 0 h CO N M m V O 0 0.... (0 '', N N M M r O 0 N- U) N 0 (O CO 0 N O a tN O O O 7 N N cn: csi 6 O UC) N j N N r N O co N co n O co N M N 0 N 0 O N M U) CO CO (P 0 N M M M M N N N N N N N 0 U) N N U) U) (C) (O (O CO CO CO CO CO N- N CO N N N N N N N N N N N N N N N N N N N N N N N N N N N N j COrr N O O U) N 0) 0 (0 CO (n 0 0 O) U) CO M (P C) CO V 0 0 O n W N n CO M Q E CD N U) OD N N V U) N 0 N M O r N CO N V N CO M N M V 0 V r 0 W W U O O O O O O O O O r O OO O O O O O r O r O O O O r O U CO CO Z t dm o .0 .�0 0 00 (U U) Z z a m N 0 Z Y O O (d (U M 0 CO CO 0) N M C- r O CO O N N 0 0 r (O U) N O 0 M (O V V 1L r V O) co co O r N CO N CO O O 0 O) u) N N 01 M CO N M N d 0 N n r U) m co 0 O M 0 (O CO 0 0 O O r N N N M M V V V N n 0 ( (O N h C) O M O) N W u7 O U) O U) O U) r ((j (p 0 (O r (D ✓ Y U) r CO O co N co CD N N U) N 0 O r M �' 0 N 'Cr) O N M U) N E 0 O N N N U) U) U) N U) U) 0 0 (O 0 0 0 CO N N n r N N- Nom. co co co co 3 g" 0 co 0 co- co- (O (O co. (O 0 (O co 0 (O co (O (O (O 0 co (O 0 (O 0 (O (O (O m ti ti N £ .N 41 C) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 (O 0 0 0 0 0 0 0 00 t� m 1- d (p .+. 0 CO 0 CO 0 0 CO ( 0 0 0 0 CO 0 CO 0 0 0 0 0 CO CO 0 0 0 0 0 co 0 0 N M 0 Cn co N- CO 0 N N N M 0 N N 0 N M 0 M 0) co O nO N CO U) M N 0 0 O co 0 O co U) co 0 co co N co O N M co O) co U) N- O) N 0 C- 0 N V 0 0 O N M M V N V M U•• I a) r a- O 0r-.O r N N O) 0 M O 0 U) N C) N N 0 U) N 0) co d) 'C co N U) U) 0 r co co CD 0 0 — N M M N U) 0 0 IN CO CO CO O O N C O C M M M M M M M M M N N N N N N N N N N N N N N N U) N U) m = Fe N uP U) U) N U) U) U) U) U) U) U) 0 U) U) U) U7 0 N U) U) U) U) 7,0 U7 U? U) a % O .. 1 0) 0) 0 0 C) O) Of O) O) (00 CD 0) O 0 O) O) O) O O) 0) O 0 C1 0) 0) i Z Co (C3":•U) U) U) U) U) N U) U) U) U) U) U) (i/ U) U) U) U) U) U) U) N N U) U) ( W C O c ti u m 'O C COI G 3 t'- CS N (N NCA 0) CO O M CO O IN M N U) CO O N N 0) CO CO N- M N- C +- N^- V. O k O U) O U) CU N U) 0) r N 0 co O co U) N- co O N N K? h i i A C) U) t'- N 0 M O) N O) U) O N co 0 N N N N N (O C') 0 M CD O w y (u U y CC) <C) cC C)> r N N CO N- 0 O N M co 0 co co N N U) N CO O M N O G) d Q' T R c#' `1N V- 0U) N 0 U) U) CO (0 0 0 0 CO 0 N- N n N- N- N- CO CO CO OD O Q rz ° - (V (v (V ('�i z's,1 ,`moi N N N N N N N N N N N N N N N N N N N N N J 1- 2 Z N 0 W o t O U) O N V V N - c> M M (C N 0 0 IN h N 0 M V 0 V 01 0 0 0_ O O) 0) M h.. 4 o 0 N- CO co V M N O OD 0 M 0 IN M m V Cl) 0 0 N C (0 "') <D h- N -...: N N r W U) N O) 0 M 0 0 C) O 0 M 6 0 CL N co N 4 0 n ;- h C CY O) O r c- N M M N U) U) CO N- CO 0 0) (7) O r r r r r c- - r r N N N N N N N N N N N N N N N M . T 0 _ N N Ca Z Y D Cn N C C) co 0o N O VV CO N CO N COMV ((00 N � M 60) N 0 m N cc-M W N N m OD (O 4 N O C) N+ U) ct N6) on (0 U7 M N O O CO (O U) N N O W N (() N- 6) r N N 0 CO O C' c'") DIN 0) .- M U) 0 CO O N N 0 CO O r M 4) N N N N co U) co co co to 6 6U) co NW'. (--. N- N N 0 CO 0 0 CO 0) MO) O N 0 0 0 0 0 0 0 0 0 <4 co ci> 0 0 vrt cC) CO- Co 0 0 0 0 0 0 0 0 0 Cl. N 0 O t` 0) N N U) N M M U) O (C} CC 0 t!> 0 0 N M C) N CO CO N 0 0) N 0 N 0 O U) O U) CD CO C-- Oa C. CO () N m 0 C') • O 1� 0 N N 0) 0 0 (o M (Ni O O) P.... 0 cY M N O O) 0 0 U) N M co N co 0 O N N U) N- (NM co N "0 r;) N d' (C) CO 0 M U) N C) U) U) 00 (0 CO (O 0 (O 0 r N N- N IN CO ,CJ U) CO CO m 0) O1 O O CD 0 ,.-- 0 (O co- 0 (O 0 0 0 0 c0 0 0 c0 0 0 0 6 0 CO CO (O 0 c0 cO O cor N .. U1 N O co N co co N 0 U) IN M N U) N O OD N0 O O M O U) M 00000 _ O O) 0 0 N 0 0 0 0 0 W 0) O _ N M V P- N (O 0 0 0 0 0 0 0 0 O U) U) U) 0 U) U) U) U) U) U) 0 0 0 0 0 0 0 CO (0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 t N d m ''N Q d ci) 0 (0 M 0) N- 0 LO N O M N C) O M 0 N N N M CP O U) N U) O r r O IN N- 0 N U) N N M r r 0 CO C) 0 n 0) U) co 0 U) U) N N d M M 0 N N N N N N N N N N N N N ° (U U'CN U "m aa• o a O 2 m N N N Z d d CO m O] 0 0 O O O O O O O O O O 0 0 O 0 O O O O O O O O 0 O O 0- 0 O O O 0 O 0 O O C) O O 0 O O 0 O O C) O O O O O 0 O O Of o N o vi o U) 0 (0 0 U) 0 (r) O () 0 (() 0 U) 0 () 0 tri 0 U) O u) o ! co O N U) N- O N U) IN C) N U) N- O N U) N- O N U) N- O N U) N- 0 N U) N ,I U) U) U) U) 0 0 0 (O n N- n r 0 CD 0 W 0) O) 0) 0) O 0 O O r r r ! 0 0 z t` ti n n I` N•- N IN r ti r N: N N: N: N r N: N•. N•. CO W co CC) N (O 00 0 c it': 2 2 ,c, 6 O C T CZ 0 °. .O 0 N O ad+ N> NN U O. Cn > 0 (C) (�V • i 01— • ! 3---- LO 0 0 r-.. 0 0> C> V- L--- c0 CV (0 0 Q0 t---- 0 0 V- N. a) -0 .4- v U) N 61 ( CO O cD Lc) 0 co, 61 13... cc) CD <N, 0 0 0 0 0 0 v- 0 0) 03 CO 0 01) N a) I -0 6 6 N: oi co ,- U) 6 4 on NI' CO 6 N: osi 6 ,-, U) C) 4 6 6 N. oi 6 ,-, 63 0 6 co o 0 CO a) ,- N <1- U) c0 00 a) -L-- N <a U) F---- CO 0 = N st U) 0- CO .-S P.- 0- h- IN. 0- CO CO CO CO CO CO CO 0 0) 0) 0) CO 0) CO 0 0 0 C3 cD c) v- v Co t,?, a oi oi 61 61- 61 61- 6/ 03 61 CV- N N C's1 61 61 6/- 61 6 N. 00 03 CO CO 0 0 03 CO 1.- CO C0 CS 0 5 •F— 0 , to v) Co 0 — ,r, L- N. 03 03 0 01) U) U) 36 IN N 03 N CO <7. C) 0) 0 L--- 0 L.- 0 0 0 6 0) 0 CO r- CO IN. CO N 6 CO C1 CO CO 6 co <T, N N LO 0 0 0> N a) a> 0 0 0 _ . . . . -!-• 0 0 6 ,- o o o 6 6 6 ,- 6 6 6 6 ,- 6 6 O ,-. 6 ,- 6 6 ,-. 6 0 LLI Lti CO CO Z C) U) 0 0 0 .0 = COCO VI 3 De CC ...• en 0 0 @N 6 U) N 1".... 0 4 N CO CD N CO 0 CO C) N 0 CO 'U' L--- 0 1,-- to 0 CO C3 N Lcr 4 E C 6 0 NI 6 4 r- C7 U) 0.... 00 r-3 6 N- N 6) 00 N 36 CD (0 CD 0 r- 00 4 CO cr, 6 6 v: .4; v: .1-. •4: LC> 0 4, 4, CO CO CO 01 0 0) CO CO IN 0 '4 0 CO IN. 0-.3 0 ..,,,' 0 r-r' 0 r-' 0 6 CO `6 CD 36 0 6 CD 6 6 _,-_, 6 r. 6 6 to 6 U) 6 U) 6 6 N. .... 0000 <- N -1- 1-C31--- 000 -c- 01 .0 CON- 00N 000000) 61 <t LO 6/ @,,)e„) EU) cs).-. co co co 6 6 o) 6 cu ol o 000 o o o .,- ,- - ,- ,- .&1- N 61 N th < < pCL ' EECU)-4.; 0 CO CO 6 6 CO co co r-L' N- N: N.: N2 N. N N: N- r....- N: N.: 1.--- N: N:: N: N.- N.: tu co CO COCD 0 CO CD 0 a, CD CO 0 CD CO 0 0 0 0 0 CO CD CD CO CD 0 03 0 CD =_ N. N- u) . ei) to 3 CO 0 CO CO (0 0 0 CO <CU) CO CO 0 0 0 CO CO CD CO CD 0 CO CO CD CO 0 CO .,.'1' Cil C‘'t 2 .cc 0 to 5, co co 1-- Z ti.1 yr U) N U) CO as C) N CO U) CD CO 00 0 61 U) a) c0 cc) 00 o o co o U) 0- 00 6 0- 0) CO CO 6> 6 N N 0 0) 0 N.- 0 V' 0 cc) CO N N L--- N 00 0 C) CO V- ! a) co, co 0 0-. CO 0 CO 01 03 VI CD 4, 0) rt, 0) CO I-- r-- .4. CO r3- CO CD 0... 03 0- "cti or; CO 2 0 (6 2 66 666 osio OcNco6 ,-. 646N6 Ou5r. r...: i C) c•,.i 0> -0 U) 0 CO I,- 1---- CO CO 01 0 0 -,-- N N 0) 4 4 co co o IN- N.- CO 3.0) CD ts '6 0 C 3-6. 4) U) U) 0 0 6 U) 0 ...n U) 6 CO co CO CD CO CO co o CO a) CO CO 0 03 CO 0 1 ! C) ..0 ,731-; g) KO ,$) U) 6 U) U) U) U) 6 U) U) 6 0 U) U) CO U) to U) >4> 6 U) U) 0 0 U) U) , 0) 0 0 0) 0 as 0) 0) CD as 6> 0) 01 0) CO 0 CD 0 CO 0> CD 0) 0) 0> 0) 0) 0) 0 2 z co 0 crs 0 U) U) U) U) U) U) 0 U) c6 U) U) CO U) CO U) O U) U) U) U) U) U) 6 , oC c E o C a> c0 N N U)CD-0 r 0 C) C') N,-. CO .--- CO 13- CD 13-- C) CO Cs -0- 00 1,- C0 'E <> 0 E. ,Lc. CO 6, ",-- 61 V a> (--- CD L-- N <1 co CD 0- CO 0) C3 6- s- 6 6 NI N N N N <- 9 '3- 4, 4''' O. - 6 co < ar 4 cri 4 ci .4-5 6 O 6 6 6 6 6 2 .2 <6 ‘-: cri- 1 rr-r 0 L-- CD L---- 0 0 s. 0 0 11., 0 6 C, N CO 6 0 CO C3 vCO V 0 13- CO 0 01 00 U) 0 co 0 -0 6/ cr 0 00, 00 0, 030300 C000C30 000 v- v- L.- v- vv- v- NNNN 41, ,.,:2 ---- *I N 0:1 c‘ oi 61 co 0 0 0 0 0 00 0 0 00 2 2 co co rri co ori ori or (t 0 C) II) C • or. 2 z or; 0 r, t 0 co 4 co 2 N ,i, .,1 N 6 V 0 V 0, 0) 4 0) CO L13 N 0 U) <1. CO 1---- yr C) 01 a) CO 1"-- 0 '',I ! 0 a, 00 00 36 CO 6 CO CO 0) 0 6 NNNN 6 CD CD 0-, NI a_ 0) N C) U) N ,., ._. 0,. 0 0 05 <NI 6 4 6 6 6 6 6 ,- c.:. 6 6 U) 6 o cv CL C7.; 71 Pi c`, go) 2 2 2 2 2 't'i c'c g c2D 2 51 5 ::-/- 7,- (.11 .7. 5*.' 4 4 U) ' ' ' ,. •,. ,.... r-- r- r- r- T,-.^ r ,... r- ,-. p-. ,- p- r- r- ,-- ,r- c... 1.- <- r- ,s- p- r- CO z 4) = D (I) # 33I303 CO 0 •- 0, 0 •ci- ,-• CO O' 0 6 3. 0 3 LO 03 co co co N CD 6 03 0 0 6 CO 00 6- I.0 CO ii... (0 (0 (.1 01 (0 (0 (0 0 ,r !,.3 L--- c, ,N 03 c0 00 1-----. c0 03 0) 0 0 0 L--- 0) Lc1- 0 N 6 6 4 6 N O 6 (0 L. 6 0 6 031 6 CD 6 06 N: 0 ,C; U) V Vi C\I ,-- 0 6 N- U) N. cc ,- co U) CO co CD N 4 2 co 0 2 co Lor o... 0 co 0 N.. c3) <-- 03 L0- . c>,) <N <N ... 0) CO 0 c0 N 1.-- 1-- N 1--- N- 2 r 2 2 0 0 EN h r- N- N- N- N- N N- 1--- N-0 es 0 0 : * ! : 0 0 -.0- L.- co LL1- 1:3) 0 -.--- 0 U) <1- co 0, CO N 0> to CO 30 C> 6 CO 00 6 6 0 0 CO 03- CO 4 N 0 as CO 01 CO CO <>I N .3- <N N .V".> V V, V V> I”- CO O) c‘i 6 O 6 N2. 6 U) 6 oi1 7-_. 6 6 6 f.... 6 u-,‘ (0 •,3 N 0- 0 0) CO IN: CO U) (0 CO U) 00 CO 0 N 4 CD 03 0 N CO 0 0- CO 6 6 0 3 N- 6, 7. N -4- a) 0 C3 N O 000 N T.' n- 6 6 N N N N N N 0, ,) ,, t.,7 4.,) ''.1- V' 44. V. V" 1.0 U) . . .. - . _ i 0 E. N. N. 1---- 1---- 1--- N- N--. 1--- r--- 1----- 1,... 11-- N. N- 1--- 1--- ! 10 0 N- 1--. N 1)-- N. 0.3. N. 0- 1 4 6 01 0 U) 01 N -,--- U) 0 0 N 0 Cs L-- N N (^,- V N- CO 0 CI CO 0 CO 0 0) 0 6 6 0) < LC> 0 0 0 CO CD CO 03 01 0 0 0) 0 6 NI 4, 0 tO 1-..... N CO, CO N. 0..: N 1`.. o..... r<- 2. 1---: 2: IN IN: IN: N N N CO 0-: cci 2; CO co ,t16 CO co cr; 0 ,.c CO 0 cD as CO CD 03 CD CD CO CO CD CD 0 CD (0 CO 0 0 0 0 CO CO CD CO 0 0- r33° D., E 'F:t 2- 44 36 N < < Y U) 0./ N CO 0 Cr) 4 N CO v- 0) as as N 0 N CA CO CO CO 'Cr CO N. .(t 00 h. 6 0 < 0) — C) 0 N 0) 0, O. 0) 0, 0-- CO IN 03- 0-- V CO CO N 4 4 6. 6 0) 6 4 6 < 64 47: -1-''. -cr`-'. 4- -2"- ci.4 ; ; 4c' ; .4c; Nrc 5 vc 5 46 46 v.c.'; -cd vc3 •crd ..4-6 -4-c 5 c5.4 •u-c; °6 5 •crc; •cr.''5 m cu o >, c 03 2 C a> ,- ,- E as cri>s <0 <0 < to o_ a- °- ..c -2 00 ..t ZS Oa 0- 0- 03- 2 ..s z• a. o_ c6 co O C) 00 0 00 0 0 0 0 0 0 0 0 0 0 0 0 00 0 00 C> 0 CO 0 LL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 (7) U) 6 U) C) U) 6 U) 6 U) 6 U) 6 U) 6 6 6 U) 6 U) 6 U) 6 U) 6 6 6 U) U) N. 6 N U) 1,- 0 61 U) V-- 0 N U) N Cs 01 0 I-- 03 6/ 0 1-- 0 N cr) N 0 N 61 NN 61 CV 03 cc) 03 01 V- -a -.0 sr U) U) U) U) 0 CO 0 (0 1--- 13-- N. N-- 00 CO, .. . _ . . . _ _ C3 03 ' <C co 0 co 0 CO co co co co ot, opal via) co CO co cocococom moot* C'>0 ..... >".., . 2 co 0 c O 4,4 '6 d ' >, .. .0 0 0., E .,s- 'a; = = .a . ?.. O ,-_- t-. 0 0 o ; = '<:-; Q 4:, cn 0 0 . . I • U) N CO 0) c0 CO n N V O U) N N O V' M N 'Cr N CO CO O CO c0 M N O O N. r CO N- O CO 0) 0 0 r N V (0 0) N t0 O U) O O N O CO V N r O 13 O O 6 O 6 N O V O O N WU) N V t`. V O N. V O 6 j M V O N O O N V U) N O O N co U) ice- CO co N co U) N CO O N M u) T r r r r N N N N N N M M co co M co V V V' V' d' V' U) to U) to C0 M M M M M M. M M co" co- co- M co- M M co- co" co M M M M M co M co M61 V 0 V 'Q 0 > 0 U) 0) Ci) V co r CO N N- N U) 0 W O O N CO V CO U) O 0 CO 0) CO CO IT. r V r N V 7 CO N CO N O N M O N O CO V' N CO U) r n CO CO. V' V O W W U O O U) V r r O O O r r r r r O O O r r O O N r N0 r r U co co Z Q O N f.2 (n m = .a a 0 t7 O O (U (0 Z Z 0_ N N _J Y O O N N CO W O to (0 O CO M N CO CO N M CO 0) CO O (0 CO U) O V N V' V' 2 Q O N 0 U) CO N O O 0 U) O U) N-M N r U) M O 0- CO N V' V' N- V to N- 0 V' r 0 N (O 0 V' O M O U) N O CO V' N O O 0 O 0 r N` nV O O CV CO g,-,i r V O O c") C)) U) N ao U) cc; a0 (V C)) O M O O V' N ^`© E u O O U) CO O O M V O O O M V CO O O M U) CO O O l6.) O N N M M co co co co 4-7r V V' V V' V' ) (O t0 to to 6 co (O Co CO co N. 3 C g Nv r N N- N N- r N N N- s r N r n r N N. N N N. r r N. N- N N- m ^ E W M CO CO (0 (0 (0 CO CO (O CO CO CO (0 (0 (O O O (O O c0 co co C0 co co CO co O UU)) N N E o to = . . CO CO O CO CO (0 (0 (0 O O CO CO CO O O CO O O (0 CO CO CO O O CO O CO op m )— W O )-- (0O N^ O M VVO M V N- CO 0 N O N N N COVCCOCO U) N N CO 0 CO U) U) CO N N O O O CO CO O N. U) U) O O V M N- O C) 0 M N r N CO 0 CO (0 O N M V' U) U) V N 0) U) O co O M V U) V CO C) W N O O CU co O M O O M O O N N W 7 M O O 7 V' O W O N () -8 O C) O N N CO CO CO CO V V V U) CO U) CO O CO CO N. h N n N CO C O C N+ N. N- N N R R N- N- N` N N- n N N- N N+. N- N- r R h Nom- N- N- N- l'44. ._ 0 - r r r r r r r r T T T T r r i M ,t N) (} U) U) CD U) 0) 0) CO U) U) CO U) CO U) 0) U) 0) U) U) U) U) 0) U) 0 U) U) <;> O 0 0 0 0) 0) O CO COm 0 CO CO CO O rn O 0) rn 0 CO CO O O rn 0 O 0CC 2 cc z4Y} t0 U) U) N N t0 N O U) O O U) U) U) N U) N U) U) N U) U) to U) U) U) O O R (u ,_ CG N 2 co 'p c O C,) 4; ? tC CO O N CO V CO CO r CO CO CO U) CO N� O U) U) O N CO N. O O O d i W 7h. V rOCD M O O .. .d ,• , 6C) O 6 Oi 6 of O V r N. V r Nh V r 6 V r 0 n N O O VU) (U 0) 0 co f. IX> O rd M U) co CO O r co U) co co O r co U) co O O () N � N (V tW M M M M co co V V V V 7 V (� U) U) U) U1 U) O co O O co O R 4 G L d ,Q CO C)' 07 <"> CO CM M M M M M CO- CO- M CO M M M M M M CO- M M CO (h rj a C 1 t) 0 3 W w 3 0 N (N J) M 0 O C) V n O N CO r M 0 U) O 0 CO N O CO CO (0 Q. : co, 00 v t7 cS) CU ), h CO U) V N O N- CO O CO O O O N N N CO O (1) N- r U) c)} C� (iS a.) C' 7� O 6 6 6 7 V' O OM (0 O0 O CV M 6 NN CO (O CO O 0 O C) <:i O N N N N M CO CO CO V 'Q V V V' V VtN 0 V TN V i) '"s) U) U) U) U) U) U) U) U) U) U) U) U) U) U) co co t0 U) Q. a') r r r CO z8 C COCOC LL O O 0 co 0) V CO C'- ^') O a) V V _ V V V U) O O_ O N O ✓ CO 0 O h V O r .0 O u7 O U) CO CO N O 'Cr N- CO M O O co ✓ N.: O V C) 0 O) N- 0 an t0 N 0 CO N V V 01 O N U) V CV 0 W CO O 0 N V CO CO CO r fh as-, N 0) r N V O 00 O N M U) N. 0) co V CU V V U) N U) U) N U) O ;) CC) Co to N U'- N` N N N N O Cl O CO O O O 0 °) N- N N- N- N- r N N ti t N ,. N N+ N - N- r N N N s N N- N- h N- N CL • O O N�r O O O Or OV VO N r UM) VO K) Y. O (O VSCi `NS- 7- UV Nr rr NO O NO N O CM (V O CO N- U) V' O) O W N- CO 4 ,N !S? CO ::O V 6 O N U) 4 VV U) co,. (0 O O CO, O N N- N- N N- CO CO a) U m (0 O O O o OO) O O , $ N` ti N- N, N N- N- N. N` N N N- ti N h N"- t- 0 0 N. N- N N h N O O O co, O U) co, U) 0 N V (0 CO 0 N V N N CO (- N r N- CO O 0) O 00 O N 0 O V U) U) N` O O N V N- OV 0 CO U) O N N CO N CO N U) N` CLU O 6 O O6 O) to O O O O r r r- N N N N M M V V U) L N- N r N. N N- N` N` N- N ti CO co N O co O co O O W 0) O co co co O 0 E (1. CO 'R Y 0) M N- N U) N OD CO N CO N` 'CO 0 O CO O 0 O CO O) co co Q< O M co O0 N- .. N- U) CO r O r M CO O O CO CO O O N U) O N U) V _L O N N NN N N N N N N N6 M N M M M V V V V V V V V V V V V V V V V V V V V V V `Cr V V 'Cr V OS U A N m ° 1 o a Occ- 0) .=C -a m N- N.0 N C) 2 m N N N Z 0_ 0_ c0 m 00 a o o C) O O O a a O O a O O O O 0 0 0 O 0 0 O O O O CC Q a o 0 0 o a o o a a o a a o 0 0 0 0 0 0 0 0 0 0 0 0 0 0) O (0 O U) O (C O 6 O N O Ui O U) O U) O U) O vi O vi O uU O (N O CC) U) N C) N U) N- O N U) N- O N to ti 0 N U) N- 0 N U) n O N U) N` O 01 aV. N CO CO O CO CO O O a O r - - - N N N N CO CO CO M V V V' V U) O -0 .. o � co m ro co :b m O CO 0) m CP 0) 0070) 0) O m O 0) 0) 0 CO CO CO m m iv C (5 ., ' .. v (o x + a • .. s CS) 0) 0 Cv o ° °� m w a coo 0 R t,O a co N IIL ,, N. CV 0 9 0) 0) 9 V- NI 9 N. 9 N. V NI LO LID 9 CO CO vt CO CO LO 0 CO O CO 0 0) CO CO U) 9 v7 V V V U) 9 LO V' N 0 OD 9 CO s- GO U1 0) 00 -1Z, ca u5 c6 ci N.: si ,- ceS ui o.1 ca ci oi 6 ai oci 6 rs: oi a 4CC) -- - oo 0 CV Ch 9 N. CD 0 NI vt LCD N. OD 0 CO V" CO N. CO 9 NI V 9 N. 0) 0 44 U) CD 9 aD CO 9 a) N. N. N. N. N. N. 00 CO CO CO 00 CO OD 0) 0) CD OD OD CO 1 (.6 ai. co- 6 co 6 6 6 co- co co- co- ri co co 6 (vi pi oi a) U) C) a) ,v C) 1 ca ca '2. co U) Co 0) g 0_ 0a) ,ct. N V N. CD CO 01 0 0 N. 9 CD COU) 0 NI VD CD CO N. OD OD CD 19 Z la. ' LID CC) CD NI 9 9 0, C> N N 9 CV CO 0 .-q CO (0. (:). 7 N. vt: 9 CD 0 CO CO LLI CO 0 7 7. c; <.-- ci ,-- - .-- ..- co; ,-- ,- ,- c> - - 6 oi r.t.. csi ,-- 0 0 0 6 0 co co Z CC 0 ba .0 0 .0 a e ,,- CC as ... 0 e e z. co C )) 0 .)C CC 0 0 M‘ 14 0 U) V N 9 0 CO U) CO L-- C) 9 N CO CD CO U) 9 00 9 N. V CO OD 9 0 V VVC-- . 7 - CO V CI CO 0 CV V CO N CV 9 N. 0 V 07 V V 0) 9- CO 9 9 CD CO 0> CO 9 9 CV vt U) 9 9 CD 9 9 N. 00 OD C) CV CO V) V) 0.! CD OD N. III 9 9 N. 9 OD OUCi CO c6 6 r: 4 —' 6 6 CO 1---: 4 ,- CC .,- 6 tri csi 6 4CC) r- Y ,„ .- co U) (0 00 0 CV CO U) N. CO 0 N "Lt LO N. OD C) N vt U) N. 0) 0 CV V E Lo so, N. N. N. N. N- CO 00 OD CO 00 CO OD 9 CD CD C) OD 0 CD 0 0 0 0 tl' C< < CC lo 19 1--: N r.- r: r.: r.." r--- r.".. r: 19 N..' N.: N." N.: N: r-- co- 6 cd 6 co- co. 6 O) U) E . 0 co co co CO 6 6 co co 6 co co co co co co co CO 6 co co co (C) co co CO aa = N. N. C) .- 2 ki = 0 0 CO co 0 co 0 0 CO CO CO CO CO 0 CO a) 0 0 0 0 co co co co 6 co tuc1404 0 CO La ea 06 t1.1 1 • o 0 .-- 0 N. CO CO N 9 OD CO CO 0 CD OD 01 CV V C) 410 0 C0 ,- 0 CO U) 0 0 OD C) 0 OD OD 0 V 0 CD N. N. N V U) V' 9 OD V' 9 N. vt CO LO 9 19 cr, 0) LID 0 CO 9 0) 0 9 0 CO 9 CV CO CO IN 0 9 N 9 CD CO 0) C ai. 4: Lc) r- ai 6 cci c6 4 6 r: 6 6 6 6 ,--. ,- csi cv co ei ri 6 csi csi ,- 6 C.) ii 0) CO co co co 6 0) 0) C) 0 C) 9 0) 0) 0 0 0 0 CD 0 9 0 CD CD 0 0 0 C 0r'` N- h''. ''''D N. NC N". N. N. '..".. I'`, N. C°. CO W °Q. U) co co co co co co co c0 -c = +3, OF 0) C) a) a) OD 0) 0) 0) 0) 0) OD OD CD C) OD OD OD CD 0) OD OD 0> 0) 0) C 2. t . t . ,L)) 6 Lc.) Lri Lri 6 L6 6 6 Lr> 6 6 Lo co tri. 6 6 co' Lo- u-i ..6 6 tn" L6 L6 4.5 Z C 4; 0 '...' a; 0 au -4, C 0 0..+ , - 0) U) N N. N CO V CO N U) CD LCD 9 CO CO vt 19 CO 9 9 V 9 C) 9 co 4 6 co co N. N. CO C) 9- CV vt- U) CO U) V 9 9 0) C0 9 CO CO xcr 9 Do 9 NI 9 9 9 0 N vi oi ai co 6' 6 r-: 4 .- 6 4 ,-- cci g.ci L,i COC (') ti 1. ic.',3 :',"; co co to t- a) CD CV vt U) N. C> 0 N V CO N. 0) '," N V 9 N. C) ‘-- CV V O 'p I'D 04 7). IV I- X- 19 Xx- N. CO CO CO OD CO CO 9 CD CD OD 01 C) 0 C) 0 0 C> C> 7D re -C C "0 ci '6 co" ri ri 6 c6 co 0 0 ri 0 0 4 4 oi 4 4 4 4 4. 4 ?... .11 f) 3 2 Z ,,F, 8 (00 t o ...,) — ,,, ,.0 0 ,,' ..t. , ., 00 19 U) CD 9 C) U) C) CD 9 N 0 9 0 V- .4" N CI Lo co c) L)r 'LT L,-) Lc> ,L,- 9 0 Co- ol 19 9 V tO. IN CO 19 9 N 79 CV 9 ct, CD (j) 9 9 9 NI o x V- ,r, 6 N-. 0 00 0 0 0 0 0 0 a 6 6 6 6 oi °a r- U) V 9 LID DO 9 9 9 9 o D 9 9 9 CO CO 9 9 CO 9 CO 9 (.0 LO 9 9 <C 9 LO 9 LCD CCD LO LO U) U) U) LO . . en 9 >--. Q. a) Ca L z 2 c , (i) — as c . N. N. 9 CO (9 a> ,-- U) ,-- A 00 (X, I--- CO OD OD 9 N. CO 9 V U) CV 00 9 9 1.1. N. CO 0 Cs.! U) N. 0 N Li', t- CO <, 91 vlx 19 CD 9 CD vt C) C .0) U) I- 0 C.,) <1. 6 4 cy5 ,-- 6 r•-: 6 4 to ai a, - La, ai , 0 ai ci eci ri o:1 ci oi 6 CU) N... 6 oo 0 CV 9 9 N. OD 9 OD V 9 OD 0 9 V U) N. C) 9 CO LO 9 OD 0 N w C) a) o o o o o o — , , ,- s- CV CLI CV NI N N co co co co co .4- .4- 03 rj: 6 6 6 co. 6 co CO6 c.,. a; co co co co 0 oo cci c6 co 6 co' co cci oo R) co e O. C) )) a VW' * ..., I-9 N. U) CO ,- 0 c- 0 ,-- N CO OD 19 CO (9 04 e- =e co U) V U) CV CO CO 9 L-- OD L1- 9 OD 9 vIl-, CD OD 9 N V (C CO 9 V 0 CO CO 9 OD CO C) U) CO 19 N CD aa ai 4 tei e- oi h.: CO =4 csi ci ai IA- 6 0 toi 0 m; N.: C.D V 9 N V" 9 N. CD 9 CO 6 <-, co 0 N V CO I.-. >3 c- cO 9 t- 9 0 CV vt CD 00 CD O 0 C> 0 9 T- C- N- n- N N CV CV 04 C‘I el en , , en .d. ed. .7 V V 9 . . _ . c.„ ;;;;.• CO oo co CO CO CO CO 00 CO CO OD CO CO 00 CO 9 9 0 co OD OD CO OD OD CO CO > 4'> I- = a) ID- C) N. CD CO CO CD 0 vt 9 CD N NI U) CD CO N N VD V N CO N N. 9 to CO CO CD 9 V N. 0 m U) op c..! co o 0 CV N. 9 U) N- 9 IN 0 N. N. Vt- Lri Lri eri tri CO to eci h== r-: r: r: oo oci 6 6 6 6 6 6 6 ,-- csi cci CCC) .c oo co CO oo co co co oo a) COODCOCOCO COODOOCDOD CDODC00) C) 0) C) ...... a E „.... 'it a a a. m lzi < or‘; Y. Dp 9 i- LCD N. 9 0 0 (C) V' -9 (C) C> vt CO V U) CD U) V CV 9 CD 0 0 0) N. 9 9 9 9 N 0 CV 0 (9 V CO CV or N CO CD V 9 N CO CO 9 0 19 CO CO 9 o) - 0 ri 0 0 0 0 c6 0 0 6 0 c‘i c.i cNi csi oi c‘i c‘i (oi osi .-- 0 (6 < NI" -V D4 '4 V vt `Cc V vt V" V V vt `Ct V V V V V V V V V st V 9 CO O >-- C 1 al Q1 CCC1-- 9 Ca CI3 I < 0 0_ 0. 0. ,. ...0 00 N. N. N. O L.. Qa Ci' Ci' Cil a. z a. a. mineo CD CD 0 CD 0 0 CD 0 0 0 0 0 0 C> C> CD C> CD 0 0 CD 0 CD 0 0 0 im.: Z a. C) o o o 0 0 0 0 0 0 CD 0 0 0 0 0 0 C> 0 CD 0 C) CD CD 0 0 9 0) eri 0 6 6 Lc; 6 er; c; 6 0 Lc; ci= er; a 6 6 6 6 tri 6 ..ri 0 u-; 6 eci ci M U) N9190 NLON ON 919- 0N9 19- 0N1919 ON9190 ,Th U) U) 0co a) 0 0 N. N. N. N. CO 03 OD 00 OD CD CD CD CD CD CD 0 9 9 9- C) . . _ , . _ _ . . 0 0 0 0 0 0 0 0-0 O x'4" CO OD OD OD OD 0D CD OD 0) OD 0 01 01 0) 0) 0/ CD CD Ch , i CO co 0 C co 4-' 0. (a,' ti C , >+ .. 1) 0 ' C E .- ii = o 2 ±... 4.' 0 CO) 0 0 NM(O)r' NVO O O O a) W co 6 VVco N N O ' 6 6 W O co U 0 co N N r O co M V r n UO i 10 N VV VVVO cM n N :' n VO O V' cM UN CO M CO a) r M (fl CO Vco co ca . CD 7=7, O O O C. _ N N N N co CO CO M VCO if, 'EVV' VV' dVVV' Vv < V' VVVVV' VV (n co coco nQ_ p A U) oo co co co O N n CO 0) n N CO N Z E. co n N co V n co co n O n n r CO aCO CO N0 W W U <') CN Nr a7r (Dr Or O O O O M N a) Van cD 0 r r r U co co z Nr Q NN a .0 O a 0 a 0 a) co z z a m 03 O O N N M VO N '' O n 0 n a) VCN N 0 el' (0M CO VW 0) N a) O 0 a) a) V. M CC) N- co c0 UN Q c0 0 M n 0 V' U) a) M n 0) n CO r (0 r 0) CC N n 0 O N O O O M n U) 0) h a 0 O UN N CO aO O r M CO oz, O M AO N- O N UCO O M a) VE6 r r r N N N CO co M co M VVV' V U) c0 c0 ' O3 (LD W (O CO aD CO 0 aO N a) O (a a0 D N co O O mQ Q E N co O 0 o co co N c0 0 co c0 co W UO CO CO CO UO n n m R 30 c0 co 0 0 c0 to O O c0 c0 O a) CO O O co O O NNN ` C0 ui mmh W co co a0 co n UN n c0 0 n N 0) UU) W O n co aUN N CO M Na0M COOn 00 M O U 0 O N CO M C) a0 M VN O 0) M W O V' 0 QOO N (o O r N CV N VO n o UC ) - 0) 0 a) a) CO ar n r UrVM N r O aOW CO CO a) C O c t'. n n n n n n n n Co 0 co co a) c0 L = — .- w U) Us) UUU) UN U) UUUUU7 UUUUU) U m m0 " 0) m a) 0) m 0) 0) a) o) 0) a) a) 0) a) a) 0) 0) ) )W ZCC) UUUUUUUUUUU) U) co UUUco U c m diO CyVUs3 ` _ ` 6N1 C) M a) U) NM On Nn N. n OO Un CP W r rn W co r r n N a) M n co ,- g O � L' wm N 1 CU} UaM) O Vh N U) M n r VO 0 N O O h co (0 CO co co UW O M UCO O CO 0 ( m a maN N N N N ,M co M M VVVt U) N U - as 1 — v v v v . v v v c v v v v v" c l' 1 > a 4- 2 2 n p 1 Q (o n s O CO CO N CO CO UO CO CO VU1 CO CO I d CO N C) O CO CO VCO O) UVCO n (O N O 0 i M O O0Co MMMMN N M N aUM Q) co UV' c O T a) nUOUVmono M CY co Uco a) U) UUVet et V' VV VVdV r r r r r r r r r ,- Q. 0. w o M z c nm M O (0 co n V' o N U) O 0 O ,.. a) N M M n V' N M CO 0) V' N n n m V' CO U) . r U7 O) (C) (`) W M (O M 0? (V U) N N V' co M C( a O r n a) co N CO 0) (0 CO a1 O N M , N V 7 V' 6 M U1 U) 1 U) U) c0 c0 co c0 to co a> n n n (A 6 w of a) 6 col 6 co co m ao a) m m m m (o m1 co a to 1 x, h- a) M (OCO c0 cU n V' O N U) CO 0) O CO 0 n n r C oo ty) n N CO CO CO r r CO N O V' O 6 O O 7 N a 6 aV 6 M 6 4 Vn O LT; co Un a-) rM Um co o) N VU) n (O Or U CO cO U) CO CO O c0 UD a, f-- n n n h n n CO W CO CO oO CO co W m co et R) 00 CO CO CO a) W co co' 1 C') a) co 7 a0 M U) 0 41) O U) UO V' U) n CO (V CO V: CO CO CO U) U) <}' Cr M M n co t in U) (O V' O') n O (V M M M c") C'') C) C') 0) V' CO M N .1: <{) O O o O 0 O 0) CO m 0 r r r r r r r r E N :.. 0 =° m "N i <f Ut Un CO U) n O r N 03N - N .t. 0) -0 V' a) U) a) O ) co (O Q (T (0 S. N 0 N 3 M 0 V co 3 N 3 O 3 0C r M V' co n V co co d co0rniE E v v m m (0 (o CO (Ma ((0 c`Oo (a 4 4 a >, ¢ 4 U >. V '0 'O -0 m m '0 'O 'O m c s Q; ,m, 2 2 w m 'O m m (0 CO m 0 CC: 0 t0 N m E a) tlsa s 0 0 o a) — to O Q 0 o a e. al (nv (nv 00 m m `m o 0 0 m m m O O O ++ z 0.. a co m m Y c c c (? t7 C9 c G c 0_ O r O CO — CO n N CSS 01 A— M 0 r cO N N N CO O N N- CO n COM CO n N. N CO O r U) N V' " O N (>) co m (D m U7 m O m O m V m CC m C m C) m U) m U) (0 U) U) 6 U) U) O U 6 CO 0. M 0. r 0. V' 0. a) 0- 0) 0- M 0. c0 0. 0) a N 0. U) CO V' n co co (0 0) CV a r t) r O N C) N O N O N U M U o) 0 M 0 0 V U) U) N CO cO CO CO C) ��'' O fnN O N O N co- N O N O N O N O N O N O N O O co- O co- O O O O c m r tt] t0 m r m ch m to r 6 m r r r r r co O' a0) .. .fl O_) N N s E O + �+ 0 0) ) N . • I • • ot0 h- 0 1`... 0) DI VI N 0 0 U-0 0 0 CD t.- 0) V 0) (- U- co to 4 o (0 0) 0) 4 .0 N N Cl CO U) N C) CI 0 M 0) CO 0) 0 (- r- 0) N N (e) CO C) U) 2) 6 (6 4 c.i 6 N. a- oi 6 0 <6 4 4 6 cci 64 ON- U- csi 6‘i -4 6,i ci O oi 4 N- o 61 CO CO (-- or Is.- a> N 0 CO 0 CO CO OD .c.- or h- CD CO <0 CO to- P.-- of or 0 V) 0 to (.0 CO CC) 0 h- h- h- CO CO CO CO a> 0) CO 0 CD 0 0 ' c.) .7. 4 4- 4 4 4 4 4 4 4 4 4 4 4: 4 4 4 4 4 4 4 U) ui U) to Lo (C) <- Q) ir 0 to 0 a 2 coo ,a a 00 N CD 00 CO CO 17 0 CO 0 .t..- N CO N DI CO V) V V. 0) 00 0 CO (- or 0 ,.. 0 03 4, o N or CO I"- O') CO 1°- '<f:. oi o N.„ 0 co o o co 0 OD VD C's! h. 0 Z LL 0 0 1,-. a; 0 or 0 6 6..i 4 C') 4 4 7.,--, v.) a, <N CO CO r‘- 01 c7; CO U) 0) 6 0 Ill LU 0 ‘...1 7 7 7 0 cc. c0z E — 00C) .0 03 CO Z Z 0C 0_ E al 0) IA C) )C 7 7a) 0 U) 0 0) 0 N 0)..,.1 V) 0 0 til U) DI ot "V ts-- V CO h.- a> or or 1- OD CO CO U- V) Cr "0- L.° 0) 0) 0 0) o 4 co 4 N OD 0 N or 0 )- DI ol- 0) 0 Ct) CO 0) V DI U) CO 6 ..ri = < , a- o to 4, 0 ca Ct N 0 1,-.. CS> CO CO DI N CO 0) o- ,ct. CO DI 0> co o co co N- N-. 0 N- Y g cO 4 alt_ (T,. g oLg g 4 7 ,c2,,., .4;,: A: 7, ,i„, g 0) L:3: 01- c. ..i.. Foi g (1,-,: ,,,..? 6 E to 0) U) (C) co CO h. h- r-- D. C7) 00 CO OD 0) CO 0) 0 0 0 0 :: 1- c- N DI N ;1 °6 « Z ct O c6 oci co co CCD ed. co- cci cci O a; 6- O cri o O GC a; O ai ai ,,, co 0 o oo o oco to ocoo ca co co <o co co co o co CD CO CO < CD 0 0 0 CO ( a) < CO CO 00 <O 0 - r- lo- 0) 2 ,a = co coo co co coocooco coo coo Z c' ' •E 0 co 06 i- ..- Lti o (".1 IL- 0 CO CO 0 C) r- CO (0 U) 0 0 CI N C) 1-.. U) o- 0 .,-- V) r-- a) (CD 0 V) CO 0) r- .-- 00 tor V- D. (- 0) 0) 0 CO N DI CO 0 (- CI CO 0) N. 00 (-- V 30 01 OD N. 0) 0 0 or CO 7 c-- O.! 1...... co CO co co to cO N- CO N- or. 0 CD 0) 4; v 6 cci csi N:. 6 cci 4 csi 4 N.: C‘i V 4 Di Di C0 ai 6 4 oi 6 N.: 4 ca N.: 6 ii cn 6 CO oo 0) 0) C) 0 •t- I- '," C. 0 0 OD 1"... CO V) U- or CO N N c- v-. o 0) O 0 o - (0 0 co co CD D. N. N- h- NI r-- co co CO CO CO 0 <0 CD 0 a) (0 CO LO .4...' ... o ch Co Ls, ,s, Lc, 6 Lo tr> 6 up 6 to to co ,r) to to to to co V) to to to co ,.0 to O ,., o o a) o a, 0 co a> 01 a) co 0 a> a) o cy) o o a) to co a) a) 0) 0< 0 0 U) 0 0 vi 6 to 0 ..ri ,s5 up- k.6 6.. 6- kri up- 6 tri 6 6 6 6 up- 6 tt z c Ili E 9 .,, ,, ((C (4, U) - CI h- h... CP 0) CO 0 y- 0 or S. (0 N or Or or or 0 r- CO (1), h.. v.. DO to- CO (.-- 0 (-- CO 0) 1"-- U) D. or 00 D. CO 0 h, U) 1- 0) CO a) or' 9• F.. 5 - z z ....,5 z; ,-.: oi N.: ,0 64 6 c6 6 4 1".... 6 6 O 6 4 O 6 ai O O 6 o 4,..., t, 13 o 1, u., - -sr f-- c) --) U) co ,- <3- 1"... CI N )0 N- 0 N U) CO (- or <D 0) N V) (- (...) 2 46 W > ca 4, ,0 o o r-,.. r- 1`.- N. CO 00 CO CO 0) 0) a> 0 0 CD 0 •-... (.- o-- ..-- DI N 0) 4 4 4 .4 4 4 4 4 4 4 4- 4 4 ..6 tii ..6 u-i Lt° LS 0 (0- 6 CO up 0 t 0 CO DI CU 00 an ,.,. 0 CU 01 0) CO 0 1- OD C) CO 0) NI- )0 U) CO D. or 0) DI U) 00 0 ED EL <t. E.. 0 0 C) CT> co o N- N.. CD h.. 0) h- 1,-. LO N 0 or. V) R. (.1) Cr cod c7-) coe" (06 4 4' <0' ,..c 4 U. N,1-. 4c5 opc4 C74 66 6°6 COai CO r.-4 CO°6 <0" 06 64 4`." c4N- NN: U- or or of Os t- or L. ot or 11- V< Or or U 0 CO CO CO a> 0 CO 0 a) 0 01 . . .. _ >o a) 0 Z g M L n , CO as c 0) CO CO CI I.-- 0 0) C) lc "0, 0 <V <0 CO U) 0 0) 0 0) V' C) 0 CO DI 0 (C) CD CO <1. CD C) 00 U) (S) CO ,,- (.-., c, C„) CI CO CO r-- (- 0 CI U) N (-- N ot CD (0 6 cci 6 vi 4 4 6 to t- 6 a, c) 6 cc; CO 05 ai 6 6 6 r...: 4 oi c\i tri 4 4 4 co CO h- 00 C) C) e- CV 0 1. CI 0 N- 0 CD 0 N CO CO V 0 U) CO 0 N- a) ("".. N- O- 1,- r..... r.- co co co C 00 sa ,n co co CO CS) C) 0) 0) 0) a) 0) 0) 0) 0) 0) (/) "-- 00 CO oo cO oo o6 CO co co (C) ,,, <0 CO CO CC, CO CO 0 CO Co CO 6 c6 co 06 co 03 (0 <0 0- 0 v) > = t- a) a (0 CO N. 0 0) N (-.. CD C) N CO CC (0 0 O. c, .0, ..1- C) (0 co oj (0 co U- ot OD or V) (N 0) CO N 0 0 V< of h. CC C c- CO C '- a) CO U) (t) CO a) .... - 6 6 6 6 6 6:1 6 6 6 6 6 6 4 Cr, O Lri U) ,r (NI c6 -4: N: <5 r.: N CO or U) CO h- CO 0) C) .t- N a) of 0 0 l'- CCI ,- N DI CO CO or )4- 0 CO 00 00 CO CO CO CO 0) 0) 0) a) 0) 0) CO 0) 0, ,), (..) 0 CO C) 0 0 C) C) c, e oci ai oti co cO ao- c6. co- co co- cci co- o6 co co ,c6 ,..c. 6, o a) O ai O a; o a, g CC oo CO N 0 0 or C) DI CD 0 CO DJ r- N- OD 0 0 1`..... CO D. CO 0 r.- or to. 1"-- N 0 1"--. 0 CO o- o... CO Or 00 ,-. 1"-- o- CI 0 N DI N 71.. 0) U) 00 P.,. 0, V 1,.- 6 N: .4 <Ni 6 6 6 r... Lri 6 4 6 cc; 4 .<-• 1--: 6 6 .--. c\i 6 c.i 0) 0)_ .c a, CO 00 CO OD h.- CO CO 0) C) CD 0 0 o- 1- ,- 0 0 0 CD 0 0 0 0 CC OD .."- ' E .1.4 ":"... CO Cl. GO .1)1 < Y 01 t; C<2 1'"'. 2 ' '-1:3 <ay) u"' S' 50' 003 P, c(g - tz.,- 'A 5,' P. 23 ,r'i; f'.. 2 'gg 2 CO - ,- 6 4 6 cri 6 0) 6 6 6 ai 6 a; 0) O 0) -,--, c,i CC) 6 6 6 ri c.,5 (o I-- D. h.. N- t.-- CO a) CO N- N- N- CO N. 0 <0 CO CD N- (---. I.- f-- CO OD 03 CO CO O >, <13 1.4. (- <- 14. E: E w 2 <0 <0 00E ,).- ! .. lc lc. 0 1- ''' ''' N 2 z Z , m . NO , >, a, 0 1`.... C) a) 0 ..- <tO V) CO U) a> N 0) CO V N- CO 0) .c-- U) 0) (- CI (1. 4 6 10 N- DI CO (<- 0 0 tt- N al ,- N CO (- or V) ).- .t- CO N- r-- .ct C) 0 C M tai oi oi -4 cri 4 6 Lc; 6 cri 6 tri tri 6 6 ai 6 tri ai 6 6 Lei 1.--:. tri (0 )6 g L0 <V (C) CO 1- U- N- 0 CO CO CD N 0 CO o- or h- 0 CO CO a) DI U) OD 1. V. o '4.- 6si aN- N" h °° C° (°. 0) Cr' 0.> Mr, 0, ° ° 7 7 7 N N. N N.. °°.. C.° C.°. U- .I. U) ot 9 0 ,E 0 0 0 0 0 0 0 0 0 0 - -- ,- ..,-.. - - - ,- - r- n-- N-- 7- 1- "I- 1.1 15: DI -0 1-. .1o. co 30 c..- . sz 4 , . .. CC t 72., 5i ?: 8 04 <7, s.: • * . . • • . ; , Ti) . , . . ,. , : , S. : ca. , 0 0 0 (0 : . co (/) . . : ; . o... — , , 0 a nu 01 , , 0 >0 <0 z - - < . , . . L.... 1,2 . . . . O 00 0 <0 O 0 0_ 0 O 0 = = 00 Lri ..di l•-• N.: 0 ' c4 = ,.... N. . _ coal : ..Z , Ca , z L.. a) 6 : . . -.. 0 •ii : c 0 <2 .c.r, : : L .4.:.' . . , . , a) .3) g 2 . 8 8 , I a) ce i 1 a - ,., 04 0 r i CO Z ..,., : CO 0 0 2 . = 0 o a te ,T, 3 e 2 : : 0 , : a) o a' z 0 0 0 I'jCW :t ! 1 Lo An 1.--- c‘t o : 0 -9 g 20Z3: 1 ' t4 to o. , --G . 4,5 re, cD t•-• , , , C:1) •;— , . 00 — ,.co : . ; L... : . -Ca o : i : . 0) 0. , „, 1:1. ...c. = E.; fr. fr: : CO : n z m n -3 :3 : a.) EEE >• EEE : cr cc , -,,,,-,-,. T.; 0 `,-i." Ri F., F.:, , . , . co >, .. : . , , : , < < < , ,5 ,< < < a a) , -. -0 g.) (/) 0 -0 -0 -0 <4 : 1 1 ..42 l' .92 e- cL 1,1) •'2 -9'2 . CO , : 0 = , 0 13 <0 E., a : .. 76 , : .. C : I_ : .. 4., -- le.,O*." -- C Ni atter Cr.1 CO aarnmaninta ,S , P . , 0 a_ :- E 0 0 o 0 040 o 0 9, 0 0 g t ' f as 0) E N N- q.,I.-- S'' <40 r- .0.-: r-: r-:- _ co as . , oN N ',V N r•I '..,,‘,1,,t4'1 N„„('1 2 , sa. O. o ci_ t) . , L001 N •-- 0 0 0 94,N. <C) 0 (0 E — r- cr a's ,c, n r- s- o 4 m 4 c,:itri C) 4 4.c,5 eNi vi::.t.: c6 u5 • 2 : ..4. tr, 0 CO 0 ,-- :‘,1 0 99 0 ,..... 0 01 909 0 0.1 0 09 ' , . 0,-, CO + C . . 0 , . . , 0 i , 1 1 0 i 1 75 0 CO N- 00 C) 0 0 <C) C N 0 0 . 1 GP (0 0 CU 0 0 '0 0 0 co 0 co is n 0 ....1 10 ori. ,.-:: r 0 ( 4 .6 ,,,:i 0:5 vi cO: r-j , - o ur vr ,...,o u:::, ur u.) Lo Lc) 4 4:- co , , . . •-• C9 (--- , 1 , , •- 0- 0 I i : CO , , 17's -= r; r- '0 C-.- , s 0, n r- 0 — D 0 0 (0 9 tt.... >0 "4" .4. 1 1 N- CO CO N- N- •-- 91' 00 9- 0 0- 0 < , , 't a, Ni CO o6 I 74 .c — 4 cs C'> 6 4 O 4 C" cO cO >0 : GU 0 --- 09 , , , > 0. 2 7,- ,:2, ,.2., ,,,„ g: ..J , > tts oo co o O >- 4 -s: asca'ms 0., co V. = .-- r.. N- — , : c) <o — 0> 0 09 (7 0.- 0 0) 0> 0 t1) 14 7 0,, . (0 0 ,--- , I 17 0 0 0 N- CO 19- 0 co r-..- s- cy o 0- a- E E = ..,.. O QO ,..ci :xi ui Lc; 4 4 4 <C) u-5 cci .c: .c 0 0 i „.,,, co = <N: 6 6: , : - 3 — :,-- ,-- i = 4.,.. = N.. N- y.. N- 1 . . ;,-: — — 01 N N N 09 09 0 4 a-) a) taija. 2 2 . o sc) I jess , (N c , : c . : 1 C) ...0 , -6 , : 0 0i :00- , i < . s-- =7 • . Jo 0) : S .2, 0 = 0 ! 1 :' 1 an ; ; ; . (c) ,.... o cv c'es U• 0. 0, 3 ; (:-.) . I ' • • . • • RECEIVER 21 51 84 RIM 825 BA RIM FEB 16 Mb PRINT DISTRIBUTION LIST HUGHES AOGCC Please sign and return one copy of this transmittal form to: COMPANY BP Exploration Alaska Inc BP Exploration(Alaska) Inc. Petrotechnical Data Center,LR2-1 DATA LOGGED /2.9/2014 WELL NAME B-27CPB2 900 E.Benson Blvd. M.K.BENDER Anchorage,Alaska 99508 FIELD Prudhoe Bay Unit to acknowledge receipt of this data. COUNTY North Slope Borough LOG TYPE GR-RES BHI DISTRICT Alaska --- LOG DATE January 24,2016 AUTHORIZED BY Patrick Rider EMAIL Patrick.Rider(a�bakerhughes.com TODAYS DATE February 11,2016 Revision STATUS Final Replacement: No Details: Requested by: COMPANY FIELD FINAL CD CD ADDRESS(FEDEX WILL NOT DELIVER TO P.O.BOX) LOGS LOGS (digital/image) Surveys (Final Surveys) PERSON ATTENTION #OF PRINTS #OF I'RIN I S #OF COPIES #OF COPIES #OF COPIES 1 BP North Slope 1 0 1 EOA,PBOC,PRB-20(Office 109) D&C Wells Project Aids Agatha Rutka&Barbara Glassmaker 900 E.Benson Blvd. Anchorage,Alaska 99508 2 ConocoPhillips Alaska Inc. 0 1 1 Attn:Ricky Elgaricio ATO 3-344 700 G Street Anchorage,AK 99510 3 ExxonMobil,Alaska I 1 j 1 I 1 Attn:Lynda M.Yaskell and/or Leonardo Elias 3201 C Street,Suite 505 Anchorage,AK 99503 4'State of Alaska -AOGCC 1 1 1 Attn:Makana Bender 333 W.7th Ave,Suite 100 Anchorage,Alaska 99501 5 DNR-Division of Oil&Gas *** 0 1 1 Attn:Sean Clifton 550 West 7th Avenue,Suite 802 Anchorage,Alaska 99501 Irt*Stamp"confidential"on all material deliver to DNR 6 BP Exploration(Alaska)Inc. Petrotechnical Data Center,1.R2-1 900 E.Benson Blvd. Anchorage,Alaska 99508 Attn:Nancy Landi TOTALS FOR THIS PAGE: 0 3 4 5 0 0 TOTALS FOR ALL PAGES: 0 3 4 5 0 0 CO LO • • :- N Ln CO r LC N 0 LIU 2 2 L w 0, X CL CO I CO 0. I 0 CU Ce C.) ice! C CNA Q� R NIC w .13 'U r CO L sc COia a m N c I- gsc :Z aamar o LL. N 0 • • - : 1 : , 0 . ..-- co 1 1 , 713 , . . , - z •Ia:Lt: 1 0) : : . — 6 N CD 4 CU , ; , -CZ, Co osi N.1 ''-' " ,r: , I 1 1 (C) 44 ''') C‘I -‘-- '-' d- i ° &3 b Co i s- , , , o_ , . . . . iiC- o i iii 0 o, . , , . . 1 1 . : . 0) 0) Z , . . , . , , . E CO — . . • . • o o a . , . : . , ..... ... 0 , . . . . , 01 CO 11 ct, , . , Z Z a . . a. . . . ' . . . , . . , Co 0 .,,,, 2,92 4, :2 0 : 000 ....,815 a Tu ,L) ,' , . , 1 j "4" 4,1" C, < > a) .7, : : ..r) ..0 0 . ..3° ." r,.. 1-,-, - V CO 75: 0 719 > 1 ' . :''', )@,) E Lo i') g 6' 0 N 0) G) 53 ,7) ! 0 1 C os ci2 1-- f Lu 2. D D ! F2 COO . . I I , O > Co1' 51 : CC2 Co • ., C) ii 4: a =1 , II , e..C , : N- 0 ' I 3 , .c ,..,, ,, . ' th Co t; , , . i 1 4> cc c , 06 0 ro „ :40 : , : z . , 52 . . : , , . 6 a .Co03 . ! v ! i ! ,-.'--.J. c . , tw 31 Co a , , d) (,) , L . _.• , C.D :-:-.) C>:1 : Y 9 Ce ' = Co 32 .' 0.1 (f),8,:l . . = i : : ' . ,- 7, a 4s . . : 6:'...4. 0 , 0 0 . 0 > C. 0 = ra 0 .-1 0 CC) 0 .4- 000 ,4 0. (4) ''i' 000 t C ,.....w o ..:,..... , . ri) tr.; „iq1. rt i.„.,,j ,, ,” , . >, 0. 15 , . . , 0... a) , : .0 , CO . .' Co o : , „ . : o co Ak : , .,:: , k- a, ui ci To : , : . , : . . , , + c , . , . •*",!,,:fr-1 osi 1 ! , . osi L.L. . Co: N 1 , , , a) : =: ::I I : a> I i , cy) ir)::1 1 :`>, ,,,„- a, g 6) 1 '',. ''' . . 2 ..E. cc! i . t .-: .-:! 1 c 6 1 - .2 0 g .2 I I a- z Lia u) 1 I zu.i , Co :,,,,,4 , , — 0 1 Z = d! + - 1- 0 1 , , , . . . , (') 1 1 . , , : < , 1 , OD Co . . : , , : , : iii , 2 ' 0 : , : , : : , . : , , . . a. I E." : : , , ! 1 : , . . E 0 9 , : : ' . , : ra I ta_ E E T 1 . , V u- -2, tn! . ,cf, 63' ' , , , = D 1 V" 1 I V! V) 1 , , ! 0 ! , , a. ,,5 1 ;.--- . , ,c , , (,,, 0 . : , . . ,,,, I, Co a , a) - 44:::0 : . 0 : : 000 : I , ce 0000. i ‘-• I , < ,,,.>' t.-. z 1 1.-- o , L 0 i 1 ..-- ,,,, . (s, CO (0,' ° , , , CD : 1 Cs' 1 ' '6'3' Is ';' : : :M 1 111 C,,,,k,,,,...- ;on' 06 11 (-)a"h-Ni, an a) - (-) . co . I c6 < 0 (1., 0 .4, I 12- -I : _C c < CD i co (OZ, o ! 1 1 N 2 - c 1 cp , , : I al a. : 1 c° IS . . . . co , , .= ms S. t!- f',.. : , , , < CS C , 1 : o , , - Co: Co CC) : c- , , 0. 00: 0 c: c 0 : o c 1 , , ....: •,-. _0 5:, 6 0 E :,:i: 2 .3 c • :- c :,-: 0 c , CO c 1 Co 0 0 0 : E -0 : ! 0 0 0 C M t .F,-..:> ', .t5,,,, C')' g l'I) 0 0 I 1 0 0 C2 - '2 1 1 '3" ''.''''" 1 HI C 1 H E -, — — . co EL 0 ..:: - = - .- :V, ,6,- 'ET „,,e, 77 2 :1,7), E M GU as ' 222 I i a < > > , , , , , , , , , , , N <0 N ,... : , +. 0 O. CZ CI a. 202 1 (0 (011.. a-,1 i 5 a. : =,: ; t ; 0 0 , . • • ,............. • . •: 0 _ 0 . ,,... „_ . . . N V' N- CV 0 4 4 Lo IN- IN CO RD •..: .•• 0 0 0 .,„-• CV CO CD CO CO C). 0 v-. CV M. M. 1--. CO CO N -0 :• :! ci 0 0 d 0 6 0 0 0 ci ,- ,- ,- ,- ,- ,-- ,- 6 6 si :••:•• .z". CO !! .1.-. ,Y.3 a•-• 0 ., 46 co ., 0 ,, a 0 )r) :. , .. • , .. co:•: co , • .:• . : .cc :• . . Q. O 4 co ,- 6 o 6 ,- CA CV N- (0 CO „v.- VO M 0) M (0 CO Z !, „! CL .„, 0 0 .v.- 0 „v„-!! 0 0 3- CS 3-• CS 0 0 3- CD 3.•-• 0 0 N 3- .,., 6 6 6 6 a 6 6 6 6 6 6 6 6 6 6 6 a a 6 6 1 0 w CLI 0 , . .• :: CO CO Z .:„.. ‘,... a 1 :• • .:• :• 0, 2 1 eel 00 ., 0 c) 1 , „,>44< 7;::,• . ., v 1' 0 1 • .• 0 0 z = - ,,, 0 , . .: .• o o <c, N o, . .: V' . 0 ,.0 ..0 ,n - co <N •ct, - 01 V' N V (0 CO V') CO N St '"”' ! !, :„.„ 0 CO 3:1- 0 (0 M 6) CD V' 3- v.-- CO M IN N RD IN- v- 00 .(1- vi t0 0 < 1 ,, ',• C, CO Cs N CO M N 0 CO M M M N CO 0 v- 0 o tn N. h. 0 ' ,, , ,, c‘i ,--: c‘i (..i <)i Ci 6i c6 c6 oi L-6 c6 c6 (6 4 4 4 6 6 6 N- 1 ,, , ,, mr) r) o) r) cammca <0 mcaramoa <,-> cncl c,) co CN ©©©a E Lr.) i ,, • tg . 00 00 0 00 0 0 00 00 0 0 . 0 00 zce I •• :;.-.., ....c° <,.. ,...< , E 2 • . •_, • • mowo 4) <no ow000 ococowo woo oa to 1 w co-°3 . m co to to to co to to to to <13 (0 to co co <s) co ‘o to <'> (4 2 c I .. .• ill GC1033- II.1 I ,! 1!! , .. .• • . :v. . 1 , .:• .. O 0 (0 h. N 0 CO 0 IN CO N- N N IN h- CO CI) 31- VC) 0 ! • ., 0 3- 13,3 0) 3:3! ..0 ,- (0 CO Nt• 0) M> VO 0 CO 0 CO CO 1.0 CO . .:•• , • 0 0 CD IN. vn 3-. N CO 0 CO CO ,0 4 el 0 N- CV CO 0) , :•. M M 4 4 4 4 vi ri oi Ci csi Ci c‘i c)i c‘i -: ‘-• ca 0 C> , .. •. U , ii „ , :•• , „„ : 0 o <C <C o to ,n to o o o <C <C o o o o to o 4 4 , C 0 , , , c - ,- ,- ,- ,- ,- ,- - ,- ,-- ,--• ,- ,-- .-• ,- ,- ,- ,- ,- ,- ,- 10„, .c , , . ., .• '..E` V 6 6 6 0 6 6 0 6 ci' c5 6 6- 6 0 6 6 0 ci 0 0 042 ...,0 ” ' -. :. • .. . .. • 0 1.0 M (0 M VI M 1.0 M M 10 RD LO LO M .n (0 M LO M 1.0 = 0) 0)0 0 CO o) a) a) a) a> a> a) a> a) a) a> a> a) a) C) C> , :• -- D4 .. .. z 6 6 6 6 6 6 6 6 6 L6 ,6 L6 L6 ,6 L6 6 6 tri 6 6 a : . . .•: : . C 0 iti• 2 ,10. . :• : „ I 1 o ,- cl- E) tn tn N- to o 0 co 6 o CV 3- 0 0) N N 01 ., 2 cl : , • o o o N Co) LO h- 0 CO V' VO CD IN CO 0 0 CP CO V 0 . e. 7, - q, .., 0 0 6 6 0 6 0 ,- ‘-• - ,- .- ,-. •,- t-ti csi o 4'. '4,- a.) 0 :y, :• ., 0 0 L.- IX >, •• cn . • 0 a t > Z >0 .., 3 R 2 (,> a la o i 7). •,- - 1 I ILI ,...0,. 1 -1C-.1. '7•31 '''a !, ! c 0 c C !! t , i 0 . „, . . , . ,...,CO 3- IN CO 0 (0 M CO <I00 CO Ca CO <I. T-- CO CO a. ! ,c.4 2 pm a 1 I 0 011',.•0 CV yi. CO M LO 0) 3- c., .4 gr) N- a, mcomow . . 0 0 o a 0 0 ,- ,-- ,- cv csi t.i t,i c,i c‘i 6 6 ,a, 6 vi I CI) , : 1 I * 21 11111 11 • 11 1 1 0 ›) 0 0 2 2 1 1 i >> 1 0- a) • 03 : , z z (.f) ! ! .. .: ,. • ,i 1 TO , , 1 1 C , 1 1 0 0 ii: , , : -1, 0 c., :::) 0 CD C> CO 0 CD CD OD 0) a> 0) 0) CD CO W !! vi- M 0 SO CO 1"1",) CD CO LO (0 (3) tO VO (CS VO VO (0 VO (0 (0 . CO C,1 or 4 4 4" 4" 4 4 4 4 4 4 or 4 ' 4 4 4 4 4 .. a- C1 N CV 04 Tv N 01 CV CV CV N N N N CV N N N 01 i 0 0 0 ,1 . .n <1) I., co o o ,- 01 0, </' 1.0 M IN 00 1 CZ ! I 4 . .! ,, 40 CU (i) Z' - - - - - - - - - i n. _z 2 a a . . , . ,_ .2 • :• i i „ to 0 0 o o 0 o o .0 C) 0, 0) CD 0) 0) 0 0) 0) 0) 00 , . , . 0 0 0 0 0 0 C) 0 CS CD 0 as 0 0) 0 00000 , , I 1 ol 0 0 0 6 0 0 0 0 CD (>0 0 0 0 0 0 0 0 0 a; 6 o o o o o 0 C) C, 0, 0> 0 a; a, a> 0) al 0) 0 0) • . ,-- CV CO 37 1.0 M IN- VD CO (,,, 0 ,-- c 3 m .4. ,o (0 1,.... CO ,• ,•' c.:-. , ' 2 .•• 2 ,..; ! : 0 „...„, u ti:- IN- 1 i 0 CD 01' (1) 0 M N- 0 CO N CO M 0 34. CO (1) CO 0 (0 or 0 CD 1.0 RI M V' (0 0 (0 M vt) N- CS v--. 3(1. !,-- N- vl• CO CO ! . i CO ,6 1• .... O 4 Lci 6i c6 csi 6 6 0 6 0 N:. 6 6 4 ai 6 rj N: :•' i.> j? •;.. ..,,'-' .c mo 6_ „...6 ,_...n tos... r... .,._6 ti.;,_ rv,... ,_to 6. r_ ,.._6 4 6 0 oo „.... (.,.7_ ,, :• ..., 0 0 -rt. 4 a '7 r! 7E C o ,1 CL CO >, 00 1 i 0 CO , CV r 03 2 2 1 1 1 < Y i I i (1) ,..„ 1 N 0 s' I- F- 1, 0 CO M CV CO N- 0 V' v-- v-• ,- CO coM COCD 0 (0 0 (C> IN VO 0 <COO(.) II 0 0 - - CV N CO CV CV 3- 3.- 0 0 1--. N N CI CO o 4 < : • o a) o ,, 6 6 6 0 6 0 6 c; (5 c; 0 o 6 6 6 6 6 6 0 o 2 , RS 6 6 0 co C) •C CO 0 „_,--s- '-- ?)- 1 g a) co I a- ... , 0 6- 03 _c -0 i 1 i t 2I1 N. N- N .! Z CL 0_ OS CO CO 1 0 0 CD . ' Z 0 0 0 CO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00000000000 0 0 0 0 0 0 0 0 0 i .eS• EO 0 c.i ,/ o o o , (...i 0 ci 6 00 0 0 O d 6 d O ci ci 0 0 6 O 0 1 o N 1 m i! - ,1 CO 0 0 0 0 0 0 0 0 0 0 0 0 C) 0 0 0 0 C> 0 0._ 6 ! 3-- N CO 34- VO CD IN CO 0 0 .- N CO 4- 01 CO N CO CP „ 2 2 0 .: m g , 6 ._ 0 . . ra 4-, 0. g '5 E , >, .. Jo al , 0 E •,,--, 6 = = '7, 2 o E. :ict ty 0 w 1 O. co C>) II to : : •,- 0 0 • • 0 0) P.- ,-- VD U) 4- 07 C> N 0- 0) 00 N "ct 0 >41- 0 V- 0 r CV N CD N CO CO U) 4 CO r co 4 N 0- 01 N N MI CO V) CD 1`.... I,- CT, CV co CV 0 CO 0) CO 0 0 -0 N 4 ° R U) 7'4 ,5., 4 ,c ,% 2'; `R5 °:). Ve' 2'; T> `c; 2 '5 Rii .5 ,- ,- ,-- ,- co 2 Z"! r d , c> 0 (Y) CI) , , q 0 0 0 0 0 es, — 0 — 0 0) 0 N- 0 CO CC) CO VI 0 U) 0 z A-- 0 0 CO 0 I Z N 0 ° r'''. '.- '-- ° CO C.) ''" CO N- 7 ‘r 't. '4: i"-- 0 0 CO CO CO CU ''' sr. CO ' li DJ c; c; O d o 6. O 6. csi 4 csi 6 .,-- 0:4.-- ‘-- .-- .,-- ,-. 6 ,-- ,-- ,-. 04 0 0 01 i ,s0 0 ' ,-, o0 coZ 1 t g 84' a 40 .0 0 fof. 0 0 0 f ' Vo Vo ii2 03 I CC 6 N 0 rs 40 , 0 0 CO0 0 a I co 6 co co -4 4 4 co co *Cr r r r CO CD CO CO00 vt CO 01 0> 0) 0 0 t'--• CP 0 0 CI c-' •cl- Is. .- N- U) CY N Cf) 0 CO 0 h-- N 0 CO 0 01 C) 0 N 0 0 N 0 CC) N- CO CD CO 0 VI U) CO N N- U) N N N U) 0) 0 CO 0) ,o tri , . 0,-- I,- 0 , CV CD CD CO' vi 0 CO 0 Cc1 04 0 0 VD P-I: r UD 6 4 a; ci ai 4 oi 0 01 )41' 0 N- , 0) co co co 0-) 6 co CO V' 0 CD CO 1--- Is- CO 00 OS 0) 0) 0 0 -,- .--. N OD CO V' 01 0 @ E Lo co O CD 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 CL c ,..... . c6 f - V 4 4 4 4 4 4 4 4 v 4 4 i 4 4 4- vi 4-- 4-- 4 < < 4 4- 4 4 4 1 • Eo" U) 0 CO CD CO CD (0 CO CD CD COCD 0 CD 0 (0 0 (0 0 0 (D (D CD 0 0 CO 0 CO 0 i - r`f- h-f 0 ,- 2 ' co = co co 0 0 (0 (0 0 CO (0 0 0 (0 0 0 CO CD (D 0 CD (.0 (0 (0 (0 0 (0 0 (0 1 ' "a3 CO" OS" 1?- i a LLI I . O f.-- 0-- 0 U) 0 0 CO 0 0- N CV 0 CO or CO Cc) 0) Cc) (0 CO N-- U) N- 0) Cc) 0-- : : 03 0-- N 0- N 4- >40 0-- V' h. C) 0- 0 V" CO 0 CO 0 r CO r0- N CC, 0> CO CO CO N 01 0 (c) 0 CO CV r- CO 1.---. N 0) O vt vt 4 co co. o 6 a). v-, CS> CV C) C) OII> , CO 6 r.. r-..: r•-: h: r-: co d 6 4 Nr. a> c.1 6 co v-. r, v- 4 r, v 4 ai CUU) 1 C, , a) -4- -(.• .(r Li-) ,41 0 (0 CO t--- 0-- r- IS CO CO cp a) a) c) o o !--, .. O a : , . ,,..... N 1- r- 5-- r- 5- e- r- r- r- 5- 5-7c- r- 04 N 04 04 04, III.e. e 0 <6 0) 00 Odd cid Odd cici 00000 0C) 000 cid 0 • ta 6 ,..o. Cl) U) 0 U) U) 0 0 U) 0 0 U) U) U) U) U) 0 U) 0 0 U) U) co U) U) co ...., , E , 0) 0) 0) 0 C3) CD 0) 0) 0) 0) 0) CP CD 0) CD 0) 01 0) CD 0 0) 0 0) 0) 2 0 t4.5 .ri u-i 1.6 ui vc ..6 ui ui Lc; vi ..6 Lc; 6- 6 6 to' 6 ,ri- 6 6' 6; tri ui ..6 Lo" t4 C I . 1'3 ii ?., ! : t c 2 E 2 (.0 ,c, 4 o ,- 0 o 6 co CO 0 (c) Cc) V) al 0 0 CO r- 0- U) 0 N N CD 0> 0,0 CO 0 c- 0 0 >- OS 1,-... 6 ap ,- o CO co o 0') 0-- vt: CV 0 CD 04 U) CD CO CO 04 , I 6 6 ., ,,. 6 4 z N. 4 o 4 r- ,-- u-i a; 4 6 co 6 cri 6 oo 6 4 ai 6 CU 1 o 2 . 4, 0 g 1 <- N ("1 CO '00 CI- Vt Cr) 0 (0 OD I"- 0-- CO CO CD C7) 0 O tt,,>e) ID tr >, m 3 o ,2 z ,7., L' ill a I . : I t : 000 U) 0 CO C) CO co 0) cc: z to U) 0 U) CO CO 0 0 U' 0 0 CO7 0 'U' 0 0 0 VD N r N CO ot OD CO N OD 7 N- < ri t-i" tl.: ;". <,(ii zi 6' cO 6 4 6 6 ,,,,,i cA 7,,- A ,,...: ci 4 N.:. ,,- 4 ed : co 4 vr .4 6 6 6 Ct : CO z t 1 i Cl) @ , C , I '- co CO CO 00 0-- CO V" CO IAN to 0,0 6 6 N N 03 0 CO N `Or 0) CO CO N 0> CO .0t 11. , 0 U) U) U) U) U) U) U) (4- 0 0 (--. "..o 0/ to- >--- 0 0 CO OD (C) r- CO U) U) U) 'cic, 0) 0 cc, 0 0 CO' ai c.i cti -, ui oi 6 s: CV N N N N N N N Csa N 0, 4 0-- CD l 0 vt" 0 0 .-- 'Or CO CO v-- CO (0 CO r 0 00 v- NCO <0000-- ct, CO z co cr, 6 o 0 o 6 "--. 6 0- NNN NCI CS) CV 0 04. 04 04 CV N 04 CV CO Oci CO oi 6 6 6' 6 6 6 6 6 6- 6 6 6 6 co • '2- , 03 CO OD 00 II"- OD 41) C') N U) >7 V> 01 01 N CO c'1 cC, OC V N) CO CO N 0 CO '4" 1 0 a) a) a) a) 0) a) co CO N 0> U) C1 z 6 z 6 6 .. o 0') U) o., 0) C) DCco oi oi ct> cs; oi oi cri a; oi 1--.:. csi 1).- - 6 o' Co )' 6 zi c\i 6 o 4 6 CUU) 0) OS 0 as OD CO 0) 0) 0) 0) CD N rt. 0- 0) ,>4 09- 0_, ,T, v- •.:2' (.0 0 N.- 0 (.0 CO 0 0V-- 0 CO ‘T U) CO 0- CO CP 0 0 0 0 c-- c- -- :- C.1 N N CV VD CO CO Cc) -. . CU CU os CU CU CU CU CU CU (N vi C) C') vi 6 6 6 6 6 z) co co 6 co 6 (6 CX • g .1 ! i CD 0 04 CD U) 0 N CO 0-- CD 0- CO 0-- •:(1- CO 0- C> CV 0 N U) CO U) 01 0 (.0 0 03 VD 0- r (4) 0) 4 CO 00. r CO 01 OD lt) 0 LC) CS> CO 0- 0 440 0 00 4 CD 00 i Z 'f',I CX .6, 4. COD o%' ch°- P--: ZII; *J C,IDS T CO U) U) .2 (?) 23 14..) ('> (') CO r 2 (cf;, U) LS' ...., ,..- C E g12.. 0. f Cf0 f T4 1 < f f (.0 f CCC N .40 0 CAD 0) N. o5 .1- co CO N CO U) N :(1" r Nt' o, co co 04 Is- C, (C) ('''') CO 01 N N 'St 03 0> O. 0, CO •0CO (0) 0) Cs! CC! CV CO C> N NI' CO co) 0-, CO 0 01 (C) 6 d ci O 6 O •,-, ,-- 6 6 c:5 c; 6 ,-- ‘-- c.i c.i 0 0 0 0 4 4 6 6 6 1.-- 4 , 1 OS 0> 03 CUCU ' --. fis ' C Cr. i iti cn in 1 a- 0- 0 0 I t•-• h. 0- r O P ol N N N Z a. ci_ c6 cL cil ! ! z 0 0 o 0 0 o 0 0 o o o o 0 o 0 o o 0 0 o o 0 0 o o 0 o 0 o o 0 0 0 o 0 0 o o o 0 o o o 0 0 0 0 o 0 0 0 o 0 oi o." ci, ci ci ci c; ci O 6 O ci 6 d 6 O 6 d 6 ci 6 c; 6' d 6 ci 6 o I 8 o c) o CD 0 0 CD CY 0 0 C> N U) 0-- 0 04 CO 1"-- 0 N 0 0- 0 N U) t•-• 0 1 N :0 r N r) Nt• 0 0 Is. CO CP 0 0 CD 0 N-- v-- c.-. .r--- N N N N CO CO CO (") ‘1" ' ,... es , Sst Di Di CV Cs! Cs! Di Di <V CV 6 6 cO' 6 6 6 6 6 6- 6 6 6 6 cO' 6 6 0 .4 0 r 2 S' .,_ 0:44% c co ..;-' , 8 c ›, Io i .. a. 2 „ m on 0) ;.-C) .0,44.-Z E — " - "0 . 275 -6 a) C cs,co Ci) ;.....- .., 0 0 . 1 • • • t0 M v 0- C C C) N 0 0 C C N r 0 CO 0 C C) N- O N 0 Co ! N CO N- u) CC N- N 0 CA O) t- u) 0 CO t` O) N O CO CO W OO C C N 0- ! m 6 m n 6 C M O O 6 O [O U CO O) Oi O N C CO 6O CN - N M C 0 u) CO N- CO CT 0 N N CO C 1.0 CO 0 W O N M C u) N- OO N N N N N N N N N N CO M CO CO CO M CO CO to V �- N 0 to O h V) 4 I`- CO C C (Q 0- CO N N n N CO M 0) N. C r u) C u) N CO N N W C CO 4a ',4° cn 0 C0 O u) ° r v, C O n n N- OO w a) N- C) O C O) N- O 0 CO O C0 O W W o '- r ,- r N N N N t- .- r N N t- N M N t- O N U CO CO 2 ; Q O c N N y .°Q a 0 0 C' (0 t0 2 z as ti. a' m N N m 0 C N N 0) Cn CO CO N CO N CO CO M N. N (O C 0 CO 0 r C) u) CO c- O) C C 00) O N- 0 C CO 0 O O) C Cn CC CO (O O CO 0) O N 0 CO O O r Q M C)! n CA to N- - O c0 (O W - (O N O O N (O N .- .- C 0 N W c0 O N- N- 0 C 0i u) Ni Oi CO ML. O) 6 C Ni CO r U) CC to 6 C C v C C i CO N- m N• Y C 0 co co r OO 0) M 0 N M CO C u) C0 0- CO 0) O N M 0 0 (O 0 N 0E u) C ,- - - - _ ,- ,- N N N N N N N N N N N CO co M co co M co co . 0 CCvCC ( ( Cvm vomCCCvm vCm N- N E 0 ) 66 (oco (O (Oc0 co (o (o co co VD CO m (ocoo co ((C (o ((C (.0N oW w OS Da t= — CO (o CO (o O CO O C co co (o Co c0 coto CO O (0 O CO O O O O O t0 C (O 00 t` N Cn C N 0) C N N- CO M O C CO CO N- M 0) 0) 0 (fl (D N- 0) Cb I- N 0 CO N M O CO O) 0) C 0 M N 0 W 0) N CO CO C C CO O N M u) CO 0 CO m M 0 0 N C (O 0 M N- M O 00 C N O M O C O N O CO O C 0) C O) C O) C O) C O u) O CO CO N W C O ✓ C) N N N CO M C C u) 0 N (O CO 0-- N- CO (O O) 0) 0 .- .- N N M M C 6 C O G 'N N N N N N N N N N N N N N N N N N M CO M M M CO M CO M �^ d rt:CO h u)66666C 0 0 0 0 0 0 0 0 0 0 66666 0 0 0 0 y r"a to to t0 u) (AC0 CO CO N u) u) u) C0 u) u) N CO to Cry C0 u) C0 (0 Cn CO C O t.n 0) O) 0) O O) 0) O CO 01 O 01 O) 0 O 0) M 0) 0) O) O 0) O 0 0) O) W CO o f Z tsi t.c CC 0 0 u) u) vi 0 u) u) CC CC u) u) 6 u) CC u) ui CC CC o ui CC Lc; tri Q C O C .- CO i0 'C C") V N 3 C> 0.) 0 C- .- O) N C 0 W N C u) CO 0 N 0 O CO 00 O N C N- C V CO C 0CV M 01 7 CO a0 0 N tO .- O) 00 O) N CO CO C 0 O N- t0 N- 0) N Q CO R CN 43; O M OO O C M O O N` O ) u) N CO CO 0 O O CO m CO 0 N - N M ,,, C uO 0 - co m O .- CV N M 4 u (0 n co co O C-- N co C ✓ � I; d >, N *" — � `- .-- ,— � � N N N N N N N N N N N CO CO CO CO O 75 p 0 0 0 3 CO w J f- 2 Z N 0 0 M O N C0 UO 0 0 0 C M O u) t0 N M 0 CO N N CO u) N C M O Q. u) C0 N 01 (S5 tx) - to C ro co u) M N N v 0 W M OD CO CO C Q) N (O O 4 as t,- rn ci ui O) C Oi C O) C 0i C Cn C Oi 6 O O N (0 co h h- 0, tp ,J Ch G+ CJ O O 1- t-CCc- t- N N M M C C C0 C0 (O N- N. CO CO CO C Z CO • C cJ.. C 0 N 0 N t- N 0) 0 40 O 40 01 0 C O u) .- N- CO CO n CA 0 N CO 0 N 0 N- M 0 0 0 M 40 CO O e> c_a cb CO N CO N O CO (}) 00 r C O (D N 0) Ni (0 O M n O r'> (C) c, trt, rt.:, c,> 4,2 0 t` m N C O W O N v O moo• CD O M C0 N- O N C O - cn ;9 CO 0 N 0 h 0) C (O CO O N 0) I M CO CO v C C v 0 4.7 40 CIS Cn C. ter 0 e0 (. t` N- t- r N O CO co O 6) 23) M M M M M M M CO CO rrt 0 0 M M n (^7 M M M M M M M M M M M Q 3 CC _N 0) N N- N O) (0 (0 0 CO 0 C 3t 0 444 • (`.... M 70 N. O) O N O ti C O C R 0 N C C C C 4,1C') 4 N 0 c, N 40 N co C 0 O Ci C 0 6 00 N N Oi N CCj RcVp". 1) N tC.i 10 C) SV C (O oO ei 0) M - M O O N 0 CC co N C CO . C) L1 z3 N ( tO M u 0 0 C C 0 v uu0 M N O D O CO (44- N. t^- t 03 a] Ct. CO W to, O) O C) O ,., �^ Ch M M M C) CO CM C) M V) M C7 di M Ci Ni ., e') n M t7 C] M M co M C I- , C co C u) M 0 0 O 0 N C (O M M CO 0 0 W (O C _ C) N CO O O) N N CC) O) O N' CO C0 N- 0) C) T O M C0 M. O) N M t0 O N u) C N- CO W O O) W O O O O O O O O N N N M M Cj C) C) Cj M L Ln C0 u) C0 c0 O co to co co co O (o (O (O CO (O co O co co (O co (P (O co co C E N °.... a CO Qm -N Q co 0) (O M N. co O CO C C m N CO O) 0 O 1- W N (0 1- cO 0 h u) 6) ((( N O O N O C0 0 0) C CO N N- N (O CO CO C I- C C O C CO 0 (O Q N- W O (O 0) O O N N M C) C C CC Cn O cO N- W O) Oi Oi O O ‘- .- ,-- •- ‘•- N N N N N N N N N N N N N N N N N N N N M CO (0 U N V m m m = 01 0 . a a .0 ''0 CO N. NN- N. j O ` m N N N 2 a a m m m0 0 0 0 0 0 O 0 O O O O O O O O 0 C O O 0 O O O O 0 0 Q O O O 0 0 0 0 O O O O 0 O O O O O O O O O O O O O O O u) C C O ui O N O ui 6 ui O u) O ui O 6 O u) C7 Ct) O O O u) O u) O N N N- 0 N u) N- O N 0 N- O N 411 N- O N u) h O N 0 N- O N 0 N` N in C C C N N C0 C0 O CO CO CO 0 i- 1- N- O N N CO O) 0) C) 0) 0 O O O rt 0 0�' C', CO (M CO CO M M C) CO CO CO M CO CO C7 CO m t'7 M C] M CR C) 4 st 0 C C, 0, CO V 0 C >4. ted¢#;z E - a0'+ 4) W 0, = C3 00. (C) 0 U) f\V • S • .,- r- o C' r- co N. CO CD "e- V) 0> CO Co 01 0 CD 0 0 N. Co V" x- dr 0 co-1 co .,-- N. 4 DI DI dr. CO 01 0) N. Co dt Co N. 0 ecr Co dr. DI 01 Co 0 N. CO Co CO 4 rk-: o 6 6 0 c4 6 6 6 N. c-k- 6 6 4 6 c4 r- cski r-:. (N 6 ck,i 6 6 -: 6 0) 0 0 01 -V Co N. CO 0) c- DI dr Co CO CO CO DI st Co N. Co 0 1- CO Co CO 5 (() 4' <1" < st 4' <!-4' V' Co Co Co Co Co Co Co Co Co Co Co Co CO N. N. N. N. N. CO 0 ,--.. 0 V) 0 0 > '- o Lo co En .tc : Q.. 4 co <4 0 CO Co CO Co Co 0> 0 CO CO CO N. 01 (,) 0 0... 0 Co 0 Co Co 4' Co 0- 0- Q M. M `,.. Co. CO°„ co -cr. co -.. 0) o,.. Co. -. C) -. -. - 0). 0) (3 Csi si: 1N 0 4 4 V. a LT; (..) - - - - - - k,-- 6 ks-- ..-. (4 ‘- c4 6 (N c4 DI 0 0 0 , (0 (0 q E E g 2 O 0ô ...., . 0 0 z z ac L. V) P- ,0 0 .,. O 0 ...- t.,) 0 0 ''' lIS 0 N. co 4 0) 6 4 Co N. 0 Co 0 CO Co CO CP Co DI CO 0) 0 dr cc) 0 dr CO CO CO COI 0 dr CO Co "V CO DI dr CO 0> M CO CO 0 (0 0) DI 0 0) Co Co Co Co co , . dt CO 0 CO 0 CO CO Cr> dr ec- CO (0 0 tO Pc. 0) CO 0- M 0 01 0 0 CO 'V CO 01 N. N. C.) 6 kkk-: 6 6 N. 6 -,-: 6 6 0> ‘-:. 4 N. 6 6 6 6 ci h:@ E7 6 6 4: CO 6 6 6 N. co o .--. 0 M 'V CO N. CO 0> ,--- DI CO Co (0 N. CT) Ce 0- co V" 0 N. Co 0 "0. 01 DI e) Cou-) c, c,,) 4- 4- 4- 4 4 4- 4- 4 4 Co,.n CoLo ,o Co,o Cou-) Co,.4, Co,o Co(o co co co corocor- r. N. 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 -a' •,.. .4: 4 E 00 co co co co co co Co Co Co Co co co Co co op co co co co Co to co Co co co co co a O 3 (0 00 (0 (0 co Co00Co00000 (0000 Co0 Co66 Co cococo co Lc • co EL C Co c.) dr Co 0) CO V" Co 1- 0 0) CO CO 0- 'V Co CD N. cot car Co Co Co "c- "V dr c- 0 (0 ".7 OVID/ CON- dr 0-. 010, 04 000N ,e- 01 (00) 001 CO C▪D 0) 0 01 0 N dr. 0.... O. M. CO O. dr. 0) dr 0) Co .- CO 0 cc> .e- ..-- 0 M. (0 0) tl) C.; c° h: vi 6 ci 04 00 0 .- h: 4 o 6 6 cri 6 6 6 6 6 ci h: 4 .,-- 6 U) 0 0 -Co o 6 u) CD N. CO Co 0 0) 0 0- s- DI CO CO dr .3 Co (0 CO N. CO 0) 0) 0 t- -- C C 0 Cr) 0 01 CO CO 01 CO 01 sr cr 4 6 ocbcom moo oco ococnoo coo co corn cp 2 z to“", cri 6 1.66 Co6 . 6. 6 6 tri 6 Lri. 6 u- ui i 6- 6 .6 6 6 6 6 6 u-i 145 Ce'D C 54 ii. 2 C'''' U) '0' 2 0 Co0)co or o ., 6 .6coC' co co Co 4 •,-- N. CO CO 4.0 dr CO CO C> Co CO 04' fcc F., ? F6- C) ,,, ,,,,, ,-- C., 0 Cr) (.0 <-- Co Co 'Cr ch Co Co 0) 01 N. VI 0 0 CO N. d" c- 0" 0 V> 0 c I ai a) 6 oi 4 h ci <4 Lc 6 .-:- 4: r-:: ,-: 4 6 <4 6 6 4 6 4 oi 4 6 cr 4), , DI 00 V' Co h CO II) s.- Cs.1 VI Co Co N. 0) 0 0 CO .(t Co S. 01 C) 0 0 00 40 .44 .4 4' di. 4' NI- dr dr Co Co CO Co Co Co Co Co Co Co CO Co Co CO N. LI C> .., O › - 0 . ,,, 1...1 = 1 ,. t O 6 Co 0 V CA c-- 0 0 0 .0 N. N. 0. 0 04 N. dr dr 0 ee- CO Co "0- Co CO .- CO CL 0-. CO ti, V) .0 " ") 0 0 0- 0-. DI dr 0 CO 0 V) CO 0 "tr. 00 V. 0" CO h. V) Co a) 0.i Co .46 e..o ,,1 cx; '4" 0 ('4 (N6 4 O Co U) 6 Co (N CO 4i c-: Co 4 4 Co Coo., C) o - .r.4 <,.., ',1 st Co Co CO N. N. CO CO 0 0 0 c.- 0 Cd M V" V" Co 0 0 N t"., 0 0 t 4 0 0 0 DI 0 0 0 0 0 CO (,) 01 (.1 01 01 CO (,) 01 Co .e CO L 4. z a ii) To' C' •- 04 CO CO M dt V) dl" 0 0 Ler .0. Ce .0- CO 00 N. CO CO (0 N. CO .0 N. N. DI 'V CO Co CO 0 1- .- 0 CC ,e c- P"." 0 40 0 0- CO d" dr. CO 0 Co 0") 0 0 01 CO 0 CO 4 F2 8 7...ei g t'oi `,•° 400 2 F.', 2 F:;. 2, 2. q g g g R g si c,6. cs; ,-.,,.. cu;,i I; ,.i ..> 0> CO 0 0 C> 0 0 c- 0 ,- 0 -- 0 0. 0 01 CO CO CO (c) CO 01 'V 't .4- NI- CM: C6' CO 'Ci -a' ,i ,t: ,i 4 ,r ,r ,t. V 2 04 4 4 4 4.. 4 4 4 4 4- 4 4. 4 co e 1:3 co es, V) V) V) dt CO dr 0 0- dr 0- 0 0 0 "t, 0 "x, 0) (0 N. Co 0 N. N. Cd dr Co O C) DI 4' 0 Co sr Ce4 0) Co "c". Co 00." CO h dr 0 tO st. dr CO 0 Co 4 Lc; N: ed 6 6 .-- c‘i oi 6 4 4 .Lc; 6 6 o, 6 6 6 6 4 4 0) Cd .- 0 Co 0 "V CO CO C) VI Co N. 0) c- CO Co N. o 6 o 0 e- 0 c- CO Co N. C) 0" CO V" o co c, o ,- ,-- ‘-k-, 7 7 N Cd DI (N cq m 4,) (+, m CO ,4 *4 <1: <Jr <I' Co Co Co 4: • g , N Co 4 o co .- o Co N. CO Co DI 0- N. DI 0> dt 0 Co Co 01 dt Co (N 0) DI CO N. 0 "e- 0- ee- c.! 6 0 (0. 1".... I",- CO CO CO 0 0 0 0 0 V". I11 CO cr. V" M CO (NI 2 (g Co at Ct "O'', Co Co Co (I) 75.i> Co Co' Co Co Co' Co Co Co Co Co Co Co Co Co Co Co "03 ...., 0 E 7.1 C ..S CL Co T..- < < cf) Co Co ,., co Co - 4' .4- Co 4' N. . 0) N. .0- (7) N. .- 0 00 0) dr Co 0 01 0) V' CD DI CO .-- (.0 0" dr 0 0 0 0- 0- dt" 0- 0 N Co 0- (0 CO C> CO DI 00 CO CO 0 6 <-.. ...-k hi oi 6 6 4 4 4 4 Co Co Co Co Co Co N. N. Co 6 6 6 6 k,--. ,- oki < co comoco 6 COCOMCOM COMCOCOM co010co co cocctect .../.. ..i. eq, 8 , .0- (5 (I) CO O4 OI gG *-- E 0 7, 03 CO 4: ▪ Co0 0 N. N. N. Z• (:),_ a, co 0) co o o o o o o o o o o o o o o 0 0 0 0 0 C> 0 0 0 0 0 0 0 0 0 C) 0 0 0 C> 0 0 0 C> 0 0 0 0 0 0 C> 0 0 0 C> 0 CD 0 0 0 6 6 6 6 6 6 6 .6 ci Lri ci Lgi d ui ci 6 O Lri c; tri ci vi ci 6 ci vi d 8 O 0 Co N. 0 0 Co N. 0 0 Co N. 0 0 Co h o 0 Co N. 0 0 Co N. C> 0 Co id 4 4 4 4. sr 4r k,... 0! 01.4, 4 4 4 01 01 m .47 °,... °) ‘4 4 4.. 4 ,r 4 4 4. 4 Co '.0.1.. 4'11 '0,r, 4 CO 0 ,r0 CO 4 .1. 0- 4-, N. 4 ... •;-: 0 to 4,,, a. fig Z5 >, „ .o a) 0 E ...-^ "4; = - 13 2: CO :7; 4Z) to ,.. O 0 • • N CO CO 0 CO N CO U) N M 0) N N oo 0) 0 0 0) co CO CO U) N CO 6) i Co CO CO CO 6) CO CO CO N CO ao CO Ca U) .- N- M 0 CO N .- CO 0 )A 0 (O .- -c Q O N M O O M 6 (O N 0 U) N O U) N 6 U) N 6 h CO Q N Q ', co O CO U) (O CO C) CO CO (O CO O CO CO (0 a) m M CO CO W 6) I N (O CO a) O CO CO W 6) 0) 6) 6) 6) O 0 0 0 O 0 O Ni CO Ca 63 F o 0 > U) co O co N CO CO co co N U) U) N 0 O) N 0 00 00 (O 0 0) Ca (O N M Q K CL O 0 0 CO .- CO N .- N CD N CO CO U) N N 0 .- N U) CO U) O N N 0 M 0 - O O O 6 O O O O O O O O O O O O O O O O O O O O U m m Z d a)m Q• 0 0 p 0 Z Z a ED_ 0) VI Y Y CO00 CO N CO M (o CO N U) O CO N U) 6) (O CO 0 0 N 0 0 W N CO CO U) N CO COQ N N O M Q h M N U) N M a) N U) U) N CO 0 N N Q O CO 0) (- N0 N 6) r CO N 0 CO CO 0 CO N- 0 CO (O N 6) N U) CO 0 h N 0 ) 6 C 6 M 6) Q 6 Q 6UO UO r N r ai 0 M O M O Q C) U N CON- 000WCO00COm 00000 tt- CV CO I@ V E UC N N 00 6) O 0)) CO 0) Ca 0 CO Q Q CE tr CO Q Q Q c v Q c v v v v v v v v v .0 6 uuUuuuU0y O 0 O O 0 O co O co O c0 co O co O co O co 0 O co O O co CO CO CO — N N m al 0) o (O O CO CO (O O O CO CO 0 CO CO O CO CO CO CO CD O CO CO O CO 0 CO CONNN cDC rp Cb OS I- td W • co .- N CO CO CO 0 N CO 0 N N N- CO CO U) CO U) CO U) O) N (A CO O co O CO N (O CO CO CO N 0 N 03 Co N U) 0 CO U) CO CO Q CO 0 U) N 0 N co .- Q CO N 0 0 Q 03 N U) O .- CO N 0 N CO (O N 6) 0 N CO U) N m M O N U) CV O N U) N O N Q 6) CO M oz; U) N CA 6 Q 6 U) N U 'O 10) C') CO CO U) CO N N (D 0) 0) 0 ,- N N CO CO U) U) CO N N CO CO 0 ON C O c (n U) M U) U) U) u) U) U) U) CO O O CO (o (O (o CO (o CO (o CO CO N N N. N- E t o 0 0 0 0 0 ,c 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0' o o ' ++ m N U? UU) UU0 UiU) U) UU41 O UUUUn UU) Uo UU) U = 3<) Ca O 6) 0 0 CO 6 0 6) 0 O CD 6) 0) ) 6) 0) 0) 0 CO a> 2 O )U ' Z ,r ui u ) N uu6 Uuv6 ui Uv) ui n vi U) uvUUn uuco m 0m• v4c ' ) 0O c U m V CX) , U) a) Co 0) N Q CO U) CO U) M CNCOCOCNN CO N O CO Q 00 Q N 0 CO N 0 CO N 0 0) M N 0 0 0 0 N 0 0 0 CO 03 N 0 CO CO CO CO O m' dV ' 1° 0) to 0 UD r cV O 6 m Q O N D N N N O 7 aQ 6 U > NNv c> co f,-. M O M COQ CO N 6) 0 N CO U) N CO 0 COM CO CO h- 0) 0 N ' O U) m re T A t- t^- N fes. N CO 00 CO CO 06 CO 00 O 6) 0) O 6) O) 0 0 0 0 0 0 0 _ 0 t co 0 N N 0 O (o U) 0 .- .- co CO N 6) N N CO O U) U) N 0 Q Q CO (O h- 0) Lt C'3 O O 0 N N N 0 0 0 6) N N (O CO N 0 CU CD U) CO N 6Cfi r) 0 I0- UO CO n Q D Q 46 UN 6 O N W (D MllC M U) M O0p,..Q _ Q3 CO CO CO UQ CO CO CO N 4' ) O O UN N CO CO IN 0 N CO : Z C COC IL- (0 CO N O co — ..-- ...- N 0 t^... N N CO 0 N N CD 0 6) 0) 0 Q CO h- t.. N CO .-^ N 0 Q CO N (f) C') c1C- 0 Q N .- CO CO CO N N 00 CO N .- 0 N • 0 N NN U) Q CV O 6) IN 6 4 N .- O NN CO Q N 6 N (O U) M N O 6) N Q <0 CO0 N CO .a $,(,. U C+) COCO O 0 N COU) N CO CO U) N N r r Q N U) N U) U) (D CO CO ((`a ((': <0 (- f- N h. N CO CO OD N W W 6) 0 0) (A 00 co Q CO Q Q CO Q Q CO CO V' V V' Q CO Yt CO CO Q Q CO CO Q Ti CO Q Q Q ! 0. • 0 a) CO U) O co ,- .- r N N 0 N N N ,, CO N ;)'> <('a O 0) O O CO (0 N ▪ (O 0 U) W CO CO N (D 0 CO N Q co tf> co (v N CO N N 0 Cff CO N- U O N CO UO) N- 6i Q C') ,- 6) of a ,i ,,r rii CO (O U) C•) N O O N U) CO COr CO U) NO 06 O N CO W t.. V/ M U) N CO 0 0 NI- 0''. U) (0 CO CO CO CO CO N N N N N co )1 a6 0 m CCi 0 m O 6)Q Q Q Q CO Q Q 0 0 0 Q Q COQ Q Q COQ COQ s Q -r •s ^a Q COQ Q Q Q uS u) u) N � N , CO CO CO N N CO CO N CO N 41N CO CO CO CO U) CO CO CO U) CO O NCO N N N N N N CO M CO QV CD N OD 00 0 0) 0 0 0 0 _ T- V) U) U) U) U) U) 6 U) U) U) U) N U) U) U) N U) U) (o (O CD O CD (0 CO O (O (O L co co co co CO O c0 (O CO c0 (.D (O O O CO O (O O CO (0 CO CO CO <O CO (O CO 0.4.4 E d .R.. co Q � Y M n M MCO UN) N (? CO N NN O CO NM O M N NM O N CO N 4 W (UD CO NO Q N N N N N N N N N N N CV N CV N of N N CV N N N N N CV N N CO Q Q CO CO CO CO CO Q CO CO CO Q Q Q CO CO CO CO CO CO CO CO CO Q Q CO (6 U T ) 6 m N N C • m m a d ann m N O ` NN N Z d d CO m cU 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U) O U) O N O U) O U) O N O U) O U) O U) O U) O U) O U) O U) O U) , O N 0 N U) N 0 N U) N O N U) N 0 N N N 0 N N N 0 N U) N 0 N Q N co co co CO 0) 0) 0) 6) 0 0 0 O . - N NCO CO CO ( N ID 0 Q Q Q Q Q Q Q Q Q Cn U) 6- u) u)- .-Cn w 6 u).- N N COM COM COM h u) u) 6U) (n (n 6- 60 C y 3 (0 o c >... (.° co U• a 2n 3 3 0 (n I 0 N ... r LO C C to r CO C N M N. M N N• N_ ... CS) N 1 I,- M CO c0 f0 0 V'M CO N N N N N CO C 0 N Or (N 0 CO B O N C O r V N C(f N m CO M O n C 77 CO N M O h- (O N O ti C i M C c0 UJ 0) M C (0 N O) CO OO 0 CO O CO CO r CO 0 N M N IN C N N N N N M M M M M M C C C C V' u) CO CO U) u) tO CO CO 0 CO CO i CO U r r r r r x- r r r r r r r r r r r r r r r r r r r r r I V, M 0 1 O (n co 0 _ a co co co C0 _N N. N N CO cO N. 1`-- O 0() O N r M C 4) CO (N N N. N d M M O1 O M r M O) N. C r CO M CO O t0 M N r M M r C N V) tO O O O r O O O O O O O O O O O O O O O O O O O O O O I CO CO Z ' Q (o0 M N f o 0 O O 0 .Q .o o in c N N Z z a N N 3 .Y O O l6 C N N r CA N N. t0 C CO CO N. O N. N O CO 0 M O) C V' N N. CO C V'ui Q O C') t0 Ln M N N N N 7 CO C) N N. O) C0 O N C O N C N 0) C0 sr, co N N. M 0) N N O) CO CO r CO c0 C M N N N N N M CO C NO U) CO N. ti U O Uci N N N M 0) '( O N N h M 0) 6 r N- M O U) N• M O U N, Y j co N. 0) O N CO t0 CO CO O M V' N N O) N C CO N. O) O N M )O N. N a0 p0 EC r r r N N N N N N M M M CO M M M C C C C C C N CO UO 0 0CO u) u) (c) CO Cn UA U) CO 1.6 (0 N u N CO U) u) L6 U) N 6 N CO u) CO Ct) m E cL = t0 co co N (O CO N c0 CO CO N CO CO CO CO N CO N CO t0 CO CO (O N CO t0 CO c ) (0 m Co N N N (a . . Uo U m (o N N N N N Uo (fl m m N (o . . cc,N N N '1) 01 00 C3, NI' C 0 04 CO O • CD O m N 6) n � M UO O N Nas M N 0 N U) N. O M n N _ C CO O) C N UO _ M (0 O) C N. O C h- y e)) r C N co M O ti CO N O) N C N (0 M O N- C N O) CO CN U p) <V M C CO 6 co N CO N O) O O r N CO M [t (0 CO CO N N N O) O r C c .-. h- IN N. N. N N N. N. N. N N N N CO N OO OD N CO CO N OD N N 0) O) O) ._ �-' 6 C) O O O O O O O O O O O O O O O O O O O O O O O O O F. t L 4d.. (U zf) 0 to CO CO OS CO Cn CO CO CO Ci) CO N CO CO CO CO CO tO C!) OO Cn N CO 4) C) t d ._.. 0, Oa OP 0) OA O 0) 04 0) 0) m O7 0) CA a1 0) O) CD 0) CD O) CO O) O 0) 0) 0) d j Z ,f OC) N U() N to U) v. Cn u On C-i- C() O() Cn C3) C() L Cn VJ Cf) U) Cn C1') OC) Oc) C() c U O R N = y U R U C — <0 (0 O 0) O O (O CO N IN OC N O) 0) C O CO N O M uiC 2d U 4' MC5) U) M O O) h O V' Nr O O O O O M (4) N. O) M N N O v d COQ- 0 6 <t> ,-- N.. 6 C)) C O co N CC O co N N C O (O N co C IN: M A (0 O 4wo 0 U V u) 1'+, t? co — M O N N O) r CO C CO S. O) r Cy C uN. CD C) N M O • t°tiO ",- - r c•-• N N N N N N N CO CO M M CO. COC C C C C C SO N (A CO ,,O 0 � z- - - - - r r r r r .= r r '- rr r r r r r r r C... r r } m I Q O co ") CO OC) 1'-- <3 N 0> O CO C OO VS N O O) O) O N C N. 0 C 77 CO OC) C. N O 0) CO r, cS) QD 4> V C M N O 0) CO CO In C M N N ". O O U) O h r) O P.... w7- - 0) 6 N O) a) M O N c'i CO, N C N Un N 0) N 6 O 1 CC . CO u) N N i, l', i4' ,0 u) Ca c(>. OO (0) CO N (CO CO N CO CO CO CO CO CO N. ON N. NN. N. CO N tO L Z (0 C CO r N OS O O 0) C') N , O) N S...... CO CO N. C CO N. M O r CO M r 0) M O CO O r r N <.}N ('") VV M M N r 0) N. CO N O N. C r N U) N N. u) M N O N CO V ha 4 OU (c) C CV O N OO M O N- C N O N- 6 CO N O N C N N CO r) Ct> f,., a? c7 N •1' CO N O) CO C N CO O N co CO (I) r r ''. O) O O O O O O r .- — ^' +- CO N N N N N CO CO CO CO CO C C C C `: .. "' - ur u) O� in u) Cn v) Cn u) Cn v) � (n (n u) 11.!0CO 0 I co N u) O O C) CO N CO O) N i- >O ,.;) h- V" CO h CO CO CO M 1 , M N. O N C UO CO (0 N. N. N- N a) 1",... t»�. C_) O(') M.. r O) (0 V: r CO u) N O) C NCA N- an M O) N In vi Ch C' u"> C") - C0 c0 C N O N• ui M O N N O M N N O) O N C UO N O> - r> C) IN CO O N C N N. 0)V C M ' O O N N N N N N C) 0) M C") N) C V C C CO UO r r 'r r r r „� (O Cn u) CO U) (O u) CO 6 N 6 N CO N OO {O U_; 6 6 u).. (O N (O CO N CO (0 hum _. • M CO 1 CO N u) (0 (O CO N. N N N N CO (0 O N h CO u) CO O) 0) N. C C • .. N N N CO CO CO CO CO C u) UO N N- N• CO N CO N CO N n N; N ti i 03 co co N (0 CO (D6 co O co (O CO CO. (0 (O N (0 co (O N W N (0 co N CO i i .O+ CO CO CO (0 N N CO N CO CO (.0 0 CO CO N UO CO CO UO CO N 0 CO CO c0 co (0 1 N I U) N <1 d Y C4 O V' 0 N UO N O C UO N CO 0 CO CO u) M M O O) N. CO N. O Q NCO O M N (0 N N O) n N CO O O O M C u) N N- N N 0300000 -J (N N M M M M M 6 6 6 6 6 C C C C C C C C C C C C CO C N C C C C v C v C v v C C C C a C C C v v v C v <t V• C C 0 � rs U) 0 N 01 = • U @ CO , .G .a 00 N N. O 2 m N N N Z a_ O di co co O O O O O O O O O O O O O O O O O O O O O O O O O O O z 00 00000 00000 00000 O O O O O 00000 Q O () O N O UO O CO O 6 O u) O CO O u) O N O U) O u) O u) O OO O I O u) N. O N UO IN O N u) N. O N N N. O N UO IN O N UO N O N u) N. O a C C UO CO 4) (O (0 N CO CO N r N- CO CO CO UD CA CO CO 0 O O O 0 f] ."' u) Cn u) u} t() (0 N u) tO N (n tO UO tO N tO N (O u) CO CO u) (0 (0 (0 <0 <0 0 . . (n a.(,, O 0 s. E • O +�+ d 4) Off) 5- 417, U O. o3S' 'S 0 I co 0milk ! ! r r r _ 7 COr M h h N cc',/ CO COh 'Ci.; N m N- rn N- a 'pi.' O O CO N CO CO CO O ;CI.' O c- a 6cM Na; a' O6 C) O U N N O h a N 6) (O a '- rn O N a CO h 0/ N a (O O rn M U) CO CO O N Cr') U) h CO O N a N. COI CO CO CO CO CO O CO rn 0.) 0) CD CD O O O O O O r r r 6. N NN• N co O (i) • a U) h a O M CO h M O CO CO a N CO U) h O CO 0) O 10 a CO 4Q. N N a CO CO a CO N. 0 CO a O N CO M m a h CO a U) N CO U) h 0 W W U O O O , p O O r O O O O O O r O r O O O O O O O O 66 U O O 7 = 4: '''0:;4 O 0▪ 0 0 a O o .12 CO N CC Z z a 2 N N 3 O O CO CO(NQ N a CO CO CO N (0 a rn M N CO O CO U) M CO h r a CO a a = Q 01 CO U1 0) 00 IN 01rr IN h CO CO 0) CO COO h (0 O COO CO CO(O h CO(O CO CO CO CO CO h CO 0 h M 0 U) n C) Oi U) h 6 6 U) r h Ci of U) h M Oi U) r h Ci h Y NvV a CO O M UCO CO rn - `c.c..' a O h Z. m N a g h rn O N M U '<1- O O t• r3 QC UN UU] U) U) 1. 1. U) U) U) U) U) Ui U) U) U) U) U U) UD UUUuO3COto (0WOcOCOcO (0OCN 2 COO COo COO COO co to co( cococ (o CO COco CO (0cCO co co Co CD) 7. Nes1 OS CO I- �W W O 0) M CO 0) 0 a M N a O a a M U) N CO N r CO CO IN a M C') N- N CO a N (O rn M CO CD U) U) h N O h a N CO N CO CO U) U) N- O O a h ra h O a h O a O N O rO rO N CO CO 0 a O CO N co C) CO M O N N N O h a N 6) co a a-- rn cO V f O) O aO h a N m r U ii m Nm a a U) CO N. IN CO 0) m o r N N M a CO h CO CO 0) O r c o i t c m m rn rno o P o 0 0 0 0 0 0 0 0 0 _ - e 0 0 a) m a) a) m 0) m 9 9 0,0 0 0 0 0 0 0 0 t t to ,n o' U) U) N N 0 U) UN N U) U) UUUU) UUU6 UN N UUU ci ) co m m m CD m Ch CD 0) 0) m m 0) m m m CO CO CO 0 m m m m mi Z L.0 r> U) UvU) U) =r; UuUUi N U) uULo" Lo" N Ui n U) (n ) vUCD 42 1. 1. d L R C) 'O c ti v A 'CS C U Ga a�. G CO M O O a O N N CO N m U) N a N h CO O 0) N V' th m O N a U) CO h 0) O r N M U) CO m N a CO h 0) O N M CO A C' 0 ,). C> ' C') 6 U) h6 O CO N CO a O O M 6 U) r h a O CO N " 0 L d r W ti; cu U y r, a O c[[:-.‘C M UCO CO Oh r r-/ h CO CO g.."' r M a oO (h rnD rn N a CO ti, m U D „ — ...1.c.- r r r r .- r r r r r r r .- r r r r r r r r IX t tateH 3 2 2 N 0 DJ a t o en 0 xC) CC) N CO C) N 92 m M CO 0) m N CO m r Mi OaOr CO 0 O CO O m CO CO 0) m O O M a CO a, 10 N. O) N CO .0- Cl_ 0 - C UlV C N (`i dD U) N6i CO C) ' W U) N 6) r a' LL C0 0 D0 IC CC) t. tom.. O 0 (C O -- N N M a a U) co IN h CO m m O N m U z CD C i 0 rn h co V' o a a Ct) co O o P h o rn 6 co co CO NONNO m 0) .- CO U) N O O U) M r n co ,-1 N m h CO O O r IN a r Imo. a r IN a I C) (+) o CO (O a O) N: Cn N G) 0 C(i C') O) I). V' of Oi I- U) N O N U) C') C- m O N a CO h m M <0 O O N CO U) h 0) O N a Co CO rn M I a 4 U) U) N U) U) U) CO C 1 �,C CO (0 to N-' t'-' h N- h CO CO CO CO O co rn m 1 0, Cn EU) U) U) U) N U') U) U) N (Y) 4C +s> U) u'b to 0 U) U) U) U) U) U) U) U) U) U) N 1 (L m 0) h O a O a a O N O M O N- _ m n 0 x:N CO_ N O N- N O 0) m U) Co O a N 0) h U) M O O CO M r... ,t- 0 (C CO U) CO U) CO a (O M r 6IUa N O CD O C7 6 „.h 4 4`.1 N• C) N O CO UC') 0:5 1 UN UCO (0 CO CO CO CO h h ha COO h N- CO m Cx'< O O O N M rn h m O f , E- v) u) u) (n (6 u) 1.6 (n n U) v) u) n un 6 + , . 1 m N rn a O M CO O CO N 0) CO U) Sr O rn N CO m CO N U) r N CO CO O 0 CO h h CO U) 0 U) a a N N N o O 0 m 0) rn O CO N- CO LD O CO O O O O O O O O O O O O O O O CO U) O CO CO CO CO CO U) CO E CC ° a. D v t CO .N 1 Y 1 t6 co a U) co C a CO CO N m a O O N CO 0 U) O IN N m O rn M 1 O m O h CO CO h V' CO CO h CO h h O O N a M r O Of O r O O CO 1 Q d' V' U) a a C' a a V' a a a' a a Ui a' U) «) U) N U) a' U1 U) a U) a' I a a a a a a V' a a a a' a a a a a a a a a a V' a a a a a 1 W I U T ( m N N - = i N Nm m C.- a • v CO h N. N 1 O 2 co N N N z ° ° c° m m0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q 0 o a o 0 0 0 0 0 0 0 0 0 0 P o 0 0 0 0 0 0 0 0 0 0 tri o U) 0 u) o U) o U) o Ui o U) o Ui o U) o tri o U) 0 U) o vi 0 U) O a ,--= 2 N Uh O N UN- O N Uh O N U) h O N Uh O N Uh O N Uh r r .- N N N N CO M M M a a a U) UN UCO CO CO N- N. lc-o w O CO O O CO 0 (0 CD 0 O O O CO- O CO- O O O O O O O O O O O O A c m T (0R ., T .0 0 ^ E ° CO to +. m o NC • 0 MI 0) CO L- 03 CV 01 00 r- 0 0 0-- (C L-- 0 CO CO U) N- 1"-- 0 0 0 M N CO u) h ° L- 01 0, 6 r-. r., co co (6, co 6 4, C\I CA r- 0 04 0 CO GO -0- CV 0 CO 13 M U) C4 6 N.: 4 ,c, s. 0, ,... N v. zz, oi:?.. .6,) A cc's>, 4 <2; g s..., 4 <9; 1,4 (7, c<;• g .0: C7., 4 (.0; CO 20, _ "s N CV CV N C7) 6 cn r) co cn 4 4 4 4 4 4 U) U) U) U) U) 6 0:1 O ,-.• CV- 0 0. 0 N C4 01 (s c4 c-s c-s csi CV N 0 CV N 0 CV 0./ CV C4 CV 0 Cri 0 0 L-- 0 V CO 0 0 CI a co co a 0_ 8 ,,,, 8 8 .<,- CO a> co co o 6 CID OD CO CO CV 1', 1---- 0 N 04 4- CO r--- U) LO r- r-- ,.c.) 4 to 6 a) o a) M 01 .- 0 L- 0 (N, a) a) co (CU) N. ,-- 4 04 6 cv N 2 CL 6 6 6 6 6 6 6 6 ..- o 6 6 6 6 6 6 .(-. o 6 6 6 6 0 co ooZ — — a < U) ee2 3 = 0 0 _0 .0 .3 03 E.) mra . . 2 2, CU I' 0 " 0) U) CV U) 01 LO CO 0 U) CV U) 0 01 0 CV U) CV U) C> 0) r- 0 U)) C)) 01 0 0N 0 0) U)0 00 CO 01 00 CO GO N- 1,-. CO a> CO tO at CV 0 -r- a- 0 0 0) 0) 0 0 7 --.< 01 0,- CV CO N- N- (...) ' 0) Lc; 1,:. 6 6 4 o 6 <- N.: ei 6 4 ai U) 6 6 (-- N. A 6 6 6 4 ci U) N. 0)0 0 C) o 4 6 Y (.1 0 @ E 6 ..-- a) U) 6 co a) <-. cn N.- CV CO 0-- CO r- 01 0 a> 0- r- CV 52).,_.• 0 0 0 0 0 0 r- r-- tr- rt- .-- 1- N CV CV N CV 01 CO 01 M CO 01 01 M 0 0 (L « 6 6 6 co 6 6 co co 6 CL E 6 (6 6- 6 <6 6 (6 6 6 6 6 6 6 6 6 6 6 6 <6 6- 6- 6 6- (6 6 6 . 0) (0 co co co co a) (6 a) co 6. a) a) 6 6 a> a) a) co a) ..- t•-. N- a, ,– 2 0 . = o o co co co o co o COCOMMO C.0 c.0 c.0 O D CO C t) (9 C 9 C 0 CO C 0 C 0 CO GO 01 N 0 C .> t t t.... .- CD al 5 33 CO 1- 2 Lll N- -0 N- 00 ,-- CO 00 0 0- C) C) .-- 0 U) N- 01 0) CO 01 M r- 0 N- a- 0 0) 0- CD 01 0 CO CV U) M CO 0 r- 0 CO GO 0 0 (C) CD N- U) o U) 0) ,-. sr NI- (NI t.... ,t. <- O.. V) 0 CO N CO vt, 0 0 0, LO 0 0 01 CO 0- r- CO 0 •I: 0) t0 I,- ,- cr -6 1- U) A 6 6 6 6 6 oo a) 6 (-- CO 6 6 6 6 U) vi 6 (a U) A 6 N.: U) A C) -6 01 6 6 4 6 U) co I,- CO CO 0 0 r- r- 01 CO 0 0 0 CO N- 1,- CO a) <a o .-- CV C c ,......„ r- L- c- .1- N.- e- a- 1- 1- 1.- (N 01 01 01 CV 01 01 N 01 CV CV (N CV 0) V) CO CO 0 2 0 U) U)U)U) U) Cu a, 0 0.4 GO 0 0 U) U) U) U) U) U) U) U) 0 U) U) GOU) LO U) U) U) GO 't C r 0 0.) a., a) a) a> a) a, a a> a, a> a, c, a, a, a) a> C) a> a> a) a, a> a) a, o> 0 2 z° --- Lo La in 1.6 U) (3 1.) .6 6 U) U) 6 U) U) U) 6 U) 6 6 U) (C) U) U) 6 U) U) U)c ; () 0; C :(1:?, fL7, 2Ef. 6 0) CV 0 U) 0 01 0 U) 04 U) 0 N c..0 0-- GO CO CO 0) CO C) CO 6 6 c() 0) (5) .1 0 4 (1) 0 U) 0 LO 4 CO NO 00 co cn c) N- CO 0) U) 0.1 C) U) CV CO U) L- OD ; g ,..‘C 1) i <3 *a; aa ,1 C.:, 6 A 6 4 o 6 (N6 U) a) U) .- 6 (N6 6 co 4 6 6 7-- N-: 6 6 6 6 4 U) N- CO 0 CV CO U) (10 CO 0 r-- CO V CO 0- 0) 0 N -0 LO 0- CO 0 r. 01 CV N N N 0/ M CO CO CO CO CO 0" 0 II 0 f ,-.4 ,-.4 ,, N C4 C4 0 0 0 N 0 CV- (N- 0 0 N 0 CV CV 04- 0 N ai <N2 0 8 ,1 3 z z (r) ca w a i i t , 0 ..r_ (,) . (0 0 va a Lo .co ‘.-- N.-- CO .q CO 0 ,- C) 0 CV r- a- n- CD CD U) a) ...- 1 0 N 0 CO r- -1 t 0 r- er cp, 1.--. CD 0 N 0) CO 4 0 a) 0- a) 0) CO 0 0 r- (j) 0) cci C') C CC 0 Ct CC t -a v- oo ui O 6 N.: 4 <.- CO U) c‘i 0 M M L-- M L6 i t'l'i CC?) 0r tY) '0 TA 0 C01 0 8.', 888 28 `c';' 88 882188 0" ° (" 7: 1 ›... IL a) to ,v go, CO L z t seo,„ = . 0, • t'' . 03 : c N LL ,N <0 — N. M L- .- cl, Lo o-, N 0 “, T- N- cO 04 CO M T- .1. 0 0, .,-- P.-- `,:t 01 CD 10 0 N 0 00 GO 0 'V: vt ^I' ,4" 0 0 0- 0 L-- CO 0 CO I,- 01 r- N 4 CO 0 U) g g GSt C'Cl 'Cr'); L% U) Ly)'., 7 .' '.',..i. ',..`...,` cl. '',.-L C) c' 'in' rt <ci C) °A 4 gpi goi c'S 0) ).- Q., C) a) co 0 0 0 0 0 CD - - )- , ,-- tN 'r"; 01 CV N N 'C''; M CO 0) CO St ' ! 0) o --- 0 0 0 <CU) 6 (.6 6 a> 6 6 6 6 6 6 6 (CU) 6- co (CU) a) 6 6 6 6 i co , CI- -• a 1 ! 0.1 (f) L- N.. CO r- 1- 03, U) CO (N 0) 0 r - cr) 04 0 CO L- 0 0) CO L-- N- 0 CV c) cO 7 CO (0 •ch 04 C> 0) CO CO CO CO O., L) -- 0 LO tr. C)) 0 .- CO U) CO U) 0 0 4 01 0 0- U) 0) 7:' 03 M 4 N 6 6 6 ,,,, 6 ., 6 : 6 4 A 6 6 CC U) {.1 NI' CO 0- 0) 1- 01 U) (0 CO 0 01 4- u") 0- 0 ,-.. r," vr '.0 0 0 CV 0 U) 0-- CD cr 0 0 C> 0 r- L- L- r-- 1- 01 N N N CV N LO 0) 0) CO (') St 4 StSt St 0 O 4- (6 6 4,' 41. <a 6- <CCC (CU) 6 (CU) (0 0 0 0 (CU) C 9 C 0 C6 (CU) Cii > ¢O 1- = 1 8 8 2 8 8 8 8' 8 U) 1 8 2 8 8 8' 8 U) (St (CC)) 8' U) (N g" ,:' .1 U) ) _ 88888888 88888 88888 888 (.08 88881 : (088, 8 88888 88888 88888 88888 888 8, i 1 .... . E I . 74 C..... i p._ 0 ea 7:s < Y 0 U) 0/ CV a) CO 0) 0- U) CO r- 01 r-- 0- 0 U) CI 0 Ch CO CV 0 CV CO U) 00 N- CO < CC) 0- CO (0 I,- LC) 0 CO N N 01 0) oc) co co ,t. N N N V' CD M 0 0 CO CO CO 4 4 4 4 4 0 0 4 '4 4 CO ,..,5 6 c6 ri ei vi ri vi oi O O O O O O 4-5 < s- St sr. .4- St sr .4- -a- sr .4- St sr -sr sr v-4- -sr .4- St sr .4- .4- sr St sr -4- st ! co C CO I CU) <'( (N ..CS' E ar 2, < 0 0_ C. 3- 00 f CC s- s- s... a 2 ca c'''' i 2 z a- a. cO al all 00000000 00000 00000 00000 0000 • cx 0 0 o o o o o 0 o 0 0 o o o o 0 0 o o o 0 o o 0000 C) 6 6 U) 6 U) 6 U) 6 U) 6 U) 6 U) 6 U) 6 U) 6 6 6 U) 6 U) 6 U) 6 8 O N U) N- 0 N U) N- 0 04 GC) t-- 0 N U) 1,- 0 CV U) N. 0 CV U) Nr- C) N U) CV COCO CO 00 0) 0 C) CO C> 0 0 0 a- L- L- v- 01 CV CV CV CO 01 CO CO N. 0 0 0- a - ,,,, co 6 co 6 (.6 6 to N.: r- r.: NS N-: N.: N.: N-: (•.:- N. N-- N- N.: r--: P.-. N.: r..-- hr 0-- e-.! t's 0 c- ..0...) .5-, iti 2 0 C 05 '' 0. g 8 •=' >,, .0 SD 0 E .--, .6 = = .z„- ?..' CO , 1-• C) I to 1 ,- • 0 , _ _ • _ _ (0 0) N CO CO O O U) O h U) N. U) N U) CO O) N O h N N (0 CO CO O CO U) c- N. M CP N' CO V CO N CO O CO CO CP M CO to O (0 O c- U U) N O U) N N) U) N CO U) CO 4 N- V' O (0 N N) 6 W N' O .O M ) O M 'N O O O h M N. UhO Ch Oh W M NW O O O N V O h 0)) P ON O jCn N N N N N N N N N N N N N N CV N N N N N N N N N M CO CO _ O j U7 CO ! 0. CO N. N) M O O d• O 0 0) U) co U•) O CP O N' U) 0 0 N. CP N N. W j EL- N O N r U) CO 0 N 7 U) N 0 N CO CO r N CO N V N CO CO N CO V' CO 7 1 W W P O 6 O O O O O O O .- O 6 O 6 O O O O .- O ,- O O O O 0 0 r# Z Z = d t) w N N 5 3 .0o a 0 o o ta caQ O Z Z cc CI- 11.' N N 7 Y 3 7 N O O 0 M O W CN M h 1. O O 0 N CO O 0 0 Z CO N N 0) O U 0 V' N N CO 0 O CO O N CO M N M ;D6 M N h ) N) M co O .- M O D CO O CP O O ' N N N M M N. N. 0t N. Y N' U(O N. O M O MM oCU (O N. OUOC)N N7 Lou) N. U0U) O0 M N'O To.' N. 6) U) NMO N © E N N NQ U) U) U) U) O U) U) [0 0 D O O co h h h h h h h co co co _- gUO OCDOUC (O UOOOOUO OOCO CD (0 UOOt0COCO COUOOWW O NmtiN N ,E 2 NO co co O O 0 CoOOtOU CDOCDUOO OOOUO CDOOU0 O CU3O 00000 UOOOOO 00000 OO0COO 00000 Oi N N C a I , 1i (f CO CO 0 N' CO CO O) M h O CO N V V' CO CO N V' CO N. CO O M O O 0 h C 0 N' 0 U) CO N 0 0) 0 CO O 0 M U) CN O 0 CO N CO 0 Cri CO CO CO - CO U) N _ O N U) N N) N V' CO CO O N CO CO N N' st M N N) h N' r- 6 (D M O h V' N N) O M6 CC U) N N) h V' W U) Na) (D U d A , N- CO V- UN CO N. CO CO C) 0 0 r N M M VUN CO IN CO CO 0) 0 0 U)CC C UM M M C`7 M ca M M ) VVVVVV' N V C VVVVVU) U) LW4 r2 ,2 U) UU) UU) Uh h UUU) UU7 UUUt0 UUUUuN UU ! y ) 0) 0) O) N) 0) O O) 0) 0) 0) 0) 0) 0) CO OO) O N) O 6) O) N) O CP 0) O !cs ' 0 to tri 1. N to tri ui ui to LS Ui ui to tri u) vi ui tD uS ui 6; tti tri tri tri U) p E A II C H U U i~ r. 7 N u CO CO) O U) CoOco N UO) 0 h 'P O O CO OM LO NN CO CO N N' U) O Q, d 0 N ( '`+ it, CD rz) 0) r N V' U0 N- CO O N M N CO CD O N N V'tsi N h CO O .- M : V ♦a) cc T (9 : N ^:t N 'V' N U) U) U) U) t0 U) O CO CO CO CO CO O h h IN h IN P. CO N CO ' UO �. , U ^ tV N ct <v CV �:'N N N N N N N N N N N N N N N N N N N N N N 1 i i t 0 O to 0) CU N' -r N 0):CO CO C'? CP h (O O h N. h 0 M V co N' N) (D Q .- O 0) 0) "0 U) N' CO 7 CO h CO U) N' CO N r O CO CO CO O h CO 0 CD N N) U) r'! 6 ',V m CC 4� 'E' -- N N' O 6 N O) UD C'') O U M O CO M 6S C N N M V' N (0 h t.� co CS) N) O .- N C) M N U) U) CO N. CO CN 0) CS) r '"" -- T' •- '- N N N N N N N N N N N N N N N 00 Z Z CZ C CP N co O h 0) V' "='N C) N M CO U) 0 (0 U) O U) CO CP N' CO_ N .- N O IN O N U) h O N' CO N CG) 0 O N h CO CO h h N' CO UN 0) i N- CO N N O O) h u) N N .,- 6 tD (O U) 6 N6 O) of O U) 7 (N . O O M U) N. N) c- N N' CO CO 0 N C+) U) NM U) CO O O N V CO (O O .- (I.)N' R N' V- U) U) U) U) U) ft <,O r0 N) 'C .). N. h N. N.COC ) CO C) CO CO 0) C) Of co eO CO W O CO- O O (O CO r,O tta rD (C) C0 C !9 O co O U) CO c0 CO Cp O O CO es 3 f- 1 0) N CO O N. 0) V' N UO N M 0 C 0 so sr, CC, ..o co N) N' CO N N CO E N' (D C) N' CO N CO O U) O Ura O UD C- M. 0 t0 CO U) N N) 0 CO II M N) h 0 V' N O) W CO U) C'") N C) (5a C. ti) Nff C) N O CP QO (O U) NMN' ocoO N N' UN. O co U) 7'. rC ) N Nr0 O O M N h OU) U ) ) U (O O UO D N. C "^� aCco a; coO C P 0 -e- O D D CO CD O UO CO O CO O CO CO CO 0) D +0 (0 "0 t0 CO CO CO O (0 CO (0 C. I 0) U) h CO O V- CO ') NCO U) N. CO N U) N 0 CO N' M 0 0 M 0 U) 1 0) O O O O O _ _ O O) CO CO h (0 C0 CO CO CO N _O) O N CO N N. 6 UO (O O CO (O 6 U CO UD U) U) U) U) U) U) U) U) U) U) U) UD UO CO 6 (O CO L (0 O O O UO UO O UO O O O CD UO UO (O CO UO (o co UO co O (O UD O U0 (O 7 0. C in •N Q Q Y (n M CP UO M CP h CO LOe� 0 M N O O M CO N N N' CO O O U) O N J M O .- CS) h h CO U) tO N N M r- O CO CP O h 0) U) (D CO U) U) N d M CO CO M N N N N N N N N N N N N N V 44444 444-44 444 N' N' 44 N' N' N' N' N' N' N' N' N' U T 1 0 02 N N 1 a) _ a s .0 -0• O h n N I O ` OD N N N c Z a. d. {O m m I 0 O O O O O O O O O O O O O O O O O O O O O O O O O O Q O O O O O O O O O O O O O O O O O P O O O O O O O O O In O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) O U) ! O N. V O N Uh 0 N U) h 0 N U) N. O N Uh 0 N U) h 0 N Uh0 N N. N. CVg N' UU) UUO (O 0 ( N. CO ( CO CO ) O O 0 0 0 O U) .- E. N. Nh h h h N. h h h h h h h h N. h h N. h co N D D q iT L r 1 0 c to a• y q• . U) bO U0. in33a 0 I ti C) .- to n V V rCO N N O V n co co co N CO n CO V uco n ON V C1 O co 00 0 f - N r7 O 0 0 0) O n (0 a tat CnC) OnO CON OM (e N N O O CM UN) 0W On MM V N CO ti CO c0 VV DO nO 3 O co O N- N N N N N N CO CO CO CO CO CO CO V V V V V m G ° M M M M M M M co' M M 6 M M M M M M M M M M M M M co- M M ti tl u 00 .E 0 (n COQ. O U) n CO CO CO CO U) U) n N CO N CD V 0 CD 0 CD 0 CP U) CD U) CO 7 CO n CO N M CO N CO CO CO CO V N N U) O CO CO N O) U) I a..) O r- W W Co r- O o O o 0 0 0 o r- o o O o . O r-- o O o r- O o 4 0 co co Z rn m d • T N d 00 a aQ 0 o Z Z a -- I'. N N 2 "g , D CCC ett N O N CO CO N n O V N CO 0) N (fl 0 W 0 N 014.0 V O n (D 0) (0 0 1 V V Q N U) CO N 7 V CO U) n CO 7 7 n N 0) CO N 0) CO CO 0 7 N V CO V M M M CO C) V V V V V U) C+) V R M M M N 0 0) Cb m n WV- CO U1 r V • ,- CL) CO r- CO to 6 (O 4 60 0 (D o a> O U) o U7 0 n C�'� Y u) (O CO O) N V U) n CO O CO V CD n M U 0) C) N U) C.0 CT D CO N VI N V G` E Co j C tt) (0 CO CO 0) 0) O) 0) 0) 0) 0 0 O O 0 0 0 .- r- r- r- r- r- r' N N N , CC .'K co CD CO co- co CD Co CO CD CD n n n n n n n n n n n n n n n n N- 1 C6 Q Q E N 0 CO CO CO CO CO CD CO CO t0 CO CD co co co O 0 Co 0 (O CO CO CO CO CD Co CO 74 t". 1.33 3 c M to .0 0 (0 CO CD CO co CD co Co c0 CO CO CO co CO CO CO CO CO to CD CO CO CO CO CO co 5 O7 co 1- : W 0 V U) N U) N 0) 01 N CO Cl) 0 CO U) CO N U) CO CO CO CO O CO CO CO U) n I V CO n 0) (D CO 0) 7 N N 0 0) CO n CD V O CO CO N N- r- N CO 0 0) CO 0) CD CO 0 N- CO 0 CO N CO CO O) V 0) V01 CO n r- V CC) 7 CO co n co Ca 0 (0 (0 O co M O CO M 0) t0 Ni 0) U) N CO CO N V O n M 0) U) CO3) ,E C% CC N CO V U) U7 CO N- n CO CO 0) O 0 N N CO V V' Co (0 CO n n N 0) 0 0 .- 'U) U) u) U) CO u) UO U) '°.. CO to (0 O. O O O CO CO CO CD ( o W CO O o mo .0 = 4. r 4. .4 4 4 4 4 4 <- .- d '06 ..4.). o UU) U) LC) U) Co U) U) D ) UUU) UU (C) U) U) U) UU) UU) U) .cu+ .^ cr, 0) o) 0) o 33 0) 0) CD 0) O 0) 0) 0) 0) 0) 0) 0) 0) 0) CD 0) 0) 0) CD o) CD 01 2 ..M to to U) U) U) N U) U) Cn U) U) CC) toN U) U) N U) U) N N 6 U) 6. U) U) UJ c C cl,, ro CUO C tU U -4 C() C ii ca v0 '- Pr0M N CO V CCCO n CD CO n 0) CO 0 N N UV CO CO n 0) E C N * CM? 0M N Sr O N' 0 rN V Uco N co 0) Or r- - N N N N Nr Q " 6 V O V A V N U) O U) O U) O UO Dr D - CO 0 rCO ° � � U � z4 - 0d CV CO n co co Or CO 0 0 o 0 N CO U) CO N 0) N V �y2A cc) as CO 0, u) 0, 0) w 0, 0 0 0 0 0 0 0 � � r- .- <-- � � N N N -,..ii a6 C` V N 04 SN V N N N M M M- C) C) M C) M M M M M Ch C) M CO- M i N O }} 0 oCo CO VM r- C".! ,, C (`C 0) V0 V CO 0) V CO CO U) N U) U) V CO n V 0 Q. 03 C) tL t:a ,). I'� d CO to CO .- CO U) CO CO O) 0 r- N N N N .- 0 0) N' Q) (0 N 0) 6 CV W ofr- C') D) CO N CO V O O CO O) to n co O) U) O co co N0 c1 to ua to (L) n W CO 0) 0 0 N CO CO V V LO CO CO Ct M M CO CO C) f+) M 0. 0 C" ('C) M M M0 V V V V v V V 'a V V V V Cl) m c O CO 0 V CO V CT N C Cr) 4 CY) CO CO N CD CO CO U) 0 CO O to LL.. n CD to co N O O co U) <;" C'd CS CD O) N CO n CO CO 0) 0 0 0 r M V ' n Co U) V M N O Oi CC n to tt, Tr. N -- 6 0) 6 n CO U) U) V C) N 4 O x- CO U) CO CO C'") - CO U) n 0) r- CO cb OM) 00) On) O) 0 O O O 0 , SrV ,- CO C4 NN N N N N CO CO CO CO CO V V 10) � Co CD CO CO n n n n n r i- - r- r- t� r...- N. n rS N� n is R Ir 1� n r I eLMI o ca o OD co O ..Ti- CO V 0) U) 0) U) V CO 0 CO 'V C)) CO W U) O CO CO U) r- 0 0) N- CO V N 0 0) CO CO U) V Sr c'+) N CV v.: C,1 N CO V V d. N n co C) N O 0) CC) n CO Cn C) N .4 O 0) CCS 6 V CC ') Sr N O 0co n O U , O CO UO) O O O N V O NN CON CN 1'N- N C6 <C' M; COo V N V V N O i n n n n n n n n n rn n n n n n O x S . M V CO 0) 0 U) N N tD O O N O 0 r- N N n V n CO 0 CO CO 0 CO '. 0 0) C) r- CO CO V U) U) U) co U) co co co 0) 0) O CD 0 .- N V U) U) n N C9 (O n r- n n r r` n r n n n n n n n 6 n O W 0) U) W CO 0) 0) is CO CO (O (0 (0 Co CO 0 0 CO CO CO CO CO CO t0 0 CO 0 CO CO 0 CD CO co CO CO z E co D] n d U) U) O N co O 0) V n 03 7 CO 0) 0) n LO 7 O) CO O CO V CD n V CO n N O O O N 0) CO O 0) O n CO n n n V CO CO N V V r- r- 0) r- < V V V V V V V V V V V V V V V V V V V V V V V V V M V t4 u CC . 1 CU CO .� N N CC * :•• E m co ¢ o d 0- a O 2 CO N N N 1 Z a a CL QS co (::, 0 O 0 0 o 0 O 0 O O 0 0 O O O O O 0 O O O O O 0 O O I Q O O O O O O O O O O O O O O 0 O 0 O 0 O 0 O 0 O O O O O U) O U) O U) O U) O U) O to O U) 0 U) O U) 0 U) O tr) O U) O U7 O O U) n 0 N U) n 0 N (1) n 0 N U) n 0 N U) n 0 N U) n 0 N N n 0 n) r- 7 N N N N CO CO C) CO V V V V U) U) U) U) Co CD (D CO n n n n CO a., co- 6^ acoXN CO D O O CO N co N D CO co- O OO O O 4 9 I 02 c 4 a) i (0 a . d 0 00Wtedd O MP N Is 'I. 0 CO 0) m 0) 0 U) CO O CO U) n 0 0 N 0) CO n 0 M 0 0 M N 0 CO 0 CO N O U) (0 0 (0 N m U) N 0) N- U) CO '- O 0) N CO IN N (9 0 CO CO a N O U) CO h N N 6 W 6 7 0 N N OJ CO N a) (O C) O n V .- 0 0) 0 N V 0 n 0) 0 N V U) n 0) 0 N V N n 0) 0 N V CO n m N V U) U) U} N U) u) CO CO 0 CO 0 0 N n n n n n CO CO O O co co m m 00 m M co M co co co co co M co co M M M M M co co M co M M M M co M C) N E. CO CO V M .7 M N n N U) 0 O m O N (0 V CO U) (O 0 0 0 M 2 a: m .- V '' CV [r M N CO N O N M O n m 0 C N CO 0 N- N CO m V C) O W W U 0 0 0 V ,- r O O O 7 .7 r 7 .7 O O O r 7 O O N r- N '- r- U O O Z Q O (0 N N 0 0 SI• .0 a !� o N CII U O Z 0_ U• N 0m . O 0 N N N CO CO O (C) CO O m cV N03 (0 N CO M 0) 0) 0) 0 CO U) m V V V '' Q 0) CO n O U) O N m O 0 U) CO U) n CO N n (O CO 0 n CO CO V 6 6 = M N- V U) n 0 V N 0 N 0 0 V co co m U) N m CO V N O 0 0 0 0 N. IN U U) O CO N dD U) 7 r V' O (O CY a) 0 CV 6 (() N 6 U) N 6) (O C) O 0 V' N.. Y n U) CO O .- M U) (0 CO 0 M V 0 0 0) M V 0 CO 0) M (0 0 0 N E U) N N N M CO co co co M V V V V V V V U) U) U1 U) U) U) f0 co co 0 0 .i x t` n r n N. n N r n N- n N n N N- N N- N` n r n h - N. r- N n m r- Q tU '£ a < 3 CO m c0O (00 (0o (0o (00 (0o (0 (to (00 (0o C00 CO0 <00 C 03 OO t0O COO ccoo (00 (00 CCOO too coo (D coO (00 (00 V N N 3 C a R ... CD O3 H W W N 0 IN (0 0 n 0 CO V V (O CO V n 0 0 N O N N 0 CO (0 0) CO N ✓ IN CO 0 CO' U) U) M IN N Co CO m CO co 0 IN 0 U) m 0 V CO n O N O M N n N 0 0 M 0 0) N M V U) U) V N m U) 0 0 0 CO V U) Q) ,, IN M 0 N 0 m M (o O M CO m M (O m N U) O M 0 m .- V (0 O O .- .- '- N N M M M M V V V U) U) U) 0 0 (0 CO n n n N 0 0 0 ! 0 — 00 0 0 n N n n n n N n N N n N NO Ns. N-. N-. h-.. N N". ''s, N. n n N r '- ... r r r r r U) .- r r r r _ �(�- U '" = is of rn a) rn a> 6 a) rn a) rn ° 0( 0 m m 0) rn aa)) 0) 0) 0) 0) 0 0) 0) 0) a) 2 i (t:, u3.",.. (n U) (n U) (n Ui N U) vi (r) Ui U) U) u) (n vi ui to (ri u) U) Ui vi U) Ui C ( O C 0 C U 6 c 4 _ 12 C U G x} :0 co N M V 0 CO CO CO CO U) 0) N- O U) 40 0) N CO h- CO (0 O ` 2 V co o-, o, N (O O V n N- (0 m V m tO 7 0 CO M N- m 0 n n n n CO 0 ti - t'w 0 O O COUN 0 V rn V rn V r 0 V 0 U) N a0O y m U > F 00 N M U (0 0 0M U) CO 0 • M N 0 CO • M N CO COto ctiry hl0 M M CO M M V V eV V V UN UfN N 0 CO 0 0 CO 0(▪ K y as -c 4 ch M ,--, 05 0). M M M M M C) 0- M M M M M M M M M M M M M M 4 o• ? d 0 0 ro W 0 _i 1- E Z 0 0 r O M (N 0'V 04 c.} .41 - O V N- (0 N M CO 0 U) (0 O 0 N 0) CO CO Q N CO CO F^- co 0 0 0 M N CO (O V N O n M 0) M CO. m 0 N N N m 0 Q) N n '- T') 0) fV V) (0 4 N O M 0 O) 7 V 0 W 7 C) 0 0 O N M U) W NN CO Q:1 0 0) 4) (1> c. O O v. N N N N M CO CO CO V V V V r .- ✓ V V V Vv' V 1 t) U) h UUh UUUN UUU0 N UU) UU rr 0 r .- -_ '- .- r •- r .- r r .- .- r r r r r r rd N CO Z Z =, CO G U- co co 7 0 0 CO m V' m C. CO 41 0 V V V V V t0 CO O 0 N 4) V CO 0 CO IN V O N V CJ U1 CO '— (0 0) M N 0 V N CO M U) CO (T U) N (O V' CJ 7 0 6) 0. a; St C7 N6 0) ti U) U) (V O) n UJ V N6 ✓ 0 CO 0 N V CO 0 0) C'} (0 n m '- N V (0 0 0 N M U) n 0) V V V U) N U) U) U) U) <) *t} +) CO 0 N N n N N- CO 0 co co 0 0 O) co 4) 0) p) O)) . N N. n N 0- n n n N I. t` I N N. N r r N: N N t` N. h n N. N. N. a) 0 COV CO 0 0 0 0 m V' m N M 0 a) ,V V' ..- T. N" wS .- U) .- .- 0 0 0 N CD CO N V 0 U) - 0 V 7 co V 0 (.r} 0 m N,_ V CO N (0 n m V CO N O 0 N U> V C`'7 O 0 " 0) N 04 c0 0 V C) 0 ti U) N V CO 0 0 M U) N 0) M V 0 O N Y). t() C- 0) M U) (0 0 0 (0 )4) U) N 0 0 0 0 CO CO N n n N N co (0 > 0 m m m0 m 0 N n n n n n N- n n n N N- N- N N 1---� • E >'`. r- t^- N- h N- N. N. N- a) N . 0) M CO U) M U) 0 N V 0 CO 0 N V N 0 M N N n n CO m 0) CO 0 m N 0 0 7 V 0 U) n 0 m N V n mV, m CO 0 CO CO N CO N 0 O N U) N 0 m m m m6 m m6 O O O 7 .- N N N N M M V V .0 N- n N N n N n n N- n N n 0 0 CO 0 0 CO O co co co co co 0 0 0 0 E N a •, in N a CO CO N- N (0 N CO CO N 0 N V (0 0) CO m 0 m M CO M V m M CO m On N n U) 0 7 m ,- co co co 0 0 CO 0 0 N U) m N U) a O O N N 7 N N N N N N N N N C) M N M M V V V V V V V V V V V V V V V V V V V V V V V V V V V U V aV 0) 0) N N � �'^' • N 0 co m a 0- tv.t v (0 h. N0 1 o 2 m N N N Z d D. CO CO m 00 00000 00000 00000 C> 0 000 00000 Q 00 O O O O O 00000 00000 00000 00000 U) O U) O U) O U) O 0 O U) O U) O U) O U) O U) O U) O U) O U) O U) 1 O N0 N O N 0 n O N U) n O N (0 n O N (0 N O N 0 N O N U) n w a 0 0 0 m m m m O O O O N- N N N N M CO CO M V V V V ^ o � 05 O co O O O O CO m m m CO m m m m m m m m m m m m m m m ' W 0 A V O c >, 0 EL 0.E• 0 .)d, d d d 7 N 10 0 40- O "Act N NI CD 0 0 OD CO N N N ., r.... A- U) CO sr N- CO 1,- 00 Nr 0 0 NI i70 0) 0 .-- A- 0 o 0) R co U) 4 6 (N 0 ()) CO C4 CO (A1 N., A- U) CO A- CO . 6 6 O N: 4 ‘.- N: 4 .,- 6 6 csi 6 6 oLi o co oi 6 to c‘i 6 4 ,---. R U) (0 v. (CU) co ..,- co 4 CO CO CD A- 01 At CO CO C) A- CO N 0 CO 0) A- cy) At CO N- .-"S 0) 0 0) 0) 0 0 0 0 0 0 A- A- .- A- ,- A- NI C4 N NJ N NI CO CO 01 CO CO 03 CO 01 CO Aci •4' Acir Aci Ai .4- ‘j 'A Act Ai Ai 4 Al' Act 4' Ai Act Acf Act < Ai Aci Act'(ON C0 C) a C> 0 W CO 1... CO U) OD N C4 Act. N. 0) 0 CO 0 0 h 1.- 0 CO U) 0 NI CO CD CO N. CD 0) 0 N- .,' a. "4: 4.), 0. CO N. U) "--. °. C'. N": C.'i q c'i 0 q U) 0. 0. 0 ''''. s-.. 't, N. 01_ 9 0. 0. ,- ,- o .<- o C ,- ,- ,-- o ...- o ,L-- ,-, .L..- e- 401. <- e- r- 0 -e- 1- 0 NI N- NI 0 11.1 1.1.1 0 (0 (0 Z 0' 0 if) 0 3 0 0 (ON ..,.. CL 2 03 (ON) = = - no O . 2 .3 N CD U) N N A- 0 U) U) CO A.-- 0) ."- NI Cc) 0 CO U) CO CO U) N.- .1- CO 0) LC) 0 V' Act Al COV' COO) ON1 .4" CON NILON- 0 At 0 0 Nr N- C 0 CO CO 0 00 co co cs, 4, 6 6 CO CO CD 0 1"-- CO 0) 0 NI 0'1 CO CO NI 0 0) N., In Cc) A-A l'... .- 0) N.- NL 0 ' L.- co U) NJ CD 0 CO ci 1-- 4 ,- 6 CO 6 <5 N.: 4 1,7- 6 -4 ,- 6 U) (N6 U) O NL. Y o 7." CO LO (0 0000400 I,- 000N At U) N. 0) 0C4 VW/ NCO NI' NJ ©© E to 01 R N- N- 1,- N- N. 00 (0003 00000, 00 0) 0) 00C) 0000 ,- 0b « C W CD •C R R R R- N- NA- N-- R. R R R R. N: N.... N- r--- N- U) 6 CO CO 6' 6 (0 (0 co- ti; 0 co co CO CO (0 0 CO CO CO 0 CO 0 CO (.0 41 <0 0 CD 0 0 CO 0 tO CD CO (0 0 03 = (0 0 CO CO CO 0 CO 0 0 <0 (0 0 (CU) CO 0 0 0 CO 0 0 (0 0 CO 0 0 0 74 (ii <il 2 „e o w 7> co on I- .Z LO NI A- 0) 0 A- CON- COON (OCCOCOC) 0) 001) (NAT 01N) 001 ,- OCO 0 U) CD CI, CD CO 0 C0 Cr, 0 Act 0 0 N. t.-- C4 Act 0 N- A- CO Cr CO 1.-- N- CO 0 '4' A-- I,- '1' 0 0 0 01 CO 0) 0 A- 0 CO AO C4 CO CO N- 0 c-• CV ,-- 0) CO 0, 't N 0:1 4 6 N: 6 6 csi 6 4 6 R 6 oi 6 ci r 1-: 6i csi 6 6 6 6 cLi 6i7-: ci C) ' cp Cu CO CO (0 CO 0) 0) 0) 0) 0') CS) 0) 0) 0 0 0 0 0 0 0 00000 00 C 0 c ,..., r- r..... t-- t-- 1-- N- N-- t-- N- N- N- h- N- N- 00 CO CO CO CO CO CO CO CO CO CO CO 00 e . t7; U) U) U) U) U) 7 CO U) 7 U) CO U) U) 7) kr) U) kr) 7 U) 7) U) U) Lc) kr) a' ..... oo t = o o o to o c 7, o o a, o CD CD CD CD Cr CD CD 0> CD C) OD CD CD CD CD CD co 0 2 ' ce ' z o O .-.) L6 L6 ..ri 6- vs Ti. Lo 6 6 co- 6 L.6 6 to- 6 Lo- 6 6 6 6 ,r; u-i 45 Li)" C , 2 in .2 2 tisa- 't f N. 0, 0 NJ N.- NJ 03 'Al" CO N U) 0 U) "`" CO OD Act f"-- CO A- A- At 0 U) A- C4 7 cr 'LS LC) LO LO, N. N. 00 0, `-' C4 Act In (.0 U) At. CO A- CY, 00 CO CO 0 'At .- 4 — co n'i iNi co 6 6 ci N: 4 c‘i 6 (CU) ci R .4 ,- 6 4 ,- 6 L6 63 U) 4 N. Lr) 1,-- CO 0 C4 CO U) IA-- 0) 0 NJ 'Art CO NA 0, T.- hi ct CO N- 0) c- ht •4" C.) N. - t•-• N- COCOCOCO COCOCDCDCD 0) 0) 0) 00 0000 ,- A- •.- 0) CO c1 - NO CO CO CO CO CO CO CO- CO CO- CO CO N Aci Al' Act- 4 4 4 4 4 0• ..... ,, .c., ,... w a, 0 0 (CU) — v 0 ,,, ,, ,,, ,,,,, — co N- 0 0) A- 0 0 CD 0 A- NJ 0 CO C '- Al- C4 Q. A-- Lo co 0 63 0. 10 0,, 'I' C") 0 r`.. 00 r.-- `-' "Cr tO l'•-• CO N- 0 NI N- NI 0 Att: CD (1) NA 0 oi 7 Csd v a. ,9 6 Co - CO .6 ci 6 c; o O ci ci ci ci, co ci 6 CO NL. U) 4. 4- .4 6 ,r). k.,a. ,,,, U) ,.,"a CC Lt) U) U) U) (ID CO CD CD (0 CO CO (0 U) CO CO (0 U) cr c11 0 AO 6 ,n Lo CC ,c, kc, 0 ,f) 0 LO 0 ,t) CO I.C) (0 cf) (0 (0 (0 (0 (f) 0 (11 0 >A (1. a) CO L 0) (13 c LLco N- t-- U) OD (-- CO ,-- CO , 0,4 0, to N... CO 0) 0) (-- t-- CO 41 'At U) C4 CO CO A- 00 N- CO CD 01 (0 N- 0 ("0. 0, 10 a., C, CCC V. h. C it) 0, "Cr 0, "Cr. 0 0 s- 0 C•0 `tt. 00 t0 .4. oi .,-- ci N.: 6 4 6i n 6 6 4.5 ,-: 6 6 6 L0 6 hl O ai cd CO 6 •,..... Act CO CO 0 N CO 41 N. 0, ,- C. ir" c‘, V, <7, C4 At ,n N. 0) 'A.- CO U) CO CO 0 NJ a) 0 0) 0.) c0 0 c) 0 0 0 ,-- ,- ,,- ,- ,' 01 CA 0,I N N N C,) CO (,) tn C.) .4" .1 0) --- N. N: N.. CO CC) CO 6 6 co co Lo 6 co 4,, a> co co 6 6 U) 6 6 6 co co 6 co co co CU) a'• . 1 CO N- 1--- (0 CO (.- c.t7) c- (0 r- N OD CO N, ,i, 0, 0, ,--- N. (0 U) Nte U) N U) 00 A- I 0 A- 0.1 V" CO 0> c. ct (0 0) ,-- (,1 ‘,7 CO cc, .,...- ,,, 0) N) U) moono,r, U) N- - -1.- c,,,i ci 6 6 4 6 ,- 6 R 6 4 csi c-5 6 ,, 6 6 6i o. 6 N.: co 4 6 csi _, cv 4- co R co ,- co 6 co U) 0 N V' (C, N- en ...- en 0 I- CO 0 NI Act <0 CO (.., C 0 0, 0 0 ,-- ,-- c.- ,... ,-.. N N N N N N c, rn V; 4.,', CO At Al Act Acl" 'O. 41 co- 00 05 cci cci oci oci co co cc> gaiN000a, to : co 06 co 06 ozi co co 6 1 i t 1 , oo co N- co N. co CO CO CO 0 cl" 0 CO N NI U) CO CO N NI 01 N C4 0 N N.. CO I v'A 0 CO CO CD 1- 'AT. N.., o co Lo co N oo o 0 NJ t's- A-- 41. r-- CA) N, 0 N, jA, st. I ...... 6 6 6 u-i u-i 6 co co R R R R 6 cc; 6 CCCCC O 61 c.3 4 co C COC0000000 00000003 CO0000000 COODCOCC) CD0, 0) 0> CD C ...s P E TLI 2.,.... ...'1.., 1 6. op 74 < < . '4.? co CO N- CO N- c- 0 0 CO 'Cr v- CO 0 "Cr CO .`t U) CO U) Act N CO 0 0 41 0, r"-• ......7 ' 4 6 1.6 <-- .-- NON0 ,- V. CnN `ier N 03 (0 `:1- 01N (1 cO c,"3 01 6 6 6 6 N) 6 6 6 6 6 6 csi csi csi osi csi c‘i cLi 6i csi ,- ci CO < ! 4 4 4 4 4- 4 -4 4 4- N- 4 4 4- 4 .4 4 4 4 4 4 -4 4 4 4 4 4 col ! 1 as L.) >, i-Li N „„ Csi 04 1 E a, < 0 .. a- a- l _.0 0 <) . cil CO r...- N. I-- z• a_ a. coram a 0 CCC CCC o <0 0 o coo 00 /000 000 ‘0 <0 Coll ,cz <0 0 0 ,00 co <0 o 0 0 .0 0 cs o 040 000 00000 00 O 6 O 6 ci 6 O 6 O 6 O 6 <0 6 O 6 .6 6 ci 6 O 6 O 6 ci U) 0 ! a 3 0 04 CO r-- 0 N.1 U) l'''-' 0 NI U) N 0 N 0 N- 0 01 tin N. 0 CNI U) 1`... 0 N U) c, U) U) La 0 CO (0 (0 CO N- N- 1"-. I”- CO CO CO CO 0) 0 0 0, 0 0 0 0 --... .0) 000, 010) C 0 C 0, C 0 0, 0 0) <0, 0 ,0 C to 0, CD 0 0 0 0 0 00 , CC. 0 ti E >. 0 I 0 c...)• et. tora co 1 : .-- li 0 I • 0) 0)_ _ 0) _ N.. 'Cr t() M V U) COO h M N COM N M co N co V t0 h co f (O V V O M co CO c0 O CO O CO 0 CO O CO O O) IN CO O N V N N M V 'a N. a) V' N O 6 U) h h 0 o V 0 C) 0 to cU 0 V N ,- 0 h U) •j O O) M V 660 N V O 0) CO 0 CO 06 O O Vh 0 N U) O M M V V V V V 0 0 0 U) U) CO 0 0 0 N- h Nh CO O CO 0> 0) 0) 0) CO dE O V V V V V V V V V V srV V V V V V V sr' V V V V V V V V Fn O co in O to O O M O M 0 N N M 0 h N M N O N O O M CO V O N- Q d O h N c0 V: h N O h h O h h .- O) 0 CO O N c0 N V O N V 0 h j a W W U M C7 O N O) c0 O co O0 N O) V 0 CD CO O M r 0 M6 U co N Z r .- .- .- .- r 7 r .- .- 7 r Q O) N N >)) d 7 s0 9 0 p o a (a m X Z z a ,22 co O O N N to N N V ONV N 0 0 h h cO V O N N O V 0 0) 0 0) 0 O) h V V V 0 < V CO N V 0 O) N CO 0 C'V� 0 0 CO V M 0 h co O 0 0) 0 0) 0 CO N cri U) co co CO h 0 V 0 Of M h 0 h CO O 0 0 V O 0 V 0 O N h h U O (V O CO .- O M h 7,_, - CCi 0 M (J) O .- CO C0 N O c6,_ CO V <8,i O CO c0 N r,))�1 IY to ,<,., O N 01 N M t0 0� O M U) h O N C() 00 O M t0 Q) V' 171, O (5);. O 0.� V( 6 `- N N N M CO M M V V V' V Co U) to to U c1 co h h h h m _ � cO O N C) 0 O O N O O O co- O co- O O O O O co- co- O O O CO W O 'n Q Q d .E d H c0 to co co CO co co co co O O co c0 co O co co to co to co co O co co O CD O N N N D C CO O 0 O CO O O ( CO (o O CO (0 0 Co CO CO CD CO (O O (0 CO (0 CO O CD CO CIL O3 1— W til CO CO O M h U) N h CO CO O) h N .- 0) U) 0 O N h CO CO 0 CO 0 N- ON- 0 0 U) N N N M N CO M N 0) h O CD M 0 M 0 h .- CO V V' O 0 O O N CO CO. CO. CO M V N O O) M CO 0 V O O) N CO h CD U) U) V d (U (0 N (D M NN N4 c0 .- h O U) N V O C) N h M C0 , -a cn O) 0 0 O O h O U) V M N — 0 0 O) O N O O N O O 0 CD00 ',- C O G N=- h h h N. h h h h h h h h CO CO (O CO CO CO CO CO O CO CO N N N E r r n- - CU r a o U) UUUU0 N U 0 UCn 0 UUU0 UU0 to UUUUd CO CD CD 0) co0 co0 (A co0 coDC corn com rn 0 co rn 0 rn coD) 0 0 co CC co (n 0 co 0) c2 u, ua'-cvi u) 6 to ui vi to to to to to Ui go toi 6 a U) 6 ti tri to U) to- Ui Un l 0 1 C6 V '� C °. -Q Cdj y O '', C, iV CO N CD N h CO 0 0 h M CO CO OD U) O 0 C0 M U) M h I C N. 0Cr) M h h CO h 0 <- - h N CO M N. U) .- O h e N h M r- M ' ON - 0) w it W M u'i c`J V M N U) O) M N V O O hl O O M O N: 6 M O) h r O w d U N 1 u) — CO 6 co co N O M 0 co 0 co U) O O co co n V h O co 0 co () d A ! .- — .- cV N N N N M M M M V V V V U) U) 0 U) O O O h h h h T1 � _�' .� E. V `-E V V V^.e.''V V' V V' V' V' 'C sr V V' sr V' sr 4 '7 V sr sr V' V' V sr i N J j 1 -`2 Z N 0 W �' t 0 (o h a) 0 CT , M O) .:{V CO M (0 0 O V U) CO M O N CO M Cr) N h (0 p_ CD N CO O a, u) C» CO 'Sr M CO U) V O h O N CT O M O O M CO O) N U) 1 Q) C) (Dc") Ct Q.a c, M c) ch N N M U) 0 U) M .- O M (O O U) O N • cz U) U) V V' M S'V ^. C) c3, O h O 6 V co M M co co co co co co V s{ U) U) 0 U) 0 U) Ca to U) O, 'C V V V V V V V V V V Sr V V V V V V V i N !' .i, "- C)- r- ..--- , .- .- .- r- f c- CO Z 2 i (0 , C jy N,") 0 MM M O O O O tt'',.5.)' CO z..,. V O hN Uho O V (O O O (V OM hO) O 2 0N Cr) MCo U) Ch O U) UMfj 05 hCM 0C')) VM % MU) (O NO OOo N MV V CD Si U) O V O -OD C)) N`- h h h• h h h h N CO 01 O ^ O N 06 W c0 co N o CO coacn Co UCca co 6O6O a 6 co co as 0) I 0 1 i N-, O M CO CO 0 CO CO h. V 0 Cg U) ct, CC c. Cr, 0 O M h O CD N M CO h hV co (O h N CO O (O C') co V V co V CO N O) CO V O C) O ,— O V N OO M 0 V a? c i CC'i ,-- V h: co 7 7 O 0 O O 0 N Un M UU0 to M O O O W . u (. CXte ) 0 CC M VO O '02 00 0E00 O co m co co m m OOmo � rom as () co o) co O O m co � co ao > N N 1 V 0 CO V O CO co 0 U) O 0 U) V 0 h CO N CO CO N 0 0 V O 0_ N 1 O V CO CO O 0 U) V V co co h CD V h U) V N O h O O O ' C') h O N C) M M M M M C) O V .- (D M N O h V N O 0 M h w O 0 O 0 0 0 0 O) O CO CO CO CO CO O h O O C E 1 '74 r.— i 0_ a 1 co Y Q Y 0 CO 0 h O N CO N NC .- V O) U) O 0 O O CD M N O 00001 O) CD U) h M N O) CD M O U) V CO h V CO CO O) CO h O O N Q C0 h O N O V V O Di (c) 0 O O N C) M V 0 CO .- O r, O O N M M M V V U) U') U) U) U) U) O CO O CO O O O O O N- h h h Nom- CO 0 1 CO V N V W m N N v CO - c> Uc NO 2 co N N Zo_ a_ Wmm ,1 Z 0 0 N- 00D h M (h•) h r N W 0 m 0o U0) V. ,- 0 N V O W r N 00) cco 1 O CD U) 6 N V V V U) U) U) 0 U) U) 0 U) 6 0 U) 0 V V V () V U) U) 1 O .- V N 0 M O O) N U) O .- V h O M I U) CO O N N N N M COV V V U) U) U) Sr) O Co CO h h h CO CO CO O) 0 ' ,.4 _ _ _ _ .. CO_ _ O O O 00000 O O O O O 00000 00000 0000 ai gow o C) 4-' 8 C T 80d NC ?coO U d c) 'S -'S o Cn 0 • 40- , 0) CI CO CV CO CO N. V' .0 0 CV CV 0 CO .-_- r- 6 CO (CU) 'I' CO 0 0 1 i co CO •cr 0 h- (CU) v: m cf) v. CY) .31`. t.- CO CO C. 0. 1-, 0 CO hi 00 r.., i T3 0 0 01 ...-: LO 0 0 0 03 .- 0 6 6 r- 4 6 oi oi 7 oi 7 6 7 oi co . O 8 2 (8 - "" CO °D C4C' CV .4' N- 0) DJ 41 CO v- ‘1- h- 0 0-, CO 0) 37 yr' .0-- CV CV CV CV 01 CO COCC .33" NI- CO In 0 LII 00 CO CD CO 6 16 U) 6 6 6 6 6 6 6 us CO U) us 6 6 16 6 CO 6 6 6 6 ..-- 6 o c0 a 8 0 0 cc 4. c..) - ,..., 01 CV 04 CO CO CO U) .0 CV CD 0 '0' 0) 0 00 0 0 .-- .01- 0 04 C'- I c'" c", r-.. ,t. ("1 L°. '0.. 'D. 0 D-- 0 co, ..4: CV cl. 1"-- CO CI 0,. 0 CO 01 N- 1--- (2) LU ILI 0 I ni 4 0 4 4 7 Lip 0 ,- .-- "-- ,-- ,-- N. C‘i s._ N- 4 i•-• 0 rs 6 6 O Of 1- 6 N- 6 6 a 6 7 7 .7 7 CV .-• 0 .-- .- ,- ,- .-- 0 (-3 CO CO Z C) )) U) )) 0 DI .0 0 0 ° Z Z CD al ----L.-- 0_ 0 0 4" 03 OD 0 N- CO CC .31. L- 0> CO CV C4 0 N. h. CO C3 0 CV 00 0 1.- CO CO 0 0 .4- V- "<"Z 1 0.4 CO CO CV .0 0 < CV 0 03 0 Tr c- 1-- 0 CC 0 0> CO V-- 0 0 00 LO CO U) U) 0 p..... o) co co o.1 csi (C r.... c..1 oo o) 4o. <0 0 CO 0 .- Cl .3-- LO CO 0 CO 0 N. N. 0 1 4 - 6 N: 4 - h^ v.; 6 6 O 6 1.-: h.:. CO CO 6 6 6 6 CO N- 6 4 CO N- 0, O OS 2 2`, :, 0' CO2 8 CV '4' N., 6 ('46 co .-- 4 r- o co 6 a) CV CO 0 cv @,)© EU) 0 0 C> n- T.- N". CV CV 0 0 CO C1 CO CC 7r .4. E .E. 6 6 co- cci 05 CO- CO (CC) 0 01' oi 6 6 6 ci ai 6 6 6 ai ai ai ai a; ai "r,; D 0 CC) 0 0 CO 4) <0 to CO CD CO 0 0 0 CO CO 0 0 CO CO 0 (.0 tO (0 CO - N'" N- co .- 2 . FCO (0 GO tO (9 CO CO C(L) CO <0 CO 0 CO 0 CO CO 0 0 CO CO CO <0 CO CO co ru Ci"\' a CO ,, 00 OS il"--- ID LD i ' I CO CO LO 0 0 CO CL1 0 CO 03 CO .0 CV N. CO V' CO 0) 0 0 0 .-- 0 03 CO 1 N. ...- CD CD 0 CO CV CV 0 CV C4 CV .0 C) 0 0 CV CV CO .4. , CV C4 .- ! CV "3- 0- 04 C- M (CC') (7- (CU) LO .-- N. LO 0 CD .- .1", 0 (D <- 0 0 T-' iti ' CC ',.°' 10:. CV 4 4 oi ('4 4 c.) oi 6 .,- CO 4 4 6 4 6 7. 6 6 7 .,= 6 t.) ii 0, - .,- C3 0 0 CO N. CO 0 44" CC 0 CO CV CV CV CV CV CV 0 CO CC 'V. NI" 0 O 0 , N N-, '0 N' W W. CD W.. CO W. CO W CO W. W CO CD W. CO W. W a'-' 0 0, CO ..c 2 e - - - -... - - - • ...., t to ,..r, ..1 kr) in 1.n kr) i n CO CO CO in ii) u7 'LT) if; ki) CO CO .L7). it; in" L'7)' i-s; 71 LTo 03 CD 0) CD a> coo cococomco ommcoco moomi c.,.. E 6 i z .r, .6 6 6 6 0 CO 46 6 U) 44) CO 6 6 Lri ,6 CO 1.6 u5 ui 6 CO- Lo" tri a 2 2 C' . r- ....= ‹o 6 a) 7 CO 4 CO o co CO co co D.- 01 N. CV 0 N" C) CV CO V' CO - 0. ... L_ 00- 00 0 1"... 0 3.- CCU) o o .- c," t.- o <1.. a) o cn CV 0) 0U) CO <3- ? r- a; 2 7.°,s - C ol OC3 6 4 CO CO 7- N- 6 CO 6 a 6 CO r-: CV CV CO CO 6 6 4 r 4 4 4 5.,' '4 0 1 OT g 1, '0 4/ < 0 NS-) 8 c., .4- N- 0) CV CO 00 '3- .ct. N.. C) 01 CO C) CV CO CO C> C> .-- .-- .-- 04 CI 0 CO CI "0' "1- .01' 0" >, .., - _c 0 sa F.. „ ,,, ,„ v„. .„ CCU) CO (CU) CO 6 Ix)" u-i 1.6 CO 6 wi ..6 L6 "t 0 (C0 4 CO CV CV 00 <- C4 N. co cv o CO CV CV CO 0 i 0 N- q o 0) CO 0, I. 1.... CO CO N.... CO CO r-... 0, co o 41 CV CO. '- 01 r.... N. 0 (1) CV .-- N. 0. CLI . 0 03 0 CO N. C) 4 6 N- CO 6 4 CO co CO N- CO r- 6 CL . 6) CO 4 4 6 ..,.. o 6 4 4. 4 4 4 4 "0" 10 CO CO N. N- CO CO CO CO CO CO CO CO CO CO CO 0 CO COM 0100010 0 00 03 0 (000Mi . CC1 L .2 LL,' i m 1 (0 C i.i.: (C0 ' •SI '8 (°,3 CO. (,--. ,,0 C, ,,, (0 <, .> CO C3 41 CI .1" 00 CD 0 0 N...' 7- 0 ,..} CV CO 0 0 0 0 CD CV 0 V' CM CI 1.- .1", I CO C--, 6 CO 6 CO 6 6 6 0) -.4 ...4 6 O (0 a 4 (0 CO 6 CO 6 CO 6 6 r- I 7. CV 0 .4. CO 03 N- 00 0) C1 < 0 CO 0..t 4 lf) ..0 CO .0 t0 .0 CO CO LO CO CO CD CO 00 CO 0.) CO CO CO OD 01 0, 01 0) a) 0) a) 0) 0) 01 CD 0 0 CD 0 0) CD ! 0) (CU) 6 (CU) 6 co 6 op 0) CO CO CO OD CO COO CO 00 CO CO CO CO CO COO , CO CO ,• t El O )) i o cp CV CO CO In C3 1"-- 0 Cr') (c., ....i. a, - C., (C) V) NI- 00 0, t,', ,• c-- 0 NJ CO LO 4 '4 I",.. (NC) 0> CCC' 00 , et {, i'e N. CO CO h- CO C) D.- .- CO i CO 0 0 0 0 0i CC CO 0 0 6 o5 (4) - 6 tr; ...-.= ,..-' ci O O 7: 7 oi csi , C) 7. CV 0 '0 CO CO h". 00 CD CD 0 -- C V 0.1 CC' CO CO CO CO r) co co co co O e• c6co o50 cool coo' aoco coom _ oo °aCO co co a., m 0 o 0 r,,. 0 0 CC C3 0 0 0 0 0 0 1 (CU) 0) 0) a) ,,,, CD ,,T,, a> co cn o) cr) cs) ft. 6- g 1 1 1 CO o co iO3 N- N- CO 0 0 D-- CO I"- 0 .- CV 0) 0) .0 00 0 CO CO C) CO CO I CO •3-- N. < 0 (CC') 0) h. CO CO C1 LO CD. 0) CO. 01 1"-- 0 .-- 03 N. CD LO i ....... L- CO O 4 6 6 4 7 r.: r- 6 vi N- co O 7 6 6 6 4 CO O oi r.-: .6 o) o) 0 0 0 .-- ,-.. ..--- 0 0 0 0 (71 CD 0 01 0) CO CO h" OD CO CD 0) CD1 ...- ,..... ,-- .-- L- .-- '-_ <- y- ,-- .-- C, E i':i ..`"........ , 21 U) 6 < .... Y i u) 03 0 0 CO CO CO 1"." 03 CO CO 0 04 0 CV CC NJ C3 N. CO 0 V' 0 V' CO CO i 0 0 CO 0 .-- CCC') 6 6 f.-- 7 4 6 1.--, 0 CV (CCV C.,/ V) ,- (I %-- CV i , a; a 6 a 6 O 0) 0 66 6 (Na 6 O CO a 6 6 : co r- t- h. <0 D-- CO CO CO TZT--," '''D:- th--- 073C703 000) (C0) 0000001 1 01 2 r0.• '0-3 03 (NC') 1 E < 0 a. °- cL. ..c 00 .c. 0 ., Z• U) a_ co oS d) , 1- To `t. &" gi ' gi 'c'o" ' is, 8 ,.., c7., c.' 'c',3 `(:', ,`,1 ,.`47- 'cl `.l- CS 2 '4 (1,' g N a3 Cr8 1 < Lc; 6 6 6 Lci ,r; 6 6 co C.) co O 6 7, a .7 O 6 a O O ‘- a 6 7, O a 1 8 (0 0, N 6 co .7 4 r- 0.- o 0- cv 4 co 7 4 N- o co co a> cv CO oz, 7- 4 r- 1 Oi a . 6 6 o o o 7 .r."" N- () 04 0 CV 0.1 IV 0 CO 0 .0 .4- V' .0 LO CO CO CO 0 CO 1 ...0 ''., . 7. 0 0 co ij 0. 4) , Ph -. DI 03 0 E '-' .0 '=. - 73 ' i. I co (o (...)• a. u) 0 ' rn •,.. . , • • 1 CA O S., 0) CI .1 a) N N 0) , co — — 0 CO CO '01: 0 0 0 N i 13 6 6 6 crii to N- N- crii 6 6 , , )--) N- 0 N 0 0. 0, ,- cr CD 0 CO .. : CO N. 0-, N., N- N- a) oa oo ao , , : , : _ , Lc, to ..) .., . ,r, ,r, Lo , ..n , 6 , . o . . . , , o , . La ci) co , ¢ , 0,, CO N- 03 N-- N- N CO M 0 ! :1 , : ! : 61- , 00 00 ct ,t. 0 00 h- CO N- 0 1 „ : CL 1 0 CO 6 c‘i 6 1.--: ori 4 6 cri 0 0 '0 <0Z in CO CO . . , f0 T. as I ..... , : . . o 0 as cu , 6 co 4 0 ,0- 0 T.... 0 CO 0 1 . , 'Cr .tt77..... , N 1,-. 00t0t0 <N <N 010-- 1 , . NI 0 .1' 0,- NI N 0 0 LS) 0 I , , , I , 1.-- N- () ' cr CC s-:- 0 6 N <N 0 Ni 0 , 1 , N. Y N ) E ,c) , 0) '1-',- I % 2 2 2 2 r,- g r° c cc i ,,E ci oi a o; O ori 0 0 cri a) !E f`,-)C- ,„‹ w ,E i Z ta CO CO 0, ,0 (0 CO CD (0 CO CO 00 ffsZCO COCOCID CD (006 06 0 T.) N N = a 1 6 IL- 1.1.) 1 LU . i : . . 0) CO N- s- h- cr CO CO CD <N . , • LO NI N- CO ,--- .1 0) CO 0 N 00 N- CO CI cr 0 C‘I C,) kr) il; ' ' 4 (..-:, 6 <N 6 ari, (N O 6 (x) (-) la- ! CD r') N ,-- 0 0, N- CO /0 M C 0 2 C tO 0 CO 0 0 0 uo ...0 Lo to : =-. .).:,:t ,,,-, •,. •,- ,-'. ‘-', ,-)- ., ,--: . a, - U) : . : ..t v) u, to ,r) u-) 4-) ,r) ,c) <N ,r) Lo Ca, 'a) a) a) a) m N- a) a) a) c 2 . , . tr, ,r) vi tri L5 tri ..ri ,s5 ...6 , to <,4 Lr, a) : , . : : at : . : CU) iii ( g : . . to (a CO .0 0 6 a) 0 r) cri .. , .. : x to , , ! 1 g 2 2. o , , , , 0 h- C0,,'":1- N- 0 0 0 h- c1.- ,.. 6 ji 4,,,e t (.1 ',; 1 i (NI o, 6 4 ci 6 crii ai 1-- -: -- 4 1), C) N 0 N- 0 N N- 0 2 . : i V) 0 0...AO t0 (0 CO CO N- N- h- "i; >, c:$ „6..i.,,,;",'U.: in T »ri- 6- <N vi tri) ci i i i --I i•-, 2 Z 0 C) I ' cCS'i .,,,,,„ M a.; 1.,:- i i ''t3 o , , , co CO cr N ,e- CO •1 N 1- <N CL 0 Cr N„.„ 04 N 00 0,1 cr 04 0 , (1) , , , (5c‘ N- 6 6 0 CC) -, 6 6 L CL : c) ,r, ..4- 6 ..,e- 0 6 .1,. ,..o 6 6 CC 6 6 0 M . N NI NI. N _ . „ _ .. >A. ! •..A. ,- ..-- .-. s- .-- ,.... r- -,-- *a. .*- 1 1 , 03 : Cr) — ,,,''P,''', - ,;:2'' Cl_ 0 0 0 : a. 0 1-- 1..-. c . 0', <N 4. el t.-- N N 1"-- 141* N- UT , : : C) to '1 s-- -,- s- CO N N- C) •W N AN 6 6 6 cci 0:", aj 1,... Ns. co .4 , . . „ : , 0 a. ci. <N .1 ,$) ..0 ,e) O 0 0 0 0 ' : . . 1 , E , 4) 0) 0 C00) 0)00) 0) 00) : . 0 0 15 t 0) 6 a6 6 6 6 6 6 6 ri . co = (N, a C.) as am G. a_ co E „ (0 , Z. , ^ <N L N 8 8 - , r, C) tr, .- 01 .1-• NI N. <N1,.. , , = ..1. <C <N <N 6 .1- a, oa <N Lo ,o o CO .-• 6 . 6 6 6 6 6 6 c‘i c,) 0 ,'- .`::'' . .1.1 0 ill a on 66666 0 c,) c o n co .... , O 0 0 C) 0 CD 0 0 0 0 03 , , N-0) 010001 0) 0, 00) F , 0 C) 0 o c... 0 0 CD 06 0 0) 6 a) NI M LO .- a- 03 N- N- N- . -1 O r-- s-- 0, N NI 0 I.-0 N. N- 1 1 - : : . „ CI? E. C'''' ''''. N. N. 1 ...c•-• 21; s> ,., ..5 Ri, F,si 0.5 ,5 6 6 ,...i. :O0 1 ..., C rli' 1 I . I V) '' ....., : j t j V.r. a, l's Z + ...., : E , , a. , . CD 1 , .171 , . , , . I < 1 _ .C _ O 1.5.v , 0 i'.0 i'"--, 0... ,C 1 0 1 E 0 ,0 ..0 ....... ,..c.i 6 o c., Y FA ., : >0 CI ...., 17$ V) : 06 '1- 1--. CO '- 0 CO to (0 o i i i i< 0 0, = N- CO 0 c'n: ,- r- MN- 01C0 N00, 0 4.. 0) <Ss .-.1 0 0 I , < : 6 c; 6 6 ai ci; i,-: d i,- 6 6 6 6 : ,...- c i i i i :13 8 2, i 1 co a, a> a, co a, o 0 a) 0 0 TT, . ! (ri , , co co o <a >, , til i i 4 4 0 i CNN- i 1 ..--- •27 1 a., CO E <0 13 Ea a) 1 a 1 1 e .. — ,,,,„ r•-.. ,- I I a) o 0 0 < o a. = It. ,1, t i) 9 7 1 I •cs T- o 0 0 , ...c 0 0 ! cl i ! wom c..iooll E „o <N N- N- rsi _c co .t 23 N- h-- N.. ] :4! CI '-*”. c- •,-- 1 i ' ' .., $ r,,, 0 0, 0) O 2 m ", N. N. i tei) 0 •---: N C) 0) z a o_ as mih co i -- N. h.. s-- CO 0 00 s-- 03 0 .2 1 I , , a [ cr 0 00 CO M 0 0 N r- 0 C , 1 0 2 .< ,... O 0 6 0 00 cri 0 0 crii :0 cri 6 to 0 N to 00 r- "T C) ..Z , j 0, I 1 2 • a . , N h- h- N- CO CO 00 0, C:S, 0) , 1-- .0 , , ,-•.- 5. , . , ..,.. a; a. 1 1 0- , .Ma c m 4,-, c. . ti '6 >, 0 C tm . .._ To' : I ,F..... , , on : , . , CO 0 Q. O• C1, 43 (..1 (0 I I 0 0 , N a , . , • 0 0 • , ,--. • , g 1- ,--0 co z t, 4:0 000 ... 0 1 ix ,5, .2 rn u" = al a a . < ,,.. . s - r..... 0) in < ' N- ty ,—, n, _ I,- , p — ill ..ac' 7D ''';' It' 2 co a) m o Z L L4; ii 0 0 ,.. , c 2 1,1 cy) 1 2 2 co 0 II C c4 o co 0 il.; .0 Z 1 1 ii; .6 2 i 0 0 2 2 0 ? t t &'' ." co zt 0 ',) 1 f e. 2 .c 1 — a .., c to- , .Q- co & co t ec 1 ii. 0 Q. o 1 o , w o ›, a) 2 CO D a. Cl) co To c 2 as Q. a_ a_ •:( a) w < N a < ca ci 0 ›.- c•4 es4 (0 ..., c\i 0 en -0 ..c a.: a ,.- . ,,... 0 N 0 - o a) 1,...- tc.'. (..1 t. TE 8 Z CL Cli ,,, c 44 —j0 sp 40 0 0 2 Al 0 CL 0 `, of 7,4 4, //7.�s THE STATE• • Alaska Oil and Gas 4)-„-s �, ®fA LASKAConservation Commission L .-eftk-- _ -=_-. ,,,,_____:_,2-_:7 tUt _= 333 West Seventh Avenue GOVERNOR BILL WALKER Anchorage, Alaska 99501-3572 Main: 907.279.1433 '''°'ALASY°P' Fax: 907.276.7542 www.aogcc.alaska.gov John McMullen Engineering Team Lead BP Exploration(Alaska), Inc. P.O. Box 196612 Anchorage, AK 99519-6612 Re: Prudhoe Bay Field, Prudhoe Bay Oil Pool, PBU B-27C BP Exploration (Alaska), Inc. Permit No: 215-184 Surface Location: 496' FNL, 1595' FEL, SEC. 31, T11N, R14E, UM Bottomhole Location: 634' FSL, 95' FWL, SEC. 28, T11N, R14E, UM Dear Mr. McMullen: Enclosed is the approved application for permit to re-drill the above referenced development well. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the AOGCC reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the AOGCC specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or an AOGCC order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. Sincerely, 17 T Cathy P. Foerster Chair DATED this day of October, 2015. STATE OF ALASKA RECEIVED OSKA OIL AND GAS CONSERVATION COMMI.. OCT 0 9 2015 PERMIT TO DRILL 20 AAC 25.005 1 a. Type of Work: lb. Proposed Well Class: Development-Oil EI • Service-Winj 0 Single Zone. IZI 1 c.SpeciAQ for: Drill 0 Lateral 0 Stratigraphic Test 0 Development-Gas 0 Service-Supply 0 Multiple Zone ❑ Colabed Gas 0 Gas Hydrates 0 Redrill RI r Reentry 0 Exploratory 0 Service-WAG 0 Service-Disp ❑ Geothermal ❑ Shale Gas 0 2. Operator Name: 5. Bond Blanket Q Single Well 0 11. Well Name and Number: BP Exploration(Alaska),Inc Bond No. 6194193 PBU B-27C • 3 Address: 6. Proposed Depth: 12. Field/Pool(s): P.O.Box 196612 Anchorage,AK 99519-6612 MD: 13236' . TVD: 8789'ss PRUDHOE BAY,PRUDHOE OIL • 4a. Location of Well(Governmental Section): 7. Property Designation(Lease Number): ADL 028310&028309 • Surface: 496 FNL,1595'FEL,Sec.31,T11N,R14E,UM • 8. Land Use Permit: 13. Approximate spud date: Top of Productive Horizon: 865'FSL,2724'FWL,Sec.29,T11N,R14E,UM February 1,2016 Total Depth: 634'FSL,95'FWL,Sec.28,T11N,R14E,UM 9. Acres in Property: 2491 &2560 14.Distance to Nearest Property: 26900 4b. Location of Well(State Base Plane Coordinates-NAD 27): 10. KB Elevation above MSL: • 75.4 feet 15. Distance to Nearest Well Open to Surface:x- 664032 • y- 5950155 • Zone - ASP 4 GL Elevation above MSL: • 44.32 feet 5 Same Pool: 500 16. Deviated wells: Kickoff Depth: 10170 feet 17. Maximum Anticipated Pressures in psig(see 20 AAC 25.035) Maximum Hole Angle: 113 degrees Downhole: 3268 • Surface: 2370 • 18. Casing Program: Specifications Top-Setting Depth-Bottom Cement Quantity,c.f.or sacks Hole Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) 4-1/4" 3-1/2"x31/4 9.3#/6.6# L-80 STLITCII 3075' 10150' 8426'ss 13225' . 8790'ss 160 sx Class'G' x2-7/8" 6.5# /STL 19 PRESENT WELL CONDITION SUMMARY (To be completed for Redrill and Re-Entry Operations) I Total Depth MD(ft): Total Depth TVD(ft): I Plugs(measured): I Effect.Depth MD(ft): Effect.Depth TVD(ft): I Junk(measured): 12057 9034 11624',11749' 11624 8992 None Casing Length Size Cement Volume MD TVD Conductor/Structural 80 20" 8 cu yds Concrete 35-115 35-115 Surface 2635 13-3/8" 3720 cu ft Permafrost 35-2670 35-2670 Intermediate 10041 9-5/8" 2198 cu ft Class'G' 33-10074 33-8444 Liner 1234 7" 330 cu ft Class'G' 9781 -11015 8229-8930 Liner See Attac Perforation Depth MD(ft): 11390-11940 I Perforation Depth TVD(ft): 8964-9023 20.Attachments Property Plat ❑ BOP Sketch 0 Drilling Program Q Time v.Depth Plot 0 Shallow Hazard Analysis 0 Diverter Sketch 0 Seabed Report 0 Drilling Fluid Program EI 20 AAC 25.050 requirements M 21.Verbal Approval: Commission Representative: Date 22.I hereby certify that the foregoing is ue and correct. Contact Tempel,Troy Email Troy.TempeI@bp.com Printed Name John M - Title Engineering Team Lead Signature/ 4 N Phone +1 907 564 4711 Date ?CII— / Commission Use Only Permit to grill Permit Approval Number: 2/S---18(1 API Number: 50- 029-21471-03-00 • Date: / / ' J I See cover letter for other requirements: Conditions of approval: If box is checked,well may not be used to explore for,test,or produce coalbed methane,gas hydrates,or gas contained in shales: IJ3 Other:84p h-ta-f- /-z, 356��S!S Samples req'd: Yes 0 No L1i Mud log req'd: Yes 0 No [i1' �1 vc%/.1SIq / 7,11-7 vi a P-f / _1'fz� t5 H2S measures J Yes No ❑ Directional svy req'd: Yes 113 No �❑ Spacing exception req'd: Yes 0 No V Inclination-only svy req'd: Yes 0 No ITV If ^1- APPROVED BY Approved by: / •-.��(L✓�__ COMMISSIONER THE COMMISSION Date: /Q�1 _Is ORIGII AL-'/,,'27'`, /t/ A, Form 10-401 Revised 10/2012 This permit is valid for 24 months from the date of approval(20 AAC 25.005(g)) Submit Form and Attac ments in Duplicate /, ic / • N o 0 C7 C7 C) U (6 N N (0 P (0 cn C6 CO N Doo U U as 0 C a 7 U U U N CO E U O N OM W V W N M loN ++ y a N N 75._r (O N - 7 7 O � O co U QCO O V0 CO 00 CO O V (D O f� V O f` f` CO M M N N CO V N V CC) 0 0 0 O/ rs 00 CO 00 00 00 O O 00 00 O Lo N s- 00 O N In Cn M N CO M 00 M f� • M M M CV CO NO W 00 00 m M CO N U• O O• O T- N N O 0 0 M T- N O N O O O N N N N O CO V M lO C!) M CO M N CO 10 0 UP M M M N- 00 CO N O IC) CP CA CA ,_ M � CA O 0 O (2000 °209 = J 00 00 J J J J N CO l ; *k • ui r- 4:k It CO . CO co W m CO 6, N N ,- N V CO O M (I) f- N VP m Ch C+) N 4 7 4 LOCD CD V CD V O) N C Cp• COV 00 In N (0 CO n V (O W Q C W W 15 0 U U cn u_cc cc cc cc cc cc CC Z Z Z W W W W W W W m m p � �- ZZZZZZDD U U) Z -J J J J J J H F • • To: Alaska Oil & Gas Conservation Commission From: Troy Tempel by CTD Engineer Date: October 7, 2015 Re: B-27C Permit to Drill Request Approval is requested for a permit to drill a CTD sidetrack lateral producer from well B-27C by the • Nordic 1 Coiled Tubing Drilling rig on or around February 1, 2016. The B-27C sidetrack will exit through the existing 4-1/2" liner and kickoff in the Ivishak Zone'4 sand, landing in the lvishak Zone 2 sand. The sidetrack will be completed with a 3-1/2"x 3-1/4"x 2-7/8" liner and cemented in place. B-27C will target several oil lenses in the area, the primary being a 30' section in Zone 2B. Multiple perf intervals are planned. Rig Work(scheduled to begin February 1,2016) 1. MIRU and test BOPE to 250 psi low and 3,500 psi high (MASP 2,370 psi) 2. Mill 3.80" window and 10' rathole 3. Drill Lateral: 4-1/4" OH, 3055' (12 DLS planned) 4. Run 2-7/8"x 3-1/4" x 3-1/2" L-80 liner(TOL^'10,150' MD) 5. Cement Liner: 33 bbls, 15.8 ppg (TOC to TOL)* 6. Perform liner cleanout and GR/CCL/ RPM log 7. Pressure test liner top, set LTP if needed 8. Perforate 2-7/8" liner 9. Freeze protect wellbore to 2,500' MD 10. RDMO *Approved alternative plug placement per 20 AAC 25.112 (i) Post-Rig Work 1. 0 Re-install wellhouse Mud Program: • Milling/drilling: 8.4 - 9.5 ppg solids free fluid for milling window and drilling (654 psi over- balance) Disposal: • All Class I & II non-hazardous and RCRA-exempt drilling and completion fluids will go to GNI at DS 4 or Pad 3 at DS 6. • Fluids > 1% hydrocarbons or flammables must go to Pad 3. • Fluids >15% solids by volume must go to GNI. • Fluids with solids that will not pass through %" screen must go to GNI. • Fluids with pH > 11 must go to GNI. Hole Size: • 4-1/4" from 10,170' MD to 13,225' MD • Liner Program: • • 3-1/2", 9.3 lb/ft, L-80, STL Solid from 10,150' MD to 10,176' MD • 3-1/4", 6.6 lb/ft, L-80, TCII Solid from 10,176' MD to 11,500' MD • 2-7/8", 6.5 lb/ft, L-80, STL Solid from 11,500' MD to 13,225' MD • 33 bbls of 15.8 ppg cement will be used to cement the liner in place. (TOC at 10,150' MD) • The primary barrier for this operation: minimum EMW of 8.4 ppg (provides 654 psi overbalance) ---- • A cross over shall be made up to a safety joint including a TIW valve for all tubulars ran in hole. Well Control: • BOP diagram is attached. • Pipe rams, blind rams, and the CT packoff will be pressure tested to 250 psi low and 3500 psi high. • The annular preventer will be tested to 250 psi low and 3500 psi high. Directional: • See attached directional plan. Maximum planned hole angle is 113.37°. • • Magnetic and inclination surveys will be taken every 30 ft. No gyro will be run. - • Distance to nearest property line: 26,900' • • Distance to nearest well within pool: 500' (B-36) Logging: • MWD directional, gamma ray, and resistivity will be run over all of the open hole section. • • RPM log in cased hole for primary depth control Anti-Collision Failures: • B-27C fails BP Anti-Collision criteria with several abandoned and one producing wellbore. . Details on each well are summarized below. • B-36 is a cycled producer which will require surface shut-in and LOTO during B-27C lateral drilling. Well Well Reason for Mitigation Mitigation Center Name Well Type Status Shut-In Mitigation to Start End Center B-05 Abandoned Abandoned Fails Major N/A N/A N/A 1,143' Risk B-05A Abandoned Abandoned Fails Major N/A N/A N/A 812' Risk B-27 Abandoned Parent Fails Major N/A N/A N/A 7' Wellbore Risk B-27A Abandoned Parent Fails Major N/A N/A N/A 2' Sidetrack Risk B-27B Abandoned Parent Fails Major N/A N/A N/A 2' Sidetrack Risk Fails Major Surface Prior to drilling B-36 Producer Flowing RDMO 139' . Risk Shut In lateral ✓ Hazards: • • • B Pad is considered an H2S pad • Most recent H2S level on B-Pad was at B-05A with 16 ppm recorded on 04/19/2015 • Lost circulation potential in 11-10A is considered to be medium Reservoir Pressure: • The reservoir pressure on B-27C is expected to be 3268 psi at 8877' TVDss. (7.0 ppg EMW) • Maximum expected surface pressure with a full column of gas (0.10 psi/ft) to surface is 2370 psi. • An EMW of 8.4 ppg will provide a 654 psi overbalance to the reservoir. Troy Tempel CC: Well File CTD Engineer Joe Lastufka Troy.Tempel@bp.com 907-570-1351 TrAi= CAW WELLHEAD= FMC • SAFETIPOTES: WELL ANGLE>70°@ 10735' ACTUATOR= BAKER C """4-1/2"CHROME TBG& LNR*** NMAL KB.al 81.97 Proposed CTD BF.ELEV= 44.32' I KOP= 2800' 2221' 14-1/2"HES X NIP,D=3.813" Max Angle= 92°@ 10995' ' GAS LFT MANDRELS Datum MD= 10652' ST MD TVD DEV TYPE VLV LATCH PORT DATE Datum ND= 8800'SS , 4 3313 3304 15 MMG DOME RK 16 10/09/12 20"CONDUCTOR D=? 110' 11 'I 3 6184 5598 45 MMG SO RK 20 10/09/12 I` 2 8103 6989 42 MMG DMY RK 0 07/31/08 13-3/8"CSG,72#,L-80, U=12.347" H 2678' 1 9317 7903 43 MMG DMY RK 0 07/31/08 I I 9385' 14-1/2"HES X NP,D=3.813" Minimum ID =2.36" @ 10186' v 9405' -I9-5/8"X4-1/2"BKR S3PKR,ID=3.875" 4-1/2" KB LINER TOP PACKER /� I I 9430' 14-1/2"HES X NP,D=3.813" 4-1/2"TBG, 12.6#,13CR-80 NSCT, H 9490' -, x 9492' H4-1/2"WLEG,ID=3.958" .0152 bpf,ID=3.958" El )'>-__<-_, 9566' H 9-5/8"X 5-1/2"BKR S-3 PKR,ID=4.75" 9572' -I 5-1/2"X 4-1/2"XO,D=3.875" I Ir---' 9593' HI4-1/2"HES X NP,D=3.813" ' I 9614' -14-1/2"HES XN NP,MLLED TO 3.80"(09/18/12) 4-1/2"TBG, 12.6#,L-80 BTRS-M, - 9625' 0152 bpf,ID=3.958" 9621' H9-5/8"X 7"BKR ZXP LTP,D=7.50" 9626' H4-1/2"WLEG,D=4.0" TOP OF 7"LINER 9781' \\ 9635' H 9-5/8"X 7"BKR HMC LNR HGR,D=6.188" H 9642' -17"X 5-1/2"XO,D=4.813" 7"LNR,26#,L-80 BTRS,.0383 bpf,ID=6.276" H 9791' x 9644' -{5 1/2"X 4-1/2"XO,D=3.958" 9781' -19-5/8"X 7"BOT LNR HGR,D=? 3-1/2"x 3-1/4"x 2-7/8"Hoer Top - -10150' ' 7"MLLOUT WINDOW(B-27A) 10115'-10160' 9-5/8"CSG,47#,L-80,D=8.681" -1 10082' 7"BKR WHPSTOCK(??/??/??) -1 -10115 13.70"BKR DEPLOY SLEEVE,U=3.00" 7"LNR,29#,L-80 BTRS,.0371 bpf,D=6.184" 1 -10115 - ;, 11 -1u i t'ti' H 3-1/2"LNR,9.2#,L-80:STL,D=2.992" " 40 BOTTOM 7"BKR WHPS;OCK --10135' ;el37°INC @ Window I ►* -- -11500' 3-1/4"LNR,6.6#,L-80,TC-II 4-1/2"KB Packer Whipstock 1 10170' 1- -14 1 '��r .N,,t 0.0079 bpf,ID 2.850" 4-1/2"MONOBORE HPSTOCK(09/26/12) -1 10242' # � •�/7 ' �" Wftrrn` 4-1/2"LNR, 12.6#,13CR-80 NSCT, -10242 ...‘,..s........„,_� ' �..t...24.4.0.,.... .0152 .0152 bpf,ID=3.958" ANN-- ► �� 3-1/2"LNR,9.2#,L-80 STL,.0087 bpf, D=2.992" - 10254' -XXXX' H RA Tag PERFORATION SUMMARY ' 10204' -I 3.70'BTT GEN II DEPLOY SLV,ID=3.00" REF LOG: SLB MEM CNL/GR CCL ON 10/03/12 _ ANGLE ATTOPPERF:82°@ 11390' t 3.80"MILLOUT WINDOW(B-27B) 10242'-10248' Note:Refer to Production DB for historical perf data ' WINDOW SIZE SPF INTERVAL Opn/Sqz SHOT SQZ _ 1.56" 6 11390-11410 0 02/16/14 10254' -3-1/2"X 3-3/16"X0,D=2.786" 2" 6 11406-11416 0 01/07/13 I 2" 6 11410-11420 0 07/05/13 11624' H3-1/2"HES CBP(01/06/13) 2" 6 11658-11668 C 11/12/12 ' 2" 6 11779-11850 C 10/03/12 11749' -13-1/2"HES CBP(11/12/12) 2" 6 11905-11940 C 10/03/12 \ 12003' H 3-3/16"X 2-7/8"XO,D=2.377" I . 3-1/4"LNR,6.60#,L-80 TCII, .0079 bpf,U=2.850" H 12003' r PBT --ID � 12016' 2-7/8"LNR,6.5#,L-80,STL H 13225' 2-7/8"LNR,6.4#,L-80 STL,.0058 bpf, D=2.441" -{ 12051' p 0.0058 bpf,U=2.441" 8864°ND DATE REV BY COMMENTS DATE REV BY COMMENTS PRUDHOE BAY UNIT 12/16/85 AUDI#2 ORIGINAL COMPLETION 01/22/13 JRP/JMD SET CBP&ADPERF(01/06-07/13) WELL: B-27B 06/16/96 N18E SIDETRACK(B-27A) 05/28/13 CRR/PJC 2-7/8"LNR CORRECTION PERMIT No:'2121370 08/01/08 N4ES RWO 07/18/13 LLVJMD ADPERFS(07/05/13) AR No: 50-029-21471-02 10/05/12 NORDIC 1 CTD SIDETRACK(B-27B) 02/18/14 SET/JMD ADPERFS(02/16/14) SEC 31,T11 N,R14E,496'FNL&1595'FEL 10/25/12 AJ/JMD GLV C/O(10/09/12) 09/10/15 TTT B-27C Proposal 11/14/12 I I WJMD SET CBP&ADPERF(11/12/12) BP Exploration(Alaska) 1111 • 411 m alwl a 41� Ea m — LL.' v T. I m � a 41 = a m m,illEM s �•� f —�l�I II 1�I V V L ` a E a u x — 1 • I ,� 10j Is `s m ■N! I I ■ ° m `u ill a 1 12 V c a m x 1 O Q r � m 1 olPi 4 o .I ' 1 m il t11 O ;„ ^ I Illi III _ 1 -�, m 0 - 11 Li.. viii r 1 o a w n c E = c�- ' ® -- III; a III a S J 3 G I It II I I Z Ir. J _ c 111 111 4:t Y v J p E O 111 o • NI of '3e • 111 11111111116 H lic• i1 II J 1 ilir � E a' i- 0 s kg r r, cc W ► 1 8 n ,,,, `w t 110112 U r + a (7 Q 31"0_ Al "Zi I &0 Q VI a U 1 I iiO I F z LH: 1i Nil d it I I vi cc I 1i y N K I IF I OWI y I 1■ [f;fl i . c o 1 1 rc4 • • 0- CO I a C/) it Q 0 J O. a CD Ce I CU 0) .0 .0 L CD N II- mom LAI Q r Nm r, • • N d N 0 d t a U CO 0 c 0 -amrN rN. E a o Z a` a m m CU a m o i • 4 IDZ z m 1` co o to O N O V <"1CV M N 0 M N 7 Lr) N O O O co V iii ; > ` N U U � a N N ' 0 J __ -o aUN- aU °> >> N m a' fn > 01 ai N mN N 3 C 2 c CI cn CI V 'O O7 m F W N y f) C 3 r 0 C O m J J U' N > aL.+ O o 0 N •' O1,a U) C C L R1 O N $2 d a 2 ` CL H CI C C O N U) -0 u m A a o O W W w tG ❑ V N C ` C O w d U N E 7 7 T Nn O t` v >❑> t Z V N O O V V V al '''"' p J F 2 Z N ❑ N y O 3 > > 0 co SII V p O O f� O m C7 N p O CD u 0 W C) i0 N V m 0. co n N O o N V 01 rt 0 (0 a L. 0) 6 O a r m n a p a _ OI U E O ? = p a1 W 3 0 a. _ F + CO ii to7 > V N N y 01 9 W w m C al CI' co C 07 Z W (fl C L 2 N y C o •E Z W u W N E o � ❑ 1- 7 O I + 0 CC U } o Qal N O] la in 0 O I d o >> I c , a m 0 co a E o „ _ In o • N In I 7 a U 0 V N N N L M Z 0 0 3 a COm e- L 0 0 0 0 C7 W 0 a o 0 0 ❑ >, o O O O N 0 t` Z I- O O Cl) 07 O ❑ O N o N a U 0o �N ❑ V a (0 E 0 c Q p U U Q CO r: N- Z 0 I- !O Z N N N d 07 N O w a N N O O_ a O] O] '0 OS U > O N c0 -O a ...„..a) rn rn 3 rL E v m ) ❑ m , n COZ 'w L L a U U Q + + , CO f- r 1` ❑ Z Q O 2 co N N N Z O_ O_ O] all all C C' I Q } C 0 LCI C aI C O7 E E c o c N o m a E a = 7 m T y N 7 C '7 d U C N m PE T m o O 0 O 0 ' 0 01 C Z C m a y d 01 y to ❑ N d F a a C 21 O U 0 • E - - a N 0 o „O' m m y Q m w m « .O' o o m w c w m y 7 m d coo` in550 o. 5 05 CD (flu & 3 a 3 2 0 a > > o • • 0 0 0 CO 0 0 V 0 CO CO 0 N- 0) 0) 0) 0 N- CO C O 0 (+i v v c6 60 ai ai ai ai Di Oi Di 0 a N- m a V co a) a) a) co co co 0 CO CO CO CO CO ao 0 CO Co u ► 0 F o V) _ CI- 0 Cf) CO M V N- 0) N- 0) CO N N N- u) 00 N- V N .- g d ) 0) V V ) r-O COO) OD 0 (D V CO N-s- u) N 0 N V 0) N N OC) N O 00 N- V N4 u) o) OD N N W W V u) co co Co M a) O u) a) V .6 V N a) co CD V N 0 0 CO CO Z M M V N- 0) 0 M V (D 0) CO V V (P) N- 0) 0 0 N N Q H V V V V V f)1 (O u) lf) (O (D (D co (D co- (O OD h N Nn -- .0 05 Ca OS03 0 92 a NN 3 Y 0 0 Co N 0 0 u) u) 0 O) 0 0 0 0 0 0 0 0 0 0 0 0 0 QO O u) ()O 0) 0) 0) 0 0 0 0 0 0 0 0 0 0) 0 0 3 O a) N N N N N N N N N N N N N n (-- 0 N @ @ E in a) 0 J CO N- ^W o )N N N j C a ❑ '=r- CO m CO F W M u) u) Cr) 0) (0 V OD M CO N- 0) OO N CO u) (D 0) CD 0 0) 0) V M N N 0) 03a00 0O) COO (N CONV (Vn N- 00) CO0CO O) M V 0 V 0 N V 0 O 0) a) uo M V D N 0 (J .a I d) uCD 0) 0 N V 0 uM CO O) CD V CO r r N LO N. 0 M N 0 O N CO CO V (O CO CO CON O c ,c g' co- 0 co- 0 OO 0 0 0 W O O O O 0 O 0 O 0 0 CD CD CD CD CD CO (D (D CD (D N- N- N- N- N- N- n N- r Co 0) N 7 co (D (D (D 0 (D Co OD CD OD CO (O (D CD 0 CO OD (D OD y E W re o w O c dO Co -a C Vy 7 M 0 u) N- 0 CD Co CO 0) N N. N. N- N N- u) CO O a W w _0) u0) CVS) CDD N- CO (V COVD N CMD N V N N 0 (VD O0') V UOO CD 0)) o w y Co 0 a E 0 (O N N- 0 u) u) V 0 (D n n V (D M V M OO 6 O Co a) 0) 0) V 0 0 0 CO N O OD N 0) N- 0 N. 0 0) u) CO Q. d La. m c n N- 0 (D 0 (O u) V V V V N V V V Z 00) L N u) u) u) N u) co u) u) u) u) u) u) u) u) u) u) 6 u) uO o >> ❑ 0 0 0 U P p a W W W W a) W W W 0) W 0) a) a) a) a) a) a) a) a) J ~ 2 Z CO ca . l0 Z u) 6 u) u] u) 6 u) u) u) Ml u) u) u) u) 6 u) u) u) u) C D c Oc V t O 0 — m (n Q - CD u) 0 N N h N- CON 0 0 N 0) N- 0 u) Cl) Cl) .� U CoN ❑ M (0,- 0 CO 0 V N 0 0 a N N N- OD 0) s- u) 0 u) CO C d T > 0 0 O u) Co u) V a) N 0 V 00 0 N V N- 6 (O CD 0 N- CD N V 0 V .- CO CO 00 CO CD V N CD a) 0 0 2 M u) I� m 6 u) CO O N M CO V CO 00 0) CO Q. ! g V c c v V v u) u) u) u) co- co- (D (O OD co- co- (D co CO z 0 U 0) O) 00 ,— CD OO V (D M CD CD 0 N 0 OO N u) CO V) V 0) CO )- 0 n V V I. O 0) 00 CO n u) 40 O V V M M 0 V M O M U) V V u) O (0 N N- V 0 N N CO a) o u) u) 0) u) 0 V u) N 03 V 0 0o N- N 0 a) (O M U) U u) u) V V V V V CO CO N N N N () Z F N • N r r r r r r r r r r r r r r r r r r Q U 0 0 Z o G 12 0 0 V M 0 CO N M N u) 0 M 00 V V 0 N • 0 0) 0 V u) N u) OD M N M u) u) V (2) CO N 0 N- M M V 0 OO u) Ni O 00 N- 0 u) 6 N- n 0 ✓ u) co M O co V N. 0 N- N- CD CD (D 0 N V 0 CO V V u) N. CO 03 0) 0) 0) 0) 0) o) 0) 0) 0) 0) CO CO N- men 0 0 0 0 coooc0 0 co0 0 0 0 0 co 0 co- OO OO N ❑Cleco a m I co I 0 M M N. OO 0) 00 .- s- s- s- s- 1- s- V V 03 u) N 0 V CO 0O N O) u) 0) CO O) 03 0) CO (1) u) u) u) (D 1. 0 N- M V N- .— N N- O V ` ›- N O O N N- O 00 `- 00 co O Q) CO 00 O N n I 0 0 Oj d N N .N ► ., O- LO CL CO O (n (Tal> m 0 n V) O > N N N N N N- CO 0) 0 0 0 0 0 0 0 0 0 N- CD u) (O CO CO CO 0 V V u) u) (0 (D (0 OD (D (D (O OD (O (O M M M M Q 0 0 0 of 0) of 0 0 00 0 0 0 0 0 DD Oi Pi Oi O) 0 M M u) CD CD CD (D 0) 0) 0) o) 0) 0) a) 0) - s- s— s a 0 ui co T N ❑ N- M a N c c co .D D_ ,2 Co • 0 0. ✓ -0 m N- N N • O ` co N N N E Z 0_ d m m co A OO O O O c- V V N CD (0 (D LO O O aO O N. 0) CO 0) CO 0) 0) 0) o) CO N 0) 0 N- n N. 0 a- 2 O 0 0^ T O O u) N u ) 0 O u) NO 0 0 N 0 a) 0 0 0 u) 6O) N 0) CO 0 O 0 N 0) V N V CO 0 CO 00 CO 00 co 1 E 0 ,>_' — M n 0) O M V i- N O N V N (D (D 0 O .- N OO N .- fn ❑ O O O O O r- '- N N N N N N N M M M 2 2 R V p c a 0) v a a) m c o a • Q c N E aO+ w w y 7 m C 0 a co 0 U) 0 O • • coa Cu N <O') N V W V co V Q a M M N N 0) N N 0) o 7 U) U) U) vh U] N (` C Un') N tom') C') C0) Com') 7 co U) O c Q a O LU w 0 U o m Z a z Z Z Z Z Z Z z N N W O M O U) U) U) N -0 a 0 v Udo o CO v CO N- v CO m 0 ?? d 'D N N N N N N c0') N W N = (0 fD '- f0 r (0 r tD r <D r in (0 Y 'a .— oo• J O O O O O O O O N. N- N. N- n N- N np\N. 0 N V V E U) O3 ^ ^ ID E o O o o O o 0 0 0 0 0 0 0 0 0 0 O N N ID C O O O O O O co O O O O O O O O O O • O 0 0 0 0 0 O O N CO 6 6 N0 6 O m m H 2 W LD N O U) 6 V O CO O O) CO (O U) O LD CO LO O U) O CO N O (0 CO M U) N N a) U) N N M N O co- 0 O O - - O Oi CO- UO O) O 0 0 « O) N UO O N- N- n r r UO (D O N • Cu, (O CO UO U) O f0 ((00 O O O O U) O O O O CD A Cu W O ii C O d .c w U) ce C O O O O O O O O O O O O O O O O O Cu O O O O O O O N 000000000 O ii '_ O O O O O O N LO V Ui n LO CO 0j LO C u -. C W UO W LD LC/ LO O N h O O N V M N M '6 C N ` 7 I.- ' M N N N R UD ' M M N U) U) CO CO O C V O O O U) O C .- .- ... ,_ ,_ ,_ ,_ co O Cu , Cu C .- O U) U) U) U) U) U) U7 N LO o Cu Cu 0 ci = u) U) Ln Ln u) Lo V a) m m CD O) a) m a) CO u) U Cu CO t I a) a) 0) 0) 0) D) D) ui ui ui tri (n to" Lai ti-i- (n m > L ` .. O N Ui LO UI LII- Ui CO- LO- 2 J F 2 Z N 0 z 0 0. w N v co co co co a) N O a) O N M N N O CO Cu CO LD O U) LO ? M 'V O N O CA 0) O M O N- UD UO N- 0) N LD co (O O N N- U) OLD O U) O 0 N 0) N- O O N. n CO N CO r U) N N M N O N ,- O n M CO U] N N (D U7 W U] (D ..5n Ui N f` n UD CO- a) CO- f- I.-- (0 CO .- + 1— O O N- _ coU) M N co a) CO M O U) (DOD a) CO CL V W (D W UO W O)W O W0)W 0) , CO Cl M U) V O) U) N- CO U)W M O O N O M O O O U) O co UD U) 0 4 co N N UD N W d. m C� O O) N U? n ^ U) a) u) O) h U) N N- O f- N- CO N C N O O -( r^" (Na) co « U) v U) v N ID U) V CO N CO n (D U) co O N N O Oj U) Z = - N � � � � 0 U) v V V v v Ln N Ln � � @ + U) co U) U] co LD Z co a_ Z z Z Z Z z 0) z 1 N O U) VO' Th M UD u] O CuVN U) O O (^') O - O O st O «O O O O O O O O O O O O ry O ,- O , 0 .- O ,- 0 ,- 0 ,- 0 0 000000000 O . CO O OD UD UD O > O O0 O O O O O O O 4- C) > CC > 0 > 0> 0 0 0 O a 0 o > o > o > o> 0) ,- O> o > • E Q)H O)F W H W H' Q) co I- 4- 0 D) I- 7 f� co U) 'U N 7 f: O 17 O co C co 7 M O O n n U) a LD M N N U) N CO\ O) O O O O co O a) 0) O W W co 01 0 co O 0 O O 0 0 2 0 2 2 m 2 o = o V o f o f o = o ' o o = O j O 3 O j O j O = O j O o O j V O O co (D co N N a` n N N N N N r a co O) co M co M O O ▪ N- M co N co 0) • N co N a m m (O Cu Cu Cu Cu Cu . U) O y O N O u) O (meq O N O (gyp O vr O y O 7 O = 0 = O 7 O 7 O 7 O L() O O 0' o '0 O ? 0 2O n O OO ON(n U o) 6 m M m M N- C CO (D ! M n Q Q N m a` a a a a a a a a U• coCV CV O E E 6) E Cu N Cu U) • U) m > N d N d N N N Cui < o a U U U D U U o o U U 'O m f� f` r Cu Cu Cu Cu Cu Cu Cu U) o 2 m N N N 2' 0) 2' 2' 2' CO) m Of Z O. d 00 00 m « Cu Cu Cu Cu Cu Cu Cu Cu 2' N N ^ N co N O N O Cu r" N N N M V' N UO n CO W C d O B O 2 O 2 O N O N O N O N C N O 0) M U) N N M (/) V7 tl) C C C C C C C C C C o m w m 'E 'Cu' 'E m E m E C .E_ m'E_ a) E o o 'o 'o 'o 'o 'o 'o 0 o 1-6.E cv E os d m m m CO o) rn T 0)a a a a a a a CL a rn C C C C C C C C C C C C C T C C 0 .. d z E a ',7,1c2 m'o F m.o m'a 'o F m'o F m o a° m o F o U) o. `O 0 .�. ? t U o.f- U o.0 O a s U n d U a a- U a s m a s O a a. o w a m a m t comma, N L N L L N- i L n n L N- i L o L . ^ L i N o 'd„ N N N N N N CL N C • O Cuy Cuy o U d U) 0 H H 03 m m m m m m • • coa to o co in O op 0 0 O) N Ni o [f N ^ CO CO F M co [7 Ch CO CD Q CO co , a sr srZ a O w w U 0 co co z z z z V/ N N 0 V O O 0 N CO CO N CO O V C`') V ?? d N N N N N 05 f0 7 CO CO Y 7 3 NN 0 o Z O O O 3 Q N- n N- a) r- r 0 f6 N ©Ud Eco 0 m — N-N- CU .E 2 o 0 0 CU N N 7 c 0 O O O m m H 2 W eD o 6 o .- co CO .4- co [n O O) O C) n N- n co co co d u -a c O °_' .c w N y 2 O O O o co o c4 c O O O W co N u) N- CUO o o o y •_ O O O d y co V 'O U U C r V O O c c 7 CO N Z CO U N P7 CO O ) 6) U CU u) u) CO ❑ w N O 0) O) (U a U 0 u) CO u) CU 0 L w v ❑ r i' r N O N 0 ❑ O 7 CU . d CO CO O CO F Z N ❑ c m n Ni CU E E t O as 0 CL a) e' rnn a) n C) 6 D. co o 0 m O N- CD U H o a aw cw �w m W '., oo rn 't ,_.4: c,,‘- V co 0) u) O CO OI u) Q) 0) o r 0C > a z z z d v m n j m ' Q Ni O Oi E O .- co N O O lor I Z CO O O > O 0) co-� O N CO CO CI N u) V u) 06 CO O) co O CO o O O 2 2 2 I O N o N O , O 7 O 7 O 7 K) - - U ._ CO t") O co CO N 0) LOr N o ca 7 0) n N N N N VI 1- C- O N 0- V N CO N- CO O] CO CO CO O 6 V n 0 L r a n sr O N O N O N U n N O 0 O 7 O 7 O 7 t" d 7 N CO OO M- OO (n O O O O N > ❑ `� Co ID Ne Q 0 sr U) CO .D xi co co O O U >. N V O O CO Yl C O u7 U NO .1="e N- N- ,- coE coCU CU co CU coCU 7 D. CO 0 0 Q O d U U U Ny2 N O O L -0m N- n N- CU CU CO '03 ❑ O 2 w N N N 2' 2 c E Z a a m CO m m Io m 0 CO N O y CO N 4 m c N -al rnE CUE a. a C c c c C C c lU N-O C N O H l0'O D. Y co a 2 C U na U na U as U o a a) r"-- n n 7) N Cv 0 O d y W N N N CO L e c..) 8.- m3 ❑ co m m v 0 o • • 0 by North America - ALASKA - BP Prudhoe Bay PB B Pad B-27 500292147100 B-27C B-27C WP12 Travelling Cylinder Report 06 October, 2015 • • BP bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay ND Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Reference B-27C WP12 Filter type: GLOBAL FILTER APPLIED:All wellpaths within 200'+100/1000 of reference Interpolation Method: MD Interval 25.00usft Error Model: ISCWSA Depth Range: 10,170.00 to 13,235.65usft Scan Method: Tray.Cylinder North Results Limited by: Maximum center-center distance of 1,520.46 usft Error Surface: Elliptical Conic Survey Tool Program Date 10/6/2015 From To (usft) (usft) Survey(Wellbore) Tool Name Description 100.00 10,170.00 B-27B Srvy 2 GYD-CT-CMS(B-27B) GYD-CT-CMS Gyrodata cont.casing m/s 10,170.00 13,235.65 B-27C WP12(B-27C) MWD MWD-Standard Casing Points ------_----- - � I Measured Vertical Casing Hole Depth Depth Diameter Diameter (usft) (usft) Name (in) (in) 2,670.48 2,595.01 13 3/8" 13.375 17.500 10,075.48 8,369.87 9 5/8" 9.625 12.250 10,115.00 8,399.40 7" 7.000 8.500 12,057.00 8,972.32 2 7/8" 2.875 4.125 Summary Reference Offset Centre to No-Go Allowable Measured Measured Centre Distance Deviation Warning Site Name Depth Depth Distance (usft) from Plan Offset Well-Wellbore-Design (usft) (usft) (usft) (usft) PB B Pad B-02-B-02-B-02 Out of range 8-02-B-02A-B-02A Out of range B-04-B-04-B-04 Out of range B-04-B-04A-B-04A 10,750.00 11,775.00 1,079.92 700.53 379.61 Pass-Major Risk B-04-B-04APB1-B-04APB1 10,200.00 11,175.00 1,120.83 702.84 426.19 Pass-Major Risk B-05-B-05-B-05 12,600.00 12,000.00 1,142.60 1,398.86 -253.07 FAIL-Major Risk B-05-B-05A-B-05A 12,543.70 11,930.00 812.04 1,013.58 -200.86 FAIL-Major Risk B-07-B-07-B-07 11,150.00 10,825.00 1,470.06 246.37 1,260.23 Pass-Major Risk B-07-B-07A-B-07A 11,107.46 12,300.00 543.77 393.99 158.26 Pass-Major Risk B-20-B-20A-B-20A 10,261.37 11,708.00 635.13 478.43 307.48 Pass-Major Risk B-22-B-22-B-22 Out of range B-22-B-22A-B-22A Out of range B-27-6-27-B-27 10,193.03 10,200.00 7.05 4.28 3.11 Pass-Major Risk B-27-B-27A-B-27A 10,199.93 10,200.00 1.60 3.39 -1.77 FAIL-Major Risk B-27-B-27B-B-27B 10,199.93 10,200.00 1.60 3.39 -1.77 FAIL-Major Risk B-28-B-28-B-28 Out of range B-36-B-36-B-36 12,436.66 11,750.00 138.92 409.69 -212.82 FAIL-Major Risk PBDS07 07-13-07-13C-07-13C 12,350.00 14,132.00 1,292.41 282.63 1,021.11 Pass-Major Risk 07-13-07-13CPB1-07-13CPB1 12,350.00 14,001.00 1,431.53 284.13 1,158.86 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 2 COMPASS 5000.1 Build 61 • • BP by Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- 0-04-B-04A-B-04A Offset Site Error: 0.00 usft Survey Program: 100-CB-GYRO-MS,10254-MWD,10665-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth 4-NIS +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 10,178.22 8,448.74 11,100.00 8,884.93 30.97 229.79 -24.51 2,625.88 3,802.16 3.500 1,212.94 716.24 507.15 Pass-Major Risk 10,190.00 8,458.04 11,125.00 8,893.02 31.02 229.79 -23.81 2,628.90 3,825.62 3.500 1,211.76 711.28 511.33 Pass-Major Risk 10,194.37 8,461.45 11,150.00 8,901.10 31.02 229.80 -23.01 2,630.10 3,849.24 3.500 1,20928 707.56 513.75 Pass-Major Risk 10,200.00 8,465.82 11,175.00 8,908.50 31.02 229.81 -22.19 2,629.68 3,873.11 3.500 1,205.45 702.71 515.99 Pass-Major Risk 10,200.00 8,465.82 11,200.00 8,914.81 31.02 229.82 -21.52 2,828.02 3,897.24 3.500 1,200.51 702.63 51253 Pass-Major Risk 10,211.29 8,474.48 11,225.00 8,920.28 31.02 229.82 -20.52 2,624.73 3,921.40 3.500 1,194.07 692.67 517.29 Pass-Major Risk 10,225.00 8,484.82 11,250.00 8,924.94 31.03 229.83 -19.45 2,619.83 3,945.47 3.500 1,186.45 680.04 523.47 Pass-Major Risk 10,225.00 8,484.82 11,275.00 8,928.64 31.03 229.84 -18.80 2,613.40 3,969.34 3.500 1,177.31 679.96 515.78 Pass-Major Risk 10,225.00 8,484.82 11,300.00 8,931.71 31.03 229.84 -18.17 2,605.50 3,992.85 3.500 1,167.12 679.89 507.07 Pass-Major Risk 10,225.00 8,484,82 11,325.00 8,934.14 31.03 229.85 -17.55 2,596.06 4,015.86 3.500 1,155.80 679.82 497.26 Pass-Major Risk 10,238.37 8,494.70 11,350.00 8,936.08 31.03 229.85 -16.55 2,585.25 4,038.32 3.500 1,143.29 666.96 498.59 Pass-Major Risk 10,250.00 8,503.12 11,375.00 8,938.16 31.03 229.86 -15.64 2,573.36 4,060.21 3.500 1,130.40 655.34 498.26 Pass-Major Risk 10,250.00 8,503.12 11,400.00 8,940.35 31.03 229.86 -15.12 2,560.46 4,081.51 3.500 1,116.90 655.34 486.09 Pass-Major Risk 10,250.00 8,503.12 11,425.00 8,942.72 31.03 229.87 -14.57 2,548.05 4,103.08 3.500 1,104.30 655.47 474.94 Pass-Major Risk 10,260.77 8,510.78 11,450.00 8,944.75 31.03 229.87 -13.63 2,536.78 4,125.30 3.500 1,092.80 644.43 47567 Pass-Major Risk 10,275.00 8,520.86 11,475.00 8,945.94 31.04 229.88 -12.49 2,526.85 4,148.21 3.500 1,082.65 629.33 481.85 Pass-Major Risk 10,275.00 8,520.66 11,500.00 8,946.80 31.04 229.88 -11.74 2,518.31 4,171.68 3.500 1,073.79 629.48 475.16 Pass-Major Risk 10,275.00 8,520.66 11,525.00 8,947.79 31.04 229.89 -10.93 2,511.34 4,195.67 3.500 1,066.92 629.64 470.71 Pass-Major Risk 10,284.11 8,526.85 11,550.00 8,948.57 31.04 229.90 -9.80 2,505.65 4,220.00 3.500 1,061.56 619.77 477.33 Pass-Major Risk 10,289.96 8,530.77 11,575.00 8,949.03 31.04 229.91 -8.72 2,501.48 4,244.64 3.500 1,057.95 613.34 482.67 Pass-Major Risk 10,300.00 8,537.39 11,600.00 8,949.60 31.05 229.92 -7.47 2,498.70 4,269.47 3.500 1,056.16 602.00 494.46 Pass-Major Risk 10,300.00 8,537.39 11,625.00 8,950.72 31.05 22993 -6.56 2,497.13 4,294.39 3.500 1,056.15 602.17 497.55 Pass-Major Risk,CC 10,300.00 8,537.39 11,650.00 8,952.22 31.05 229.95 -5.64 2,496.81 4,319.35 3.500 1,058.03 602.34 502.65 Pass-Major Risk 10,313.50 8,546.07 11,675.00 8,953.11 31.05 229.96 -4. 2,497.31 4,344.32 3.500 1,060.73 586.59 522.93 Pass-Major Risk 10,325.00 8,55326 11,700.00 8,953.81 31.06 22998 -2. 2,498.86 4,369.26 3.500 1,064.95 572.84 542.90 Pass-Major Risk 10,325.00 8,553.26 11,725.00 8,953.83 31.06 229.99 -1. 2,501.06 4,394.16 3.500 1,069.88 573.01 551.35 Pass-Major Risk 10,325.00 8,553.26 11,750.00 8,952.62 31.06 230.01 -1.00 2,503.44 4,419.02 3.500 1,075.07 573.19 560.33 Pass-Major Risk 10,750.00 8,749.07 11,775.00 8,950.98 31.74 230.02 -17.51 2,506.46 4,443.78 3.500 1,079.92 700.53 379.61 Pass-Major Risk,ES,SF 10,782.93 8,753.59 11,800.00 8,949.82 31.78 230.04 -15.90 2,510.90 4,468.35 3.500 1,080.11 690.10 390.48 Pass-Major Risk 10,775.00 8,757.80 11,825.00 8,949.19 31.82 230.06 -14.38 2,51629 4,492.75 3.500 1,081.88 680.02 402.69 Pass-Major Risk 10,775.00 8,757.80 11,850.00 8,948.97 31.82 230.08 -13.87 2,522.54 4,516.95 3.500 1,084.93 680.24 405.83 Pass-Major Risk 10,784.15 8,760.99 11,875.00 8,949.08 31.86 230.10 -12.61 2,530.05 4,540.80 3.500 1,08974 672.42 418.91 Pass-Major Risk 10,790.99 8,763.38 11,900.00 8,94891 31.88 230.12 -11.53 2,538.38 4,564.37 3.500 1,095.76 666.50 431.36 Pass-Major Risk 10,800.00 8,766.53 11,925.00 8,948.32 31.91 230.14 -10.26 2,546.84 4,587.88 3.500 1,102.24 658.45 446.52 Pass-Major Risk 10,800.00 8,766.53 11,950.00 8,947.86 31.91 230.16 -9.74 2,553.95 4,611.84 3.500 1,107.79 658.68 452.38 Pass-Major Risk 10,811.35 8,770.49 11,975.00 8,947.24 31.95 230.18 -8.28 2,559.37 4,636.23 3.500 1,111.99 648.28 467.80 Pass-Major Risk 10,825.00 8,775.25 12,000.00 8,946.68 32.00 230.20 -6.65 2,562.99 4,660.96 3.500 1,114.90 635.39 484.57 Pass-Major Risk 10,825.00 8,775.25 12,025.00 8,946.77 32.00 230.22 -6.18 2,564.96 4,685.87 3.500 1,116.58 635.66 486.61 Pass-Major Risk 10,825.00 8,775.25 12,050.00 8,948.30 32.00 230.24 -5.80 2,565.82 4,710.80 3.500 1,117.92 635.93 488.23 Pass-Major Risk 10,839.85 8,780.44 12,075.00 8,951.68 32.06 230.26 -4.27 2,565.83 4,735.57 3.500 1,118.95 621.53 504.57 Pass-Major Risk 10,850.00 8,783.98 12,100.00 8,956.52 32.10 230.28 -3.21 2,564.84 4,760.07 3.500 1,119.69 611.52 516.00 Pass-Major Risk 10,850.00 8,783.98 12,125.00 8,961.83 32.10 230.31 -3.02 2,56347 4,784.46 3.500 1,120.53 611.70 516.82 Pass-Major Risk 10,862.19 8,788.23 12,150.00 8,967.14 32.14 230.33 -1.81 2,562.11 4,808.85 3.500 1,121.72 599.63 530.74 Pass-Major Risk 10,864.57 8,789.06 12,158.00 8,968.84 32.15 230.34 -1.55 2,561.67 4,816.66 3.500 1,122.19 597.31 533.69 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 3 COMPASS 5000.1 Build 61 • . ffi 04.„ BP 4 s' Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-04-B-04APB1-B-04APB1 Offset Site Error: 0.00 usft Survey Program: 100-CB-GYRO-MS,10254-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/S +El-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) 1°) (usft) (usft) (in) (usft) (usft) (usft) 10,170.00 8,442.18 11,075.00 8,877.80 30.93 229.78 -27.09 2,551.51 3,772.78 3.937 1,154.45 719.66 441.28 Pass-Major Risk 10,181.37 8,451.24 11,100.00 8,885.55 30.98 229.79 -26.60 2,544.61 3,795.53 3.937 1,143.97 715.08 435.53 Pass-Major Risk 10,190.00 8,458.04 11,125.00 8,893.69 31.02 22979 -26.10 2,538.73 3,818.42 3.937 1,134.76 711.40 430.14 Pass-Major Risk 10,200.00 8,465.82 11,150.00 8,902.23 31.02 229.80 -2527 2,534.01 3,841.44 3.937 1,127.02 702.90 431.53 Pass-Major Risk 10,200.00 8,465.82 11,175.00 8,91128 31.02 229.81 -24.73 2,530.39 3,864.45 3.937 1,120.83 702.84 426.19 Pass-Major Risk,ES,SF 10,209.85 8,473.39 11,200.00 8,921.09 31.02 229.82 -23.89 2,527.76 3,887.29 3.937 1,116.24 694.17 431.02 Pass-Major Risk 10,225.00 8,484,82 11,225.00 8,932.01 31.03 229.82 -22.90 2,525.98 3,909.71 3.937 1,113.49 680.29 442.80 Pass-Major Risk 10,225.00 8,484.82 11,250.00 8,943.24 31.03 229.83 -22.38 2,525.27 3,932.03 3.937 1,112.03 680.24 442.28 Pass-Major Risk 10,225.00 8,484.82 11,275.00 8,953.86 31.03 229.84 -21.81 2,525.01 3,954.66 3.937 1,111.22 680.20 442.47 Pass-Major Risk 10,236.41 8,493.26 11,300.00 8,963.52 31,03 229.85 -20.86 2,524.73 3,977.71 3.937 1,110.25 669.28 453.27 Pass-Major Risk 10,250.00 8,503.12 11,325.00 8,972.34 31.03 229.87 -19.80 2,524.32 4,001.10 3.937 1,109.30 65626 466.85 Pass-Major Risk 10,250.00 8,503.12 11,350.00 8,981.05 31.03 229.89 -19.16 2,523.90 4,024.53 3.937 1,108.56 657.25 467.51 Pass-Major Risk 10,250.00 8,503.12 11,357.00 8,983.49 31.03 229.90 -18.99 2,523.78 4,031.09 3.937 1,108.45 657.53 467.79 Pass-Major Risk,CC CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 4 COMPASS 5000.1 Build 61 • • BP 0 bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-05-B-05-B-05 Offset Site Error. 0.00 use Survey Program: 100-CB-GYRO-MS Rule Assigned:Major Risk Offset Wall Error: 0.00 use Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +E/-W Hole Size Centre Distance Deviation (usft) (usft) (use) (usft) (usft) (usft) 11 (usft) (usft) (in) (usft) (usft) (usft) 10,475.00 8,633.71 9,775.00 7,637.98 31.15 277.60 144.97 469.95 4,647.71 10.937 1,432.91 875.28 733.82 Pass-Major Risk 10,486.61 8,639.46 9,800.00 7,656.20 31.17 278.67 144.21 468.43 4,664.76 10.937 1,424.68 88676 718.74 Pass-Major Risk 10,500.00 8,646.04 9,82500 7,674.27 31.18 279.82 143.34 466.82 4,681.97 10.937 1,416.90 899.30 703.40 Pass-Major Risk 10,507.21 8,649.54 9,850.00 7,69214 31.19 280.97 142.92 465.06 4,699.35 10.937 1,409.59 907.43 690.48 Pass-Major Risk 10,517.60 8,654.55 9,875.00 7,709.83 31.20 282.12 14229 463.15 4,716.92 10.937 1,402.80 917.82 677.02 Pass-Major Risk 10,525.00 8,658.08 9,900.00 7,727.33 3121 283.27 141.89 461.11 4,734.66 10.937 1,396.51 926.11 664.88 Pass-Major Risk 10,538.46 8,664.44 9,925.00 7,744.63 3123 284.52 14106 458.92 4,752.57 10.937 1,39072 938.17 65127 Pass-Major Risk 10,550.00 8,669.81 9,950.00 7,761.75 3125 285.77 140.40 456.59 4,770.64 10.937 1,385.45 948.57 638.72 Pass-Major Risk 10,559.37 8,674.12 9,975.00 7,778.69 3127 287.02 139.90 454.12 4,788.86 10.937 1,380.69 957.40 627.16 Pass-Major Risk 10,575.00 8,681.18 10,000.00 7,795.43 31.29 288.27 138.96 451.51 4,807.24 10.937 1,376.47 968.87 614.76 Pass-Major Risk 10,575.00 8,681.18 10,025.00 7,812.01 3129 28960 139.18 448.78 4,825.75 10.937 1,372.71 973.03 605.89 Pass-Major Risk 10,590.54 8,688.06 10,050.00 7,828.45 31.32 290.94 13829 445.93 4,844.37 10.937 1,369.40 983.84 594.12 Pass-Major Risk 10,600.00 8,692.17 10,075.00 7,844.75 31.34 29228 137.85 442.96 4,863.09 10.937 1,366.57 991.58 584.05 Pass-Major Risk 10,611.02 8,696.88 10,100.00 7,860.92 31.36 293.62 137.31 439.88 4,881.90 9.062 1,364.22 999.32 574.29 Pass-Major Risk 10,625.00 8,702.74 10,125.00 7,877.00 31.39 295.00 13657 43670 4,900.78 6.875 1,362.30 1,007.52 564.54 Pass-Major Risk 10,625.00 8,702.74 10,150.00 7,893.05 31.39 296.39 136.89 433.43 4,919.67 6.875 1,360.75 1,01178 556.67 Pass-Major Risk 10,641.02 8,709.27 10,175.00 7,909.06 31.43 29778 136.03 430.09 4,93858 6.875 1,359.53 1,019.76 54707 Pass-Major Risk 10,650.00 8,712.85 10,200.00 7,925.03 31.45 299.17 135.71 426.65 4,95750 6.875 1,358.71 1,025.63 538.68 Pass-Major Risk 10,950.00 8,818.88 10,225.00 7,940.97 32.50 300.58 14455 423.13 4,976.43 6.875 1,356.82 997.24 557.17 Pass-Major Risk 10,950.00 8,818.88 10,25000 7,956.88 32.50 301.99 144.83 419.53 4,995.38 6.875 1,351.90 1,001.69 546.25 Pass-Major Risk 10,961.32 8,822.83 10,275.00 7,972.75 32.55 303.40 144.18 41584 5,014.34 6.875 1,347.36 1,01275 530.84 Pass-Major Risk 10,975.00 8,827.60 10,300.00 7,988,59 32.61 304.81 143.34 412.06 5,033.31 6.875 1,343.29 1,024.40 51531 Pass-Major Risk 10,97500 8,827.60 10,325.00 8,004.39 32.61 30624 143.66 408.21 5,05229 6.875 1,339.53 1,028.89 505.02 Pass-Major Risk 10,984.05 8,83076 10,350.00 8,020.18 32.65 307.66 143.25 404.27 5,071.28 6.875 1,336.21 1,037.71 491.87 Pass-Major Risk 11,000.00 8,836.32 10,375.00 8,035.95 32.73 309.09 14226 400.26 5,090.26 6.875 1,333.38 1,048.93 477.38 Pass-Major Risk 11,000.00 8,836.32 10,400.00 8,051.69 3273 31052 142.62 396.17 5,109.24 6.875 1,330.79 1,053.38 467.76 Pass-Major Risk 11,000.00 8,836.32 10,425.00 8,067.40 32.73 311.98 142.99 392.04 5,128.24 6.875 1,328.72 1,057.91 458.61 Pass-Major Risk 11,575.00 8,977.35 10,450.00 8,08308 36.31 313.43 149.77 387.91 5,147.28 6.875 1,320.37 1,026.37 562.02 Pass-Major Risk 11,575.00 8,977.35 10,475.00 8,098.71 36.31 314.88 15028 383.78 5,166.35 6.875 1,309.57 1,030.99 541.95 Pass-Major Risk 11,575.00 8,977.35 10,50000 8,114.30 36.31 316.34 150.79 379.65 5,185.44 6.875 1,299.19 1,035.61 522.23 Pass-Major Risk 11,589.34 8,97720 10,525.00 8,129.87 36.43 317.81 149.60 375.43 5,204.55 6.875 1,289.04 1,051.25 494.26 Pass-Major Risk 11,600.00 8,977.09 10,550.00 8,145.41 36.52 31928 148.86 371.04 5,223.63 6.875 1,279.45 1,063.49 469.11 Pass-Major Risk 11,60000 8,977.09 10,575.00 8,160.94 36.52 32075 149.44 366.47 5,242.68 6.875 1,270.29 1,068.18 44973 Pass-Major Risk 11,608.48 8,977.00 10,600.00 8,176.44 36.59 32222 149.01 361.73 5,261.71 6.875 1,261.62 1,078.49 426.37 Pass-Major Risk 11,614.84 8,976.94 10,625.00 8,191.93 36.65 32370 148.86 356.90 5,280.73 6.875 1,253.39 1,087.22 404.41 Pass-Major Risk 11,625.00 8,976.83 10,650.00 8,207.41 36.73 325.18 148.26 352.04 5,299.75 6.875 1,245.54 1,097.93 381.14 Pass-Major Risk 11,625.00 8,976.83 10,675.00 8,222.88 36.73 326.67 148.91 347.15 5,318.78 6.875 1,238.06 1,102.65 362.63 Pass-Major Risk 11,633.79 8,976.74 10,70000 8,238.33 36.81 328.15 148.50 342.24 5,337.81 6.875 1,230.96 1,112.13 340.67 Pass-Major Risk 11,640.05 8,976.67 10,725.00 8,253.78 36.87 329.64 148.42 337.27 5,356.82 6.875 1,224.29 1,120.02 319.99 Pass-Major Risk 11,650.00 8,976.57 10,750.00 8,269.22 36,95 331.13 147.91 332.23 5,375.82 6.875 1,218.09 1,129.37 298.35 Pass-Major Risk 11,65000 8,976.57 10,775.00 8,284.67 36.95 332.62 148.62 327.09 5,394.80 6.875 1,212.32 1,134.07 280.84 Pass-Major Risk 11,658.65 8,976.48 10,800.00 8,300.10 37.03 334.11 148.30 321.88 5,413.76 6.875 1,207.01 1,142.37 260.65 Pass-Major Risk 11,664.77 8,976.41 10,825.00 8,315.52 37.09 335.62 148.30 316.58 5,432.72 6.875 1,202.19 1,149.43 241.89 Pass-Major Risk 11,675.00 8,976.31 10,850.00 8,330.88 37.18 337.13 147.81 311.19 5,451.69 6.875 1,197.91 1,157.60 222.63 Pass-Major Risk 11,675.00 8,976.31 10,87500 8,346.19 37.18 338.64 14857 30570 5,470.68 6.875 1,194.11 1,162.29 20678 Pass-Major Risk 11,675.00 8,976.31 10,900.00 8,361.45 37.18 340.15 149.34 300.13 5,489.68 6.875 1,190.92 1,166.98 19159 Pass-Major Risk 11,688.89 8,976.16 10,92500 8,376.68 37.30 341.68 148.45 29450 5,508.69 6.875 1,188.06 1,175.48 17325 Pass-Major Risk 12,075.00 8,972.13 10,950.00 8,391.90 41.10 34321 169.11 288.83 5,527.69 6.875 1,185.55 1,097.98 23129 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 5 COMPASS 5000.1 Build 61 • • ,, BP ip, Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 13-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- 13-05-B-05-B-05 Offset Site Error: 0.00 usft Survey Program: 100-CB-GYRO-MS Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +EI-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) 1') (usft) (usft) (in) (usft) (usft) (usft) 12,075.00 8,972.13 10,975.00 6407.11 41.10 34474 169.75 283.13 5,546.70 6.875 1,177.58 1,102.93 213.12 Pass-Major Risk 12,084.83 8,972.03 11,000.00 8,422.31 41.20 346.28 16921 277.41 5,565.71 6.875 1,169.99 1,117.71 186.51 Pass-Major Risk 12,091.06 8,971.96 11,025.00 8,437.50 41.27 347.81 169.13 271.65 5,584.70 6.875 1,162.84 1,128.89 163.56 Pass-Major Risk 12,100.00 8,971.87 11,050.00 8,452.71 41.36 349.35 168.73 265.85 5603.68 6.875 1,156.11 1,141.95 138.87 Pass-Major Risk 12,100.00 8,971.87 11,075.00 8,467.92 41.36 350.89 169.43 260.02 5,622.64 6.875 1,149.81 1,146.92 121.99 Pass-Major Risk 12,109.71 8,971.77 11,100.00 8,483.15 41.47 352.43 168.97 254.14 5,641.58 6.875 1,143.93 1,160.44 97.89 Pass-Major Risk 12,115.90 8,971.70 11,125.00 8,498.39 41.54 353.97 168.94 248.26 5,660.51 6.875 1,138.47 1,170.61 76.79 Pass-Major Risk 12,125.00 8,971.61 11,150.00 8,513.64 41.64 355.50 168.58 242.40 5,679.42 8.875 1,133.43 1,182.86 54.34 Pass-Major Risk 12,125.00 8,971.61 11,175.00 8,528.92 41.64 357.04 169.33 236.55 5,698.33 6.875 1,128.79 1,187.80 39.01 Pass-Major Risk 12,134.39 8,971.51 11,200.00 8,544.22 41.74 358.58 168.96 230.72 5,717.22 6.875 1,124.53 1,199.83 17.49 Pass-Major Risk 12,140.52 8,971.45 11,225.00 8,559.53 41.81 360.11 16899 224.87 5,736.10 6.875 1,120.74 1,209.14 -1.03 FAIL-Major Risk 12,150.00 8,971.35 11,250.00 8,574.85 41.92 361.64 168.63 218.97 5,754.95 6.875 1,117.46 1,220.44 -20.90 FAIL-Major Risk 12,150.00 8,971.35 11,275.00 8,590.18 41.92 363.18 169.43 213.01 5,773.78 6.875 1,114.65 1,225.34 -34.21 FAIL-Major Risk 12,158.74 8,971.25 11,300.00 8,605.52 42.02 364.71 169.17 207.00 5,792.58 6.875 1,112.33 1,235.69 -52.12 FAIL-Major Risk 12,164.76 8,971.19 11,325.00 8,620.90 42.08 366.23 16926 200.99 5,811.35 6.875 1,110.47 1,244.04 -67.60 FAIL-Major Risk 12,175.00 8,971.09 11,350.00 8,636.34 4220 367.75 168.84 195.03 5,830.10 6.875 1,109.03 1,254.39 -84.47 FAIL-Major Risk 12,175.00 8,971.09 11,375.00 8,651.84 42.20 369.28 16967 189.14 5,848.80 6875 1,107.92 1,259.20 -95.56 FAIL-Major Risk 12,175.00 8,971.09 11,400.00 8,667.40 42.20 370.80 170.51 183.30 5,867.48 6.875 1,107.31 1,264.00 -105.98 FAIL-Major Risk 12,188.41 8,970.95 11,425.00 8,683.01 42.35 372.30 169.73 177.44 5,886.11 6.875 1,107.01 1,275.03 -122.01 FAIL-Major Risk 12,200.00 8,970.82 11,450.00 8,698.65 42.49 373.80 189.18 171.51 5,904.69 6.875 1,107.38 1,284.37 -135.56 FAIL-Major Risk 12,200.00 8,970.82 11,475.00 8,714.33 42.49 375.29 170.04 165.49 5,923.20 6.875 1,108.19 1,289.04 -143.92 FAIL-Major Risk 12,200.00 8,970.82 11,500.00 8,730.05 42.49 376.79 170.89 159.39 5641.67 8.875 1,109.63 1293.71 -151.40 FAIL-Major Risk 12,489.78 8,967.80 11,525.00 8,745.82 45.95 37826 -174.91 153.26 5,960.06 6.875 1,107.67 1,243.33 -107.67 FAIL-Major Risk 12,500.00 8,967.69 11650.00 8,761.68 46.07 379.72 -175.33•"'- 147.13 .5,928.39 6.875 1,105.32 1,257.51 -127.57 FAIL-Major Risk 12500.00 8667.69 11675.00 6777.62 4607 381.19 -174.50 „teal 5,906.65 6.875 1,103.37 1,262.23 -137.57 FAIL-Major Risk 12500.00 8,967.69 11600.00 8,793.65 4607 38266 -173.66 ' 134.90 • 16,09.84 6.875 1,101.98 1266.94 -146.81 FAIL-Major Risk 12,513.01 8,967.56 11,625.00 8,809.74 46.23 384.09 -174.38 128.79 6,032.97 6.875 1,100.90 1,282.77 -166.57 FAIL-Major Risk 12,525.00 8,967.43 11,650.00 8,825.88 46.38 385.52 -174.98 122.68 6,051.06 6.875 1,100.44 1,296.90 -183.82 FAIL-Major Risk 12525.00 8,967.43 11,675.00 8,842.05 48.38 386.96 -17412 116.55 6,069.11 6.875 1,100.34 1,301.48 -190.99 FAIL-Major Risk,CC 12,532.54 8,967.35 11,700.00 8,85826 4648 388.39 -174.18 110.42 6,087.13 6.875 1,100.80 1,31163 -202.91 FAIL-Major Risk 12,53254 8,967.35 11,725.00 8,874.52 46.48 389.81 -173.31 10428 8,105.10 6.875 1,101.74 1,316.16 -208.47 FAIL-Major Risk 12,541.44 8,967.26 11,750.00 8,890.83 46.59 39122 -173.53 98.11 6,123.01 6.875 1,103.15 1,326.81 -219.42 FAIL-Major Risk 12,550.00 8,967.17 11,775.00 8,907.19 46.70 392.63 -173.70 91.93 6,140.88 6.875 1,105.08 1,336.78 -228.88 FAIL-Major Risk 12,550.00 8,967.17 11,800.00 8,923.59 46.70 394.05 -172.83 85.74 6,158.70 6.875 1,107.49 1,341.26 -232.10 FAIL-Major Risk 12,550.00 8,967.17 11625.00 8,940.05 46.70 39544 -171.97 79.55 6,176.47 6.875 1,110.45 1,345.67 -23440 FAIL-Major Risk 12,563.59 8,967.03 11,850.00 8,956.57 46.87 396.82 -172.75 73.39 6,194.20 6.875 1,113.66 1,357.84 -243.93 FAIL-Major Risk 12,575.00 8,966.91 11,875.00 8,973.15 47.02 39821 -173.27 67.27 6,211.88 6.875 1,117.46 1,367.90 -25045 FAIL-Major Risk 12,575.00 8,966.91 11,900.00 8,989.80 47.02 399.60 -172.41 61.17 6,229.51 6.875 1,121.58 1,372.25 -25064 FAIL-Major Risk 12,575.00 8,966.91 11,925.00 9,006.49 47.02 400.97 -171.56 55.11 6,247.10 6.875 1,126.22 1,376.53 -249.94 FAIL-Major Risk 12,585.11 8,966.81 11,950.00 9,023.24 47.15 402.33 -171.93 49.07 6,264.65 6.875 1,131.22 1,385.14 -252.90 FAIL-Major Risk 12,590.39 8,966.75 11,975.00 9,040.03 47.22 403.70 -171.73 43.06 6,282.17 6.875 1,136.68 1,391.40 -252.77 FAIL-Major Risk 12,600.00 8,96665 12,000.00 9,056.87 47.34 405.07 -172.06 37.07 6,29965 6.875 1,142.60 1,398.86 -253.07 FAIL-Major Risk,ES,SF 12,600.00 8,966.85 12,025.00 9,073.75 47.34 406.41 -171.23 31.10 6,317.10 6.875 1,148.87 1,403.02 -249.45 FAIL-Major Risk 12,607.54 8,966.57 12,050.00 9,090.66 47.44 407.76 -171.32 25.15 6,334.52 6.875 1,155.59 1,409.29 -247.19 FAIL-Major Risk 12,607.54 8,966.57 12,075.00 9,10761 47.44 409.11 -170.51 19.22 6,351.92 8.875 1,162.72 1,413.43 -242.14 FAIL-Major Risk 12,616.17 8,966.48 12,100.00 9,124.58 47.55 410.46 -170.76 13.32 6,369.30 6.875 1,170.23 1,419.51 -238.38 FAIL-Major Risk 12,625.00 8,966.39 12,125.00 9,141.59 47.67 411.81 -171.03 7.43 6,386.65 6.875 1,178.16 1,425.13 -233.46 FAIL-Major Risk 12,625.00 8,966.39 12,147.00 9,156.58 47.67 413.00 -170.35 2.26 6,401.90 6.875 1,185.43 1,428.73 -227.34 FAIL-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 6 COMPASS 5000.1 Build 61 0 • $ 0 BP Z ' Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4.43:31PM Page 7 COMPASS 5000.1 Build 61 S • BP 0 bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-05-B-05A-B-05A Offset Site Error: 0.00 usft Survey Program: 102-CB-GYRO-MS,10172-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +WS +EI-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (') (usft) (usft) (in) (usft) (usft) (usft) 10,475.00 8,633.71 9,775.00 7,636.61 31.15 277.52 144.97 47006 4,646.43 12812 1,433.54 875.20 734.50 Pass-Major Risk 10,485.84 8,639.08 9,800.00 7,654.83 31.17 278.59 14426 46855 4,663.48 12.812 1,425.29 686.14 719.67 Pass-Major Risk 10,500.00 8,646.04 9,825.00 7,672.91 31.18 279.73 143.33 466.94 4,680.67 12812 1,417.47 899.20 704.06 Pass-Major Risk 10,500.00 8,646.04 9,850.00 7,690.81 31.18 280.88 143.42 465.19 4,698.04 12.812 1,410.16 902.70 69346 Pass-Major Risk 10,516.82 8,654.17 9,875.00 7,708.51 3120 282.03 142.34 463.30 4,715.59 12.812 1,403.29 91720 677.86 Pass-Major Risk 10,525.00 8,658.08 9,900.00 7,726.02 3121 283.19 141.88 46127 4,733.32 12.812 1,396.97 926.00 66546 Pass-Major Risk 10,537.68 8,664.07 9,925.00 7,743.34 3123 28443 141.11 459.09 4,75122 12.812 1,391.14 937.58 65205 Pass-Major Risk 10,550.00 8,669.81 9,950.00 7,760.47 31.25 285.67 140.38 456.77 4,76927 12812 1,385.83 948.44 63927 Pass-Major Risk 10,558.58 8,673.76 9,975.00 7,777.42 31.26 286.92 139.94 454.31 4,787.49 12.812 1,381.03 956.85 627.88 Pass-Major Risk 10,575.00 8,681.18 10,000.00 7,794.18 31.29 288.17 138.94 451.72 4,805.86 12.812 1,376.78 968.73 615.28 Pass-Major Risk 10,575.00 8,681.18 10,025.00 7,810.77 31.29 289.50 139.17 448.99 4,824.36 12812 1,372.97 97287 606.38 Pass-Major Risk 10,589.76 8,687.72 10,050.00 7,827.22 31.32 290.84 138.32 446.14 4,842.96 12.812 1,369.63 983.37 594.75 Pass-Major Risk 10,600.00 8,692.17 10,075.00 7,84353 31.34 292.18 137.83 443.19 4,861.67 12.812 1,366.77 991.42 584.51 Pass-Major Risk 10,61026 8,696.56 10,100.00 7,859.71 31.36 293.52 137.35 440.12 4,880.49 10937 1,364.38 998.92 574.86 Pass-Major Risk 10,625.00 8,702.74 10,125.00 7,875.79 31.39 294.27 136.54 436.94 4,899.36 8.750 1,362.44 1,004.85 56645 Pass-Major Risk 10,625.00 8,702.74 10,150.00 7,89184 31.39 29497 136.87 433.68 4,918.25 8.750 1,360.85 1,006.41 560.09 Pass-Major Risk 10,640.28 8,708.97 10,175.00 7,907.86 31.43 295.59 136.06 430.34 4,937.15 8.750 1,359.60 1,01107 55221 Pass-Major Risk 10,650.00 8,712.85 10,200.00 7,924.31 31.45 295.59 135.71 426.87 4,955.65 8.750 1,358.38 1,012.57 546.16 Pass-Major Risk 10,950.00 8,818.88 10,225.00 7,941.20 32.50 295.59 144.59 423.17 4,973.71 8.750 1,356.30 981.44 567.49 Pass-Major Risk 10,950.00 8,818.88 10,250.00 7,958.42 32.50 295.59 14494 41925 4,991.40 8.750 1,350.56 981.38 558.39 Pass-Major Risk 10,960.01 8,822.37 10,275.00 7,976.02 32.54 295.59 144.48 415.11 5,00867 8.750 1,345.02 986.98 544.87 Pass-Major Risk 10,975.00 8,82760 10,300.00 7,994.01 32.61 295.59 143.64 410.77 5,025.47 8.750 1,339.70 994.64 529.69 Pass-Major Risk 10,975.00 8,827.60 10,325.00 8,012.39 32.61 295.59 144.10 406.23 5,041.80 8.750 1,334.42 994.58 519.98 Pass-Major Risk 10,975.00 6,827.60 10,350.00 8,031.07 32.61 295.60 144.59 401.47 5,057.72 8.750 1,329.51 994.52 510.45 Pass-Major Risk 10,988.09 8,832.17 10,375.00 8,050.01 32.67 295.60 144.02 895.50 5,073.26 8.750 1924.78 1,000.47 496.06 Pass-Major Risk 11,000.00 6,636.32 10,400.00 8,069.10 32.73 295.60 143.58 X91.37 3,086.57 8.750 1,320.48 1,005.21 48283 Pass-Major Risk 11,000.00 8,836.32 10,425.00 8,08824 32.73 295.60 144.12 386.18 5,103.79 8.750 1,316.47 1,005.16 473.62 Pass-Major Risk 11,000.00 8,836.32 10,450.00 8,107.44 32.73 295.61 144.69 381.00 5,118.94 8.750 1,312.88 1,005.10 464.84 Pass-Major Risk 11,575.00 8,977.35 10,475.00 8,126.78 36.31 295.61 151.62 375.88 5,133.93 8.750 1,302.43 969.16 56452 Pass-Major Risk 11,575.00 8,977.35 10,500.00 8,146.18 36.31 295.61 152.33 370.71 5,148.83 8.750 1,290.93 969.11 54551 Pass-Major Risk 11,575.00 8,977.35 10,525.00 8,165.61 36.31 295.61 153.06 365.47 5,163.66 8.750 1,27987 969.06 526.88 Pass-Major Risk 11,57500 8,977.35 10,550.00 8,185.07 36.31 29562 153.80 360.15 5,178.43 8.750 1,269.26 969.01 508.65 Pass-Major Risk 11,586.70 8,977.23 10,575.00 8,204.54 36.41 295.62 153.15 354.75 5,193.14 8.750 1,258.93 977.74 483.49 Pass-Major Risk 11,600.00 8,977.09 10,600.00 8,224.02 36.52 295.62 152.32 34928 5,207.84 8750 1,249.17 98699 458.36 Pass-Major Risk 11,600.00 8,977.09 10,625.00 8,243.48 36.52 295.63 153.13 343.74 5,222.51 8.750 1,239.68 986.95 440.83 Pass-Major Risk 11,600.00 8,977.09 10,650.00 8,262.94 36.52 295.63 153.95 338.13 5,237.17 8.750 1,230.68 986.90 423.83 Pass-Major Risk 11,600.00 8,977.09 10,675.00 8,282.42 36.52 295.64 15479 332.43 5,251.77 8.750 1,222.20 986.85 407.35 Pass-Major Risk 11,611.16 8,976.97 10,700.00 8,301.93 36.62 295.64 154.30 326.62 5,26629 8.750 1,214.10 994.05 385.03 Pass-Major Risk 11,615.94 8,976.92 10,725.00 8,321.46 36.66 295.64 154.60 320.72 5,280.73 8.750 1,206.52 99695 366.83 Pass-Major Risk 11,625.00 8,976.83 10,750.00 8,341.03 36.73 295.65 154.40 314.71 5,295.08 8.750 1,199.47 1,002.22 347.09 Pass-Major Risk 11,62500 8,976.83 10,775.00 8,360.64 36.73 295.65 155.32 308.57 5,309.31 8.750 1,192.89 1,002.17 332.38 Pass-Major Risk 11,625.00 8,97683 10,800.00 8,380.31 36.73 295.66 15625 302.29 5,323.41 8.750 1,18690 1,002.13 318.33 Pass-Major Risk 11,63449 8,976.73 10,825.00 8,400.03 36.82 295.66 156.06 295.89 5,337.38 8.750 1,181.39 1,007.29 300.18 Pass-Major Risk 11,638.98 8,976.68 10,850.00 8,419.75 36.86 295.67 156.48 289.37 5,35129 8.750 1,176.46 1,009.57 28523 Pass-Major Risk 11,650.00 8,976.57 10,875.00 8,439.46 36.95 295.67 156.13 28276 5,365.18 8.750 1,172.14 1,014.88 26829 Pass-Major Risk 11,650.00 8,976.57 10,900.00 8,459.16 3695 295.68 157.13 276.06 5,379.04 8.750 1,16826 1,014.83 256.72 Pass-Major Risk 11,650.00 8,976.57 10,925.00 8,478.84 36.95 295.68 158.13 26926 5,392.87 8.750 1,165.00 1,014.79 24598 Pass-Major Risk 11,650.00 8,976.57 10,950.00 8,498.49 36.95 295.69 159.14 262.52 5,406.79 8.750 1,162.23 1,014.74 235.98 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 8 COMPASS 5000.1 Build 61 1111 III BP Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-05-B-05A-B-05A Offset Site Error: 0.00 usft Survey Program: 102-CS-GYRO-MS,10172-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +E/-W Hole Size Centre Distance Deviation (usff) (usft) (usft) (usff) (usft) (usft) l) (usff) (usft) (in) (usff) (usff) (usff) 11,661.01 8,976.45 10,975.00 8,518.05 37.05 295.69 158.81 256.07 5,420.95 8.750 1,159.58 1,019.52 221.84 Pass-Major Risk 11,665.39 8,976.41 11,000.00 8,537.61 37.09 295.70 159.29 249.66 5,435.14 8.750 1,157.44 1,021.25 211.28 Pass-Major Risk 11,675.00 8,976.31 11,025.00 8,557.15 37.18 295.70 159.14 243.57 5,449.49 8.750 1,155.52 1,024.82 199.49 Pass-Major Risk 11,675.00 8,976.31 11,050.00 8,576.61 37.18 295.71 160.14 238.04 5,464.19 8.750 1,153.52 1,024.77 191.32 Pass-Major Risk 11,675.00 8,976.31 11,075.00 8,595.92 37.18 295.72 161.13 233.18 5,479.30 8.750 1,151.46 1,024.72 183.46 Pass-Major Risk 11,675.00 8,976.31 11,100.00 8,615.09 37.18 295.72 162.11 229.01 5,49479 8.750 1,149.33 1,024.68 175.89 Pass-Major Risk 11,688.29 8,976.17 11,125.00 8,633.97 37.30 295.73 161.46 226.00 5,510.89 8.750 1,146.50 1,028.97 163.78 Pass-Major Risk 12,075.00 8,972.13 11,150.00 8,652.53 41.10 295.74 -177.84 223.86 5,527.51 8.750 1,141.15 945.62 234.57 Pass-Major Risk 12,075.00 8,972.13 11,175.00 8,670.71 41.10 295.74 -177.01 22262 5,544.61 8.750 1,132.32 945.60 222.04 Pass-Major Risk 12,087.92 8,971.99 11,200.00 8,688.53 4124 29575 -177.76 222.47 5,562.15 8.750 1,122.70 957.84 197.01 Pass-Major Risk 12,100.00 8,971.87 11,225.00 8,705.98 41.36 295.76 -178.42 223.49 5,580.02 8.750 1,112.56 968.68 173.01 Pass-Major Risk 12,100.00 8,971.87 11,250.00 8,72281 41.36 295.77 -177.65 225.35 5,598.41 8.750 1,101.88 968.67 15930 Pass-Major Risk 12,100.00 8,971.87 11,275.00 8,738.98 41.36 295.78 -176.69 227.43 5,617.35 8.750 1,091.46 968.65 146.10 Pass-Major Risk 12,109.21 8,971.77 11,300.00 8,754.77 41.46 295.79 -17726 229.54 5,636.62 8.750 1,081.38 976.51 125.64 Pass-Major Risk 12,114.87 8,971.71 11,325.00 8,770.43 41.53 295.80 -177.19 231.57 5,656.01 8.750 1,071.77 981.16 108.93 Pass-Major Risk 12,125.00 8,971.61 11,350.00 6,786.07 41.64 295.81 -177.64 233.47 5,675.42 8.750 1,062.73 989.18 89.54 Pass-Major Risk 12,125.00 8,971.61 11,375.00 8,801.70 41.64 295.82 -176.85 23524 5,694.85 8.750 1,054.16 969.16 78.68 Pass-Major Risk 12,125.00 8,971.61 11,400.00 8,817.13 41.64 295.84 -176.06 237.03 5,714.43 8.750 1,046.10 989.14 68.50 Pass-Major Risk 12,138.29 8,971.47 11,425.00 8,831.81 41.78 295.85 -176.91 23928 5,734.54 8.750 1,037.88 999.02 48.57 Pass-Major Risk 12,150.00 8,971.35 11,450.00 8,845.32 41.92 295.86 -177.62 24226 5,755.36 8.750 1,029.51 1,007.11 30.54 Pass-Major Risk 12,150.00 8,971.35 11,475.00 8,857.51 41.92 295.88 -176.98 246.08 5,776.84 8.750 1,020.69 1,007.08 20.40 Pass-Major Risk 12,150.00 8,971.35 11,500.00 8,868.33 41.92 295.89 -176.41 250.77 5,798.88 8.750 1,011.61 1,007.06 10.25 Pass-Major Risk 12,164.74 8,971.19 11,525.00 8,877.70 42.08 295.91 -177.70 256.18 5,821.41 8.750 1,002.10 1,016.42 -9.47 FAIL-Major Risk 12,175.00 8,971.09 11,550.00 8,886.11 4220 29592 -178.50 262.00 5,844.23 8.750 992.73 1,022.38 -25.52 FAIL-Major Risk 12,175.00 8,971.09 11,575.00 8,893.90 4220 295.94 -178.08 268.52 5,867.07 8.750 983.10 1,022.36 -35.77 FAIL-Major Risk 12,186.15 8,970.97 11,600.00 8,900.90 42.33 29596 -179.05 276.18 5,889.81 8.750 972.77 1,028.32 -52.59 FAIL-Major Risk 12,200.00 8,970.82 11,625.00 8,907.54 42.49 29598 179.64 284.06 5,912.58 8.750 962.67 1,034.99 -69.84 FAIL-Major Risk 12,200.00 8,970.82 11,650.00 8,914.28 42.49 295.99 -179.98 291.66 5,935.43 8.750 953.10 1,034.98 -79.84 FAIL-Major Risk 12,200.00 8,970.82 11,675.00 8,921.21 42.49 296.01 -179.58 299.64 5,958.08 8.750 943.71 1,034.96 -89.63 FAIL-Major Risk 12,475.00 8,967.96 11,700.00 8,92824 45.77 296.03 -16401 307.81 5,980.64 8.750 932.39 963.07 -2941 FAIL-Major Risk 12,487.45 8,967.83 11,725.00 8,935.26 45.92 296.05 -165.11 31525 6,003.45 8.750 918.17 974.89 -55.79 FAIL-Major Risk 12,500.00 8,967.69 11,750.00 8,942.48 46.07 296.07 -166.19 322.70 6,026.19 8.750 90438 986.17 -81.17 FAIL-Major Risk 12,500.00 8,967.69 11,775.00 8,950.02 46.07 29609 -165.72 331.13 6,048.49 8.750 889.99 986.18 -95.82 FAIL-Major Risk 12,500.00 8,967.69 11,800.00 8,958.11 46.07 296.11 -165.19 33921 6,070.72 8.750 87643 986.19 -109.60 FAIL-Major Risk 12,514.48 6,967.54 11,825.00 8,967.04 46.25 296.13 -166.35 34695 6,092.74 8.750 863.42 998.40 -134.98 FAIL-Major Risk 12,525.00 8,967.43 11,850.00 8,976.79 46.38 296.15 -166.96 355.22 6,11423 8.750 850.50 1,006.74 -15626 FAIL-Major Risk 12,528.12 8,96740 11,875.00 8,986.74 46.42 296.16 -166.63 363.45 6,135.63 8.750 83800 1,007.65 -169.58 FAIL-Major Risk 12,532.54 8,967.35 11,900.00 8,996.71 46.48 296.17 -166.44 371.66 6,157.04 8.750 82596 1,008.42 -182.19 FAIL-Major Risk 12,542.26 8,96725 11,925.00 9,006.68 46.60 296.18 -166.88 37988 6,178.44 8.750 814.31 1,013.04 -198.13 FAIL-Major Risk 12,543.70 8,96724 11,930.00 9,008.67 46.62 296.18 -166.90 381.52 6,182.72 8.750 812.04 1,013.58 -200.86 FAIL-Major Risk,CC,ES,SF CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 9 COMPASS 5000.1 Build 61 • • BP Travelling Cylinder Report Company: North America-ALASKA,-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-07-B-07-B-07 offset Site Error 000 usft Survey Program: 100-GYD-CT-CMS,11200-C8-GYRO-MS Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-S +EI-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (1 (usft) (usft) (in) (usft) (usft) (usft) 10,194.58 8461.61 10450.00 8,006.11 31.02 39.14 42.49 2,655.17 4,994.22 6.875 1451.19 22844 1,303.63 Pass-Major Risk,CC 10,825.00 8,775.25 10475.00 8,022.86 32.00 39.27 36.37 2,662.29 5,011.36 6.875 1,453.69 229.81 1,268.97 Pass-Major Risk 10,825.00 8,775.25 10,500.00 8,039.66 32.00 39.41 35.87 2,669.36 5,028.47 6.875 1,454.87 230.19 1,268.92 Pass-Major Risk 10,825.00 8,775.25 10,525.00 8,056.51 32.00 39.54 35.37 2,676.38 5,045.55 6.875 1,45640 230.56 1,269.23 Pass-Major Risk 10,836.75 8,779.36 10,550.00 8,073.42 32.05 39.68 35.84 2,683.32 5,062.60 6.875 1,458.10 228.85 1,271.09 Pass-Major Risk 10,850.00 8,783.98 10,575.00 8,090.37 32.10 39.81 36.44 2,690.17 5,07966 6.875 1,460.14 226.72 1,273.61 Pass-Major Risk 10,85000 8,783.98 10,600.00 8,10740 32.10 3995 35.92 2,696.91 5,096.68 6.875 1,462.25 227.09 1,274.51 Pass-Major Risk 10,850.00 8,783.98 10,625.00 8,124.53 32.10 40.08 35.40 2,703.51 5,113.65 6.875 1,464.62 22745 1,275.67 Pass-Major Risk 10,859.82 8,787.41 10,650.00 8,141.71 32.13 40.22 35.70 2,710.02 5,130.60 6.875 1,467.17 225.87 1,278.39 Pass-Major Risk 10,865.42 8,789.36 10,675.00 8,158.95 32.16 40.35 35.64 2,716.47 5,147.51 6.875 1,470.00 225.08 1,280.85 Pass-Major Risk 11,125.00 8,879.93 10,700.00 8,176.24 33.40 4048 27.67 2,722.85 5,164.41 6.875 1,469.65 248.39 1,263.31 Pass-Major Risk 11,12500 8,879.93 10,725.00 8,193.50 33.40 40.62 27.22 2,729.15 5,181.36 6.875 1,469.35 248.78 1,261.85 Pass-Major Risk 11,13899 8,884.81 10,750.00 8,210.77 33.48 40.75 27.93 2,735.36 5,198.33 6.875 1,469.16 247.10 1,261.67 Pass-Major Risk 11,150.00 8,888.65 10,775.00 8,228.12 33.54 40.88 28.39 2,741.48 5,215.26 6.875 1,469.30 24573 1,261,69 Pass-Major Risk 11,150.00 8,888.65 10,800.00 8,245.59 33.54 41.01 27.92 2,747.51 5,232.10 6.875 1,469.56 246.10 1,26079 Pass-Major Risk 11,150.00 8,888.65 10,825.00 8,263.19 33.54 41.14 27.44 2,753.42 5,248.84 5.562 1,470.06 246.37 1,260.23 Pass-Major Risk,ES,SF 11,16247 8,89300 10,850.00 8,28094 33.62 41.27 27.99 2,759.12 5,265.50 5.562 1,470.54 244.89 1,260.86 Pass-Major Risk 11,175.00 8,897.37 10,875.00 8,298.66 33.69 41.40 28.56 2,764.47 5,282.30 5.562 1,471.18 24328 1,261.81 Pass-Major Risk 11,175.00 8,897.37 10,900.00 8,316.30 33.69 41.54 28.09 2,769.30 5,29935 5.562 1,471.67 243.66 1,261.17 Pass-Major Risk 11,175.00 8,897.37 10,925.00 8,333.93 33.69 41.66 27.62 2,773.66 5,316.52 5.562 1,472.18 244.04 1,26057 Pass-Major Risk 11,185.56 8,901.06 10,950.00 8,351.60 33.76 41.79 28.04 2,777.60 5,333.77 5.562 1,472.59 242.63 1,261.24 Pass-Major Risk 11,200.00 8,906.09 10,97500 8,369.13 33.84 41.92 28.80 2,781.07 5,351.25 5.562 1,473.17 24041 1,26274 Pass-Major Risk 11,200.00 8,906.09 11,000.00 8,38644 33.84 42.05 28.36 2,784.14 5,369.03 5.562 1,473.66 240.80 1,262.17 Pass-Major Risk 11,200.00 8,906.09 11,025.00 8,403.70 33.84 42.18 27.93 2,78701 5,386.88 5.562 1,474.43 241.19 1,26191 Pass-Major Risk 11,200.00 8,906.09 0,050.00 8,420.98 33.84 42.31 27.49 2,789.88 5,404.72 5.562 1,475.59 241.58 1,262.05 Pass-Major Risk 11,214.36 8,911.10 11,075,00 8,438.21 33.93 42.44 28.25 2,792.70 5,422.61 5.562 1,476.94 239.19 1,264.55 Pass-Major Risk 11,225.00 8,914.81 11,100.00 8,455.34 34.00 42.57 28.70 2,795.60 5,440.58 5.562 1,478.84 237.40 1,267.17 Pass-Major Risk 0,225.00 8,914.81 11,125.00 8,472.38 34.00 42.70 28.26 2,798.58 5,458.64 5.562 1,481.15 237.80 1,268.49 Pass-Major Risk 11,225.00 8,914.81 11,150.00 8,489.37 34.00 42.83 27.82 2,801.62 5,476.72 5.562 1,483.95 238.19 1,270.30 Pass-Major Risk 11,236.81 8,918.93 11,175.00 8,506.39 3407 42.99 28.36 2,804.95 5,494.72 5.562 1,487.21 237.19 1,274.56 Pass-Major Risk 11,250.00 8,923.53 11,200.00 8,523.46 34.15 43.21 29.01 2,808.82 5,512.58 5.562 1,491.37 236.00 1,279.83 Pass-Major Risk 11,250.00 8,923.53 11,225.00 8,540.51 34.15 43.21 28.54 2,813.01 5,530.38 5.562 1,495.99 23604 1,283.77 Pass-Major Risk 11,250.00 8,923.53 11,250.00 8,55747 34.15 43.22 28.09 2,817.29 5,548.23 5.562 1,501.14 236.07 1,288.26 Pass-Major Risk 11,250.00 8,923.53 11,275.00 8,574.36 34.15 43.23 27.63 2,821.67 5,566.14 5.562 1,506.81 236.10 1,293.29 Pass-Major Risk 11,263.34 8,928.18 11,300.00 8,591.16 3423 43.23 2829 2,826.15 5,584.10 5.562 1,51276 233.38 1,300.96 Pass-Major Risk 11,275.00 8,932.25 11,32500 8,607.93 34.30 43.24 28.82 2,830.70 5,60207 5.562 1,519.24 23093 1,308.95 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 10 COMPASS 5000.1 Build 61 • • .00. BP ,a a ;1 N4 Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-07-B-07A-B-07A Offset Site Error: 0.00 usft Survey Program: 121-GYD-CT-CMS,2833-INC+TREND,3305-MWD+IFR+MS-WOCA Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth OW-S +EI-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (`) (usft) (usft) (in) (usft) (usft) (usft) 10,170.00 8,442.18 10,975.00 8,985.56 30.93 94.83 -48.36 2,202.19 3,563.59 5.562 1,033.05 378.66 681.52 Pass-Major Risk 10,180.92 8,450.89 11,000.00 8,985.91 30.98 94.84 -47.89 2,195.62 3,587.70 5.562 1,015.29 377.18 664.99 Pass-Major Risk 10,190.00 8,458.04 11,025.00 8,985.17 31.02 94.86 -47.37 2,18922 3,611.86 5.562 99728 375.81 647.80 Pass-Major Risk 10,190.00 8,458.04 11,050.00 8,983.26 31.02 94.87 -46.80 2,183.10 3,636.02 5.562 979.02 375.85 628.37 Pass-Major Risk 10,200.00 8,465.82 11,075.00 8,980.78 31.02 94.89 -45.89 2,177.19 3,660.18 5.562 960.84 372.53 612.48 Pass-Major Risk 10,200.00 8,465.82 11,100.00 8,978.15 31.02 94.91 -45.25 2,171.35 3,684.35 5.562 942.84 372.58 59324 Pass-Major Risk 10,200.00 8,465.82 11,125.00 8,975.54 31.02 94.92 -44.58 2,165.50 3,708.51 5.562 925.18 37263 574.31 Pass-Major Risk 10,210.59 8,473.96 11,150.00 8,972.93 31.02 94.94 -43.56 2,159.78 3,732.71 5.562 907.75 368.85 559.52 Pass-Major Risk 10,21540 8,477.61 11,175.00 8,970.31 31.02 94.96 -42.67 2,154.20 3,756.94 5.562 890.74 367.08 543.07 Pass-Major Risk 10,225.00 8,484.82 11,200.00 8,967.69 31.03 94.97 -41.60 2,148.77 3,781.20 5.562 874.15 363.34 528.97 Pass-Major Risk 10,225.00 8,484.82 11,225.00 8,965.06 31.03 94.99 -40.79 2,143.44 3,805.48 5.562 857.88 363.40 511.39 Pass-Major Risk 10,225.00 8,484.82 11,250.00 8,962.42 31.03 95.00 -39.94 2,138.16 3,829.78 5.562 842.05 363.46 494.28 Pass-Major Risk 10,235.71 8,492.75 11,275.00 8,959.77 31.03 95.02 -38.72 2,132.95 3,854.08 5.562 826.52 359.08 481.88 Pass-Major Risk 10,241.06 8,49666 11,300.00 8,957.10 31.03 95.04 -3763 2,127.79 3,878.40 5.562 811.44 356.84 467.82 Pass-Major Risk 10,250.00 8,503.12 11,325.00 8,954.73 31.03 95.06 -36.40 2,122.62 3,902.74 5.562 796.93 352.96 456.00 Pass-Major Risk 10,250.00 8,503.12 11,350.00 8,952.86 31.03 95.07 -35.43 2,117.39 3,927.12 5.562 783.05 353.02 440.96 Pass-Major Risk 10,258.53 8,509.19 11,375.00 8,95149 31.03 95.09 -34.17 2,112.12 3,951.52 5.562 769.85 349.21 430.50 Pass-Major Risk 10,264.89 8,513.66 11,400.00 8,950.66 31.03 95.11 -32.96 2,106.81 3,975.93 5.562 757.39 346.30 419.95 Pass-Major Risk 10,275.00 8,520.66 11,425.00 8,950.86 31.04 95.13 -31.64 2,101.50 4,000.36 5.562 746.04 341.53 41243 Pass-Major Risk 10,275.00 8,520.66 11,450.00 8,951.93 31.04 95.15 -30.64 2,096.11 4,024.75 5.562 735.63 341.61 401.17 Pass-Major Risk 10,286.14 8,528.22 11,475.00 8,953.41 31.04 95.17 -29.28 2,090.50 4,049.06 5.562 725.80 336.20 395.99 Pass-Major Risk 10,300.00 8,537.39 11,500.00 8,954.84 31.05 95.19 -27.83 2,084.54 4,073.30 5.562 716.34 32923 392.81 Pass-Major Risk 10,300.00 8,537.39 11,525.00 8,956.12 31.05 95.21 -26.80 2,078.44 4,097.51 5.562 707.07 329.32 382.89 Pass-Major Risk 10,308.93 8,543.17 11,550.00 8,957.23 31.05 95.23 -25.46 2,072.20 4:121.69 5.562 69824 324.75 378.11 Pass-Major Risk 10316.73 8548.11 11275.00 8,958.18 31.05 95.25 -24.13 ..,2265.82 1 4,14585 5.562 689.78 32074 37326 Pass-Major Risk 10,325.00 8,553.26 11,600.00 8,959.08 31.06 9527 -22.75 2,059.39 4,16999 5.562 681.84 316.53 369.32 Pass-Major Risk 10,332.77 8,558.01 11,625.00 8,96021 31.06 95.29 -21.39 2,053.09 4,194.16 5.562 674.73 312.50 366.08 Pass-Major Risk 10,341.04 8,562.97 11,650.00 8,961.58 31.06 95.31 -19.98 2,046.92 4,218.34 5.562 668.48 308.10 364.13 Pass-Major Risk 10,350.00 8,568.23 11,675.00 8,963.19 31.07 95.32 -18.55 2,040.89 4,242.55 5.562 663.11 30324 363.58 Pass-Major Risk 10,358.06 8,572.85 11,700.00 8,964.91 31.07 95.34 -17.13 2,034.97 4,266.78 5.562 658.54 298.78 363.45 Pass-Major Risk 10,366.73 8,577.71 11,725.00 8,966.64 31.08 95.36 -15.67 2,029.14 4,291.03 5.562 654.70 293.90 364.53 Pass-Major Risk 10,375.00 8,582.24 11,750.00 8,968.36 31.08 95.38 -1422 2,02342 4,315.31 5.562 651.60 289.16 36623 Pass-Major Risk 10,385.70 8,587.93 11,775.00 8,970.08 31.09 9541 -12.67 2,017.80 4,339.61 5.562 649.24 282.90 37022 Pass-Major Risk 10,679.66 8,724.22 11,800.00 8,971.74 31.53 95.43 -3328 2,012.36 4,363.95 5.562 643.55 392.18 27027 Pass-Major Risk 10,715.03 8,736.86 11,825.00 8,973.30 31.63 95.45 -34.39 2,007.12 4,388.34 5.562 631.83 396.53 255.14 Pass-Major Risk 10,725.00 8,740.34 11,850.00 8,974.78 31.66 95.47 -33.34 2,002.08 4,412.79 5.562 620.63 39416 245.88 Pass-Major Risk 10,73543 8,743.99 11,875.00 8,976.13 31.69 95.49 -3220 1,997.27 4,437.28 5.562 610.01 391.54 237.36 Pass-Major Risk 10,750.00 8,749.07 11,900.00 8,977.18 31.74 95.51 -30.65 1,992.75 4,461.85 5.562 600.02 387.58 230.65 Pass-Major Risk 10,750.00 8,749.07 11,925.00 8,977.88 31.74 95.53 -30.25 1,988.54 4,486.48 5.562 590.65 38768 220.57 Pass-Major Risk 10,767.35 8,755.13 11,950.00 8,97824 31.80 95.56 -28.31 1,984.65 4,511.17 5.562 581.80 382.58 215.89 Pass-Major Risk 10,775.00 8,757.80 11,975.00 8,978.33 31.82 95.58 -27.11 1,981.07 4,535.91 5.562 573.75 380.27 209.29 Pass-Major Risk 10,789.33 8,762.80 12,000.00 8,978.40 31.87 95.60 -25.30 1,977.80 4,560.70 5.562 56646 375.64 205.62 Pass-Major Risk 10,800.00 8,766.53 12,025.00 8,97845 31.91 95.63 -23.74 1,974.85 4,585.52 5.562 560.03 372.05 201.82 Pass-Major Risk 10,811.80 8,770.65 12,050.00 8,978.48 31.95 95.65 -22.04 1,972.21 4,610.38 5.562 554.45 367.92 199.39 Pass-Major Risk 10,825.00 8,775.25 12,075.00 8,97849 3200 95.68 -20.16 1,969.97 4,63528 5.562 549.84 363.08 19864 Pass-Major Risk 10,834.55 8,778.59 12,100.00 8,978.49 32.04 95.70 -18.53 1,968.22 4,660.22 5.562 546.29 35949 19776 Pass-Major Risk 10,850.00 8,783.98 12,125.00 8,978.46 32.10 95.73 -16.36 1,966.97 4,685.19 5.562 543.87 353.38 200.51 Pass-Major Risk 10,857.32 8,786.53 12,150.00 8,978.42 32.13 95.75 -14.81 1,966.22 4,710.18 5.562 54249 350.48 20128 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 11 COMPASS 5000.1 Build 61 • • *44� BP z.bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-07-B-07A-B-07A Onset Site Error: 0 00 usft Survey Program: 121-GYD-CT-CMS.2833-INC+TREND.3305-MWD+IFR+MS-WOCA Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) r) (usft) (usft) (in) (usft) (usft) (usft) 10,875.00 8,792.70 12,175.00 8,978.39 32.19 95.78 -12.36 1,965.96 4,735.18 5.562 542.35 343.02 207.82 Pass-Major Risk,CC 10,875.00 8,792.70 12,200.00 8,978.39 32.19 95.81 -11.35 1,966.17 4,760.17 5.562 543.23 343.16 20807 Pass-Major Risk 10090.91 8,798.26 12,225.00 8,978.42 32.26 95.83 -8.98 1,966.87 4,785.16 5.562 545.23 336.22 216.50 Pass-Major Risk 10,901.82 8,802.06 12,250.00 8,978.47 32.30 95.86 -7.01 1,968.08 4,810.13 5.562 54844 331.35 224.25 Pass-Major Risk 11,100.00 8,871.21 12,275.00 8,97847 3325 95.89 -18.79 1,970.17 4,835.05 5.562 545.46 395.94 15829 Pass-Major Risk 11,107.46 8,873.81 12,300.00 8,978.43 33.30 95.92 -17.26 1,973.00 4,859.88 5.562 54377 393.99 158.26 Pass-Major Risk,ES,SF 11,125.00 8,879.93 12,325.00 8,978.37 33.40 95.95 -14.87 1,976.43 4,884.65 5.562 543.45 388.93 182.83 Pass-Major Risk 11,125.00 8,879.93 12,350.00 8,978.32 33.40 95.98 -13.91 1,980.40 4,909.33 5.562 544.21 389.06 163.32 Pass-Major Risk 11,140.45 8,885.32 12,375.00 8,978.32 33.49 96.01 -11.67 1,984.74 4,933.95 5.562 546.03 38429 169.93 Pass-Major Risk 11,150.00 8,888.65 12,400.00 8,978.14 33.54 96.04 -9.89 1,989.13 4,958.56 5.562 548.58 381.24 175.65 Pass-Major Risk 11,161.99 8,892.83 12,425.00 8,977.79 33.61 96.07 -7.89 1,993.46 4,983.18 5.562 551.72 377.21 183.04 Pass-Major Risk 11,175.00 8,897.37 12,450.00 8,977.38 33.69 96.10 -5.81 1,997.75 5,007.81 5.562 555.50 372.62 191.75 Pass-Major Risk 11,183.10 8,900.20 12,475.00 8,976.99 33.74 96.13 -4.15 2,002.11 5,032.42 5.562 559.97 369.72 199.54 Pass-Major Risk 11,200.00 8,906.09 12,500.00 8,976.63 33.84 96.17 -1.76 2,006.53 5,057.02 5.562 565.27 36324 211.88 Pass-Major Risk 11,200.00 8,906.09 12,525.00 8,976.29 33.84 96.20 -0.80 2,011.01 5,081.62 5.562 571.13 36339 218.13 Pass-Major Risk 11,213.86 8,910.93 12,550.00 8,975.98 33.93 96.23 1.30 2,015.40 5,106.22 5.562 577.56 357.89 230.80 Pass-Major Risk 11,225.00 8,914.81 12,575.00 8,975.70 34.00 96.26 3.16 2,019.61 5,130.87 5.562 584.47 353.34 243.05 Pass-Major Risk 11,233.77 8,917.87 12,600.00 8,975.45 34.05 96.30 4.80 2,023.63 5,155.54 5.562 591.79 349.69 254.85 Pass-Major Risk 11250.00 8,923.53 12,625.00 8,97522 34.15 96.33 7.03 2,027.45 5,180.25 5.562 599.62 34261 270.74 Pass-Major Risk 11,250.00 8,923.53 12,650.00 8,975.00 34.15 96.37 7.90 2,031.09 5,204.98 5562 60771 34223 279.50 Pass-Major Risk 11,262.72 8,927.97 12,675.00 8,974.79 34.23 96.40 9.81 2,034.53 5,229.74 5.562 616.22 336.80 294.74 Pass-Major Risk 11,275.00 8,932.25 12,700.00 8,974.59 34.30 96.44 11.66 2,037.77 5,254.53 5.562 625.14 331.34 310.38 Pass-Major Risk 11,275.00 8,932.25 12,725.00 8,974.40 34.30 96.47 12.47 2,040.82 5,279.34 5.562 634.47 331.51 320.49 Pass-Major Risk 11,290.52 8,937.66 12,750.00 8,974.20 34.40 96.51 14 4°r^+' 2,043.67 .18 5.562 644.02 324.33 338.57 Pass-Major Risk 11,300.00 8,940.96 12,775.00 8,974.00 34.46 96.55 16 2 .03 5.562 653.98 319.85 354.18 Pass-Major Risk 11,308.39 8,943.89 12,800.00 8,973.79 34.51 96.58 17 2 8. p ,3 .91 5.562 664.27 315.84 369.64 Pass-Major Risk 11,320.91 8,948.25 12,825.00 8,973.59 34.58 96.62 19.33 2,051.02 5,378.81 5.562 67488 309.60 387.67 Pass-Major Risk 11,332.17 8,952.05 12,850.00 8,973.39 34.65 96.65 20.02 2,053.02 5,40373 5.562 68566 307.88 399.16 Pass-Major Risk 11,352.69 8,958.33 12,875.00 8,973.20 34.77 96.69 20.63 2,054.78 5,428.67 5.562 696.40 304.57 410.24 Pass-Major Risk 11,373.88 8,963.93 12,900.00 8,973.02 34.90 96.73 21.15 2,056.29 5,453.62 5562 707.01 30153 420.84 Pass-Major Risk 11,395.61 8,968.72 12,925.00 8,972.85 35.04 96.76 21.58 2,057.70 5,478.58 5562 717.58 30024 431.10 Pass-Major Risk 11,417.75 8,972.61 12,950.00 8,972.69 35.19 96.80 21.90 2,059.14 5,503.54 5562 728.21 298.93 441.15 Pass-Major Risk 11,775.00 8,975.26 12,975.00 8,972.56 38.11 96.83 -4.40 2,060.59 5,528.50 5.562 734.34 411.33 334.75 Pass-Major Risk 11,788.45 8,975.12 13,000.00 8,972.44 38.24 96.87 -2.78 2,062.06 5,553.45 5.562 734.23 407.69 338.38 Pass-Major Risk 11,800.00 8,975.00 13,025.00 8,972.31 38.36 96.90 -1.39 2,063.55 5,578.41 5.562 734.68 404.37 34223 Pass-Major Risk 11,808.13 8,974.92 13,050.00 8,972.17 38.44 96.94 -0.41 2,065.07 5,603.36 5.562 735.66 401.97 345.66 Pass-Major Risk 11,825.00 8,974.74 13,075.00 8,972.01 38.81 96.97 1.63 2,066.60 5,628.31 5.562 737.26 396.53 352.81 Pass-Major Risk 11,825.00 8,974.74 13,100.00 8,971.83 38.61 97.00 1.62 2,068.15 5,65326 5.562 739.24 396.25 354.65 Pass-Major Risk 11,837.48 8,974.61 13,125.00 8,971.65 38.73 97.02 3.13 2,069.70 5,678.22 5.562 74178 390.68 361.59 Pass-Major Risk 11,838.65 8,974.60 13,128.00 8,971.63 38.74 97.03 3.27 2,069.89 5,681.21 5.562 742.12 390.10 362.35 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4.43:31PM Page 12 COMPASS 5000.1 Build 61 • • BP 0 bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-20-B-20A-B-20A Offset site Error: 0.00 usft Survey Program: 100-BOSS-GYRO,9667-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/S +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) )usft) 11 (usft) (usft) (in) (usft) (usft) (usft) 10,170.00 8,442.18 10,825.00 8,962.52 30.93 136.64 -113.59 1,095.27 3,360.71 3.500 1,055.19 500.34 930.71 Pass-Major Risk 10,180.02 8,450.17 10,850.00 8,962.31 30.98 136.68 -113.84 1,098.20 3,385.53 3.500 1,035.09 499.09 909.46 Pass-Major Risk 10,190.00 8,458.04 10,875.00 8,962.27 31.02 136.71 -114.01 1,102.80 3,410.10 3.500 1,014.70 497.90 887.84 Pass-Major Risk 10,19360 8,460.85 10,900.00 8,962.34 31.02 136.75 -11397 1,109.14 3,43428 3.500 993.96 49660 86668 Pass-Major Risk 10,200.00 8,465.82 10,925.00 8,962.46 31.02 136.79 -113.73 1,117.21 3,457.93 3.500 972.95 493.98 845.50 Pass-Major Risk 10,21226 8,475.23 10,950.00 8,962.50 31.02 136.83 -113.20 1,126.97 3,480.95 3.500 951.68 488.44 824.23 Pass-Major Risk 10,220.84 8,481.71 10,975.00 8,962.55 31.03 136.86 -112.66 1,138.42 3,503.16 3.500 930.31 484.40 80328 Pass-Major Risk 10,228.91 8,487.73 11,000.00 8,962.53 31.03 136.90 -112.02 1,151.09 3,524.71 3.500 908.95 480.45 782.57 Pass-Major Risk 10,236.95 8,49366 11,025.00 8,962.48 31.03 136.94 -111.36 1,163.65 3,546.32 3.500 887.65 478.00 761.89 Pass-Major Risk 10,245.53 8,499.90 11,050.00 8,962.50 31.03 136.99 -110.74 1,174.88 3,568.66 3.500 866.52 473.84 741.19 Pass-Major Risk 10,254.65 8,50644 11,075.00 8,962.75 31.03 137.03 -110.13 1,184.92 3,591.55 3.500 845.69 46929 720.65 Pass-Major Risk 10,261.36 8,511.19 11,675.00 8,961.55 31.03 137.66 -68.49 1,704.22 3,800.44 3500 633.50 470.05 321.66 Pass-Major Risk 10,261.37 8,511.19 11,700.00 8,961.65 31.03 137.68 -66.23 1,727.67 3,809.11 3.500 634.58 476.39 310.70 Pass-Major Risk 10,261.37 8,511.20 11,708.00 8,961.68 31.03 137.69 -65.51 1,735.18 3,811.88 3.500 635.13 478.43 307.48 Pass-Major Risk,ES,SF 10,261.42 8,511.23 11,650.00 8,961.43 31.03 137.64 -70.75 1,680.70 3,792.00 3.500 633.22 466.88 333.80 Pass-Major Risk 10,261.95 8,511.60 11,625.00 8,961.11 31.03 137.62 -72.99 1,656.69 3,785.04 3.500 632.69 466.57 346.15 Pass-Major Risk 10,263.09 8,512.40 11,600.00 8,960.81 31.03 137.60 -7521 1,632.27 3,779.71 3.500 631.98 46595 358.73 Pass-Major Risk 10,263.14 8,512.43 11,100.00 8,962.98 31.03 137.07 -109.41 1,196.51 3,613.69 3.500 824.84 464.90 700.30 Pass-Major Risk 10,265.06 8,513.78 11,575.00 8,960.85 31.03 137.58 -77.39 1,607.53 3,77620 3.500 631.19 464.88 371.60 Pass-Major Risk 10,267.89 8,515.75 11,550.00 8,961.18 31.04 137.57 -79.51 1,582.58 3,774.62 3.500 630.21 463.32 384.48 Pass-Major Risk 10,270.75 8,517.73 11,125.00 8,963.11 31.04 137.11 -108.56 1,209.80 3,634.86 3.500 804.06 460.88 68020 Pass-Major Risk 10,275.00 8,520.66 11,150.00 8,963.22 3104 137.16 -107.67 1,224.57 3,655.02 3.500 78356 458.65 660.42 Pass-Major Risk 10,275.00 8,520.66 11,500.00 8,961.52 31.04 137.55 -83.62 1,532.71 3,777.19 3.500 626.82 459.34 408.59 Pass-Major Risk 10,275.00 8,520.66 11,525.00 8,961.33 31.04 137.56 -81.48 1,557.59 3,774.82 3.500 628.82 459.32 398.32 Pass-Major Risk 10,280.87 8,524.66 11,475.00 8,961.51 31.04 137.54 -85.56 1,607.96 3,780.69 3.500 624.83 455.97 420.57 Pass-Major Risk 10,283.43 8,526.40 11,175.00 8,963.34 31.04 137.20 -106.50 1,240.66 3,674.14 3.500 763.49 453.93 640.85 Pass-Major Risk 10,285.55 8,527.82 11,450.00 8,961.32 31.04 137.52 -87.56 1,483.06 3,782.86 3.500 624.58 453.25 433.76 Pass-Major Risk,CC 10,288.60 8,529.87 11200.00 8,963.49 31.04 137.24 -105.30 1,257.82 3,692.32 3.500 743.97 451.02 621.45 Pass-Major Risk 10,289.65 8,530.57 11,425.00 8,961.25 31.04 137.51 -89.61 1,458.07 3,782.85 3.500 626.93 450.83 449.02 Pass-Major Risk 10,292.87 8,532.70 11,225.00 8,963.66 31.04 137.28 -103.97 1,276.15 3,709.31 3.500 725.20 448.60 602.13 Pass-Major Risk 10,293.19 8,532.92 11,400.00 8,961.45 31.04 137.49 -91.66 1,433.17 3,780.73 3.500 631.91 448.72 466.04 Pass-Major Risk 10,300.00 8,537.39 11,250.00 8,96325 31.05 13732 -102.42 1,295.73 3,724.85 3.500 707.09 444.37 582.76 Pass-Major Risk 10,300.00 8,537.39 11,275.00 8,962.88 31.05 13735 -100.93 1,316.42 3,738.86 3.500 690.13 444.45 562.93 Pass-Major Risk 10,300.00 8,537.39 11,300.00 8,962.53 31.05 137.39 -99.29 1,338.17 3,751.16 3.500 674.64 444.51 543.03 Pass-Major Risk 10,300.00 8,537.39 11,325.00 8,962.28 31.05 137.42 -9750 1,360.88 3,761.61 3.500 660.89 444.55 52325 Pass-Major Risk 10,300,00 8,537.39 11,350.00 8,96212 31.05 137.45 -95.57 1,384.38 3,770.08 3.500 649.12 444.58 503.91 Pass-Major Risk 10,300.00 8,537.39 11,375.00 8,961.77 31.05 137.47 -93.55 1,408.55 3,776.46 3.500 63939 44458 485.26 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 13 COMPASS 5000.1 Build 61 • • BP Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-27-B-27-B-27 Offset Site Error: 0.00 usft Survey Program: 107-GYO-CT-CMS,10100-BOSS-GYRO Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 10,193.03 8,460.41 10,200.00 8,457.53 0.44 0.03 53.05 1,555.05 4,174.55 5.562 7.05 4.28 3.11 Pass-Major Risk,CC,ES,SF 10,217.78 8,479.41 10,225.00 8,476.05 044 0.03 46.12 1,554.08 4,191.32 5.562 10.03 487 5.97 Pass-Major Risk 10,242.30 8,497.56 10,250.00 8,494.58 0.44 0.04 37.08 1,553.15 4,208.07 5.562 13.51 5.56 925 Pass-Major Risk 10,26644 8,51474 10,275.00 8,513.12 0.45 0.05 2824 1,55226 4,224.82 5.562 17.86 6.32 13.29 Pass-Major Risk 10,290.07 8,530.85 10,300.00 8,531.67 0.46 0.06 20.59 1,55142 4,241.56 5.562 2329 7.12 18.47 Pass-Major Risk 10,313.10 8,545.82 10,325.00 8,550.19 0.47 0.07 14.53 1,550.60 4,258.33 5.562 29.90 7.95 24.71 Pass-Major Risk 10,33544 8,559.63 10,350.00 8,568.63 0.49 0.09 9.93 1,549.78 4,275.19 5562 37.68 8.77 31.04 Pass-Major Risk 10,357.04 8,572.27 10,375.00 8,587.01 0.51 0.11 647 1,548.97 4,292.12 5.562 46.58 9.57 38.83 Pass-Major Risk 10,377.85 8,583.77 10,400.00 8,605.31 0.52 0.12 3.86 1,548.16 4,309.14 5.562 56.53 10.33 47.82 Pass-Major Risk 10,401.25 8,596.05 10,425.00 8,623.54 0.55 0.15 0.34 1,547.37 4,326.22 5.562 67.14 10.73 58.23 Pass-Major Risk 10,427.33 8,609.55 10,450.00 8,641.71 0.58 0.18 -3.95 1,546.61 4,343.37 5.562 76.99 11.03 68.39 Pass-Major Risk 10,454.15 8,623.24 10,475.00 8,659.83 0.61 0.21 -8.24 1,545.87 4,360.58 5.562 85.94 11.49 77.69 Pass-Major Risk 10,481.57 8,636.97 10,500.00 8,677.89 0.65 024 -12.64 1,545.16 4,377.86 5.562 93.99 12.09 86.18 Pass-Major Risk 10,509.38 8,650.59 10,525.00 8,695.94 0.70 0.28 -17.25 1,544.46 4,395.14 5.562 101.18 12.80 93.73 Pass-Major Risk 10,537.37 8,663.93 10,550.00 8,714.04 0.76 0.32 -22.14 1,543.75 4,412.37 5.562 107.61 13.67 99.53 Pass-Major Risk 10,565.32 8,676.83 10,575.00 8,73219 0.82 0.35 -27.31 1,543.04 4,429.55 5.562 113.39 14.60 104.82 Pass-Major Risk 10,593.02 8,689.14 10,600.00 8,750.39 0.89 0.39 -32.76 1,54233 4,446.68 5.562 118.67 15.60 109.59 Pass-Major Risk 10,620.29 8,700.78 10,625.00 8,768.58 0.97 0.45 -3845 1,541.63 4,463.81 5.562 123.59 16.66 113.95 Pass-Major Risk 10,646.99 8,711.66 10,650.00 8,786.73 1.05 0.50 -4433 1,540.97 4,480.99 5.562 128.32 17.71 118.05 Pass-Major Risk 10,672.98 8,721.72 10,675.00 8,804.83 1.13 0.56 -50.39 1,540.34 4,498.22 5.562 133.02 18.75 122.08 Pass-Major Risk 10,698.13 8,730.94 10,700.00 8,822.88 1.22 0.61 -56.59 1,539.75 4,515.51 5.562 137.89 19.81 126.23 Pass-Major Risk 10,718.54 8,738.09 10,725.00 8,840.89 129 0.69 -60.35 1,539.19 4,532.84 5.562 143.31 20.38 13070 Pass-Major Risk 10,73729 8,744.63 10,750.00 8,858.87 1.36 0.77 -62.41 1,538.69 4,550.20 5.562 149.91 20.71 136.38 Pass-Major Risk 10,756.30 8,751.27 10,775.00 8,876.81 1.43 0.84 -63.84 1,538.22 4,587.61 5.562 157.50 21.04 143.16 Pass-Major Risk 10,775.00 8,757.80 10,800.00 8,894.71 1.51 0.92 -64.72 1,537.80 4,586.05 5.562 165.90 21.35 150.87 Pass-Major Risk 10,795.00 8,764.78 10,825.00 8,912.58 1.59 1.02 -64.98 1,537.37 4,602.53 5.562 174.94 21.71 159.23 Pass-Major Risk 10,814.60 8,771.62 10,850.00 8,930.42 1.68 1.11 -64.82 1,536.89 4,620.04 5.562 18447 22.07 168.17 Pass-Major Risk 10,834.29 8,778.50 10,875.00 8,948.22 1.77 1.21 -64.27 1,536.36 4,637.58 5.562 194.41 22.44 177.55 Pass-Major Risk 10,854.04 8,785.39 10,900.00 8,965.99 1.86 1.31 -63.38 1,535.77 4,655.16 5.562 204.68 22.80 18729 Pass-Major Risk 10,875.00 8,792.70 10,925.00 8,983.71 1.97 1.43 -62.07 1,535.15 4,672.79 5.562 21521 2320 19727 Pass-Major Risk 10,893.60 8,799.20 10,950.00 9,001.34 2.06 1.56 -60.68 1,534.52 4,690.50 5.562 225.94 23.56 207.50 Pass-Major Risk 10,915.79 8,806.94 10,975.00 9,01889 2.17 1.68 -60.44 1,533.88 4,708.29 5.562 236.80 24.39 217.90 Pass-Major Risk 10,942.62 8,816.30 11,000.00 9,036.36 2.32 1.80 -62.82 1,533.22 4,726.16 5.562 247.33 26.07 228.03 Pass-Major Risk 10,970.10 8,825.89 11,025.00 9,053.77 2.47 1.96 -65.50 1,532.57 4,744.09 5.562 257.37 27.95 23766 Pass-Major Risk 10,998.12 8,835.67 11,050.00 9,071.12 2.63 2.11 -68.47 1,531.92 4,762.08 5.562 266.94 29.83 246.83 Pass-Major Risk 11,026.57 8,845.60 11,075.00 9,08842 2.80 226 -71.68 1,531.28 4,780.11 5.562 276.04 31.70 255.56 Pass-Major Risk 11,055.34 8,855.63 11,100.00 9,105.67 2.97 242 -75.13 1,530.64 4,798.20 5.562 284.69 33.54 263.86 Pass-Major Risk 11,083.02 8,865.29 11,125.00 9,122.90 3.14 2.51 -78.32 1,530.01 4,816.31 5.562 292.94 34.98 272.31 Pass-Major Risk 11,100.00 8,871.21 11,150.00 9,140.12 3.24 2.60 -78.07 1,529.38 4,834.41 5.562 301.34 35.57 279.65 Pass-Major Risk 11,113.43 8,875.90 11,165.00 9,15046 3.33 2.65 -77.54 1,529.00 4,845.28 5.562 306.55 36.01 284.05 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 14 COMPASS 5000.1 Build 61 • v. .4+ BP ° 1 Lip Travelling Cylinder Report oast" Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-27-B-27A-B-27A Offset Site Error: 0.00 usft Survey Program: 100-GYD-CT-CMS,10220-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth i-Ni-s +El-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) )usft) (in) (usft) (usft) (usft) 10,175.00 8,446.18 10,175.00 8,446.20 0.03 0.02 -109.06 1,552.86 4,159.03 3.500 0.04 0.99 -0.91 FAIL-Major Risk,CC 10,199.93 8,465.77 10,200.00 8,466.70 0.13 0.12 -100.19 1,549.28 4,172.89 3.500 1.60 3.39 -1.77 FAIL-Major Risk,ES,SF 10,224.59 8,484.52 10,225.00 8,487.75 0.13 0.21 -88.04 1,545.38 4,185.79 3.500 5.01 6.91 -0.46 FAIL-Major Risk 10,248.77 8,502.24 10,250.02 8,509.28 0.13 0.21 -82.41 1,540.99 4,197.74 3.500 10.34 7.20 4.81 Pass-Major Risk 10,272.25 8,518.77 10,275.00 8,531.11 0.13 0.21 -80.43 1,535.72 4,208.67 3.500 17.42 7.47 11.69 Pass-Major Risk 10,295.02 8,534.13 10,300.00 8,553.09 0.13 022 -79.94 1,529.35 4,21874 3.500 25.96 7.75 19.96 Pass-Major Risk 10,317.07 8,548.33 10,325.00 8,575.05 0.14 0.22 -79.77 1,521.99 4,228.15 3.500 35.66 8.01 29.38 Pass-Major Risk 10,338.51 8,561.46 10,350.00 8,596.97 0.14 0.22 -78.65 1,514.41 4,237.47 3.500 46.11 827 39.62 Pass-Major Risk 10,359.24 8,573.52 10,375.00 8,618.89 0.16 0.23 -77.20 1,506.59 4,246.62 3.500 57.36 8.51 50.69 Pass-Major Risk 10,379.27 8,584.53 10,400.00 8,640.77 0.17 023 -75.60 1,498.56 4,255.65 3.500 69.34 8.75 6251 Pass-Major Risk 10,399.31 8,595.04 10,425.00 8,662.62 0.19 024 -75.61 1,490.34 4,264.60 3.500 81.93 9.00 74.94 Pass-Major Risk 10,419.30 8,605.41 10,450.00 8,684.42 0.21 025 -77.07 1,481.96 4,273.52 3.500 94.86 924 87.66 Pass-Major Risk 10,438.93 8,615.50 10,475.00 8,706.19 024 025 -78.91 1,473.63 4,282,56 3.500 108.03 9.46 100.61 Pass-Major Risk 10,458.13 8,625.25 10,500.00 8,727.94 0.26 026 -80.99 1,465.35 4,291.69 3.500 121.49 9.68 113.83 Pass-Major Risk 10,476.87 8,634.64 10,525.00 8,749.65 029 027 -8321 1,457.09 4,300.92 3.500 135.23 9.88 127.32 Pass-Major Risk 10,495.38 8,643.77 10,550.00 8,770.98 0.32 0.27 -85.67 1,448.49 4,310.71 3.500 148.72 10.08 140.57 Pass-Major Risk 10,514.59 8,653.10 10,575.00 8,790.38 0.36 0.29 -88.64 1,438.82 4,323.10 3.500 159.76 1029 15133 Pass-Major Risk 10,534.35 8,662.51 10,600.00 8,807.02 0.40 0.31 -92.09 1,428.27 4,338.44 3.500 167.60 10.49 158.87 Pass-Major Risk 10,553.98 8,671.64 10,625.00 8,820.54 0.44 0.33 -96.13 1,416.80 4,356.04 3.500 172.51 10.71 163.45 Pass-Major Risk 10,575.00 8,681.18 10,650.00 8,831.65 0.49 0.36 -100.81 1,404.66 4,374.85 3.500 175.83 10.93 166.44 Pass-Major Risk 10,591.18 8,688.34 10,675.00 8,841.99 0.54 0.40 -105.43 1,392.16 4,393.88 3.500 179.53 11.13 169.84 Pass-Major Risk 10,608.63 8,695.87 10,700.00 8,851.48 0.59 0.44 -110.35 1,379.54 4,413.26 3.500 183.62 11.33 173.64 Pass-Major Risk 10,625.00 8,702.74 10,725.00 8,859.82 0.63 0.49 -115.43 1,366.63 4,432.96 3.500 188.01 11.53 177.76 Pass-Major Risk 10,640.80 8,709.18 10,750.00 8,867.54 0.68 0.54 -120.67 1,353.04 4,452.48 3.500 193.64 11.73 183.13 Pass-Major Risk 10,655.40 8,714.97 10,775.00 8,875.14 0.73 0.60 -125.80 1,338.96 4,471.69 3.500 200.96 11.94 19020 Pass-Major Risk 10,669.31 8,720.33 10,800.00 8,882.76 0.77 0.67 -130.66 1,324.877 4,490.88 3.500 20973 12.13 19875 Pass-Major Risk 10,682.56 8,725.30 10,825.00 8,890.23 0.81 0.75 -135.30 1,310.78 4,510.13 3.500 21971 12.33 208.51 Pass-Major Risk 10,69528 8,729.92 10,850.00 8,897.23 0.86 0.83 -139.68 1,296.86 4,529.68 3.500 230.43 12.54 219.02 Pass-Major Risk 10,70927 8,734.85 10,875.00 8,903.70 0.91 0.93 -143.45 1,282.98 4,549.45 3.500 241.91 12.81 23024 Pass-Major Risk 10,737.84 8,744.83 10,900.00 8,909.61 1.01 1.03 -143.99 1,269.10 4,569.38 3.500 253.41 13.56 241.00 Pass-Major Risk 10,770.12 8,756.09 10,925.00 8,914.94 1.14 1.14 -143.89 1,255.22 4,589.47 3.500 26422 14.47 250.93 Pass-Major Risk 10,806.53 8,768.81 10,950.00 8,919.69 1.29 1.26 -143.17 1,241.24 4,609.65 3.500 274.15 15.53 259.80 Pass-Major Risk 10,847.47 8,783.09 10,975.00 8,923.86 1.48 1.39 -141.83 1,227.11 4,629.84 3.500 282.92 16.81 267.34 Pass-Major Risk 10,893.38 8,799.12 11,000.00 8,927.69 1.71 1.53 -139.82 1,21277 4,649.96 3.500 290.37 18.24 273.37 Pass-Major Risk 10,916.78 8,807.29 11,025.00 8.931.43 1.83 1.67 -141.31 1,198.27 4,669.98 3.500 296.97 19.12 279.09 Pass-Major Risk 10,931.04 8,81226 11,050.00 8,935.21 1.90 1.82 -144.10 1,183.70 4,689.94 3.500 304.43 19.76 285.90 Pass-Major Risk 10,944.90 8,817.10 11,075.00 8,938.91 1.98 1.98 -146.84 1,169.07 4,709.87 3.500 312.73 20.40 293.55 Pass-Major Risk 10,958.32 8,821.78 11,100.00 8,942.15 2.05 2.14 -149.59 1,154.42 4,729.87 3.500 321.67 21.03 301.85 Pass-Major Risk 10,975.00 8,827.60 11,125.00 8,945.22 2.14 2.32 -152.57 1,139.77 4,749.89 3.500 331.37 21.68 310.87 Pass-Major Risk 10,983.92 8,830.71 11,150.00 8,948.18 220 2.50 -154.88 1,125.18 4,769.97 3.500 341.67 22.25 320.62 Pass-Major Risk 11,000.00 8,836.32 11,175.00 8,950.88 229 2.69 -157.75 1,110.71 4,790.18 3.500 352.56 22.85 330.87 Pass-Major Risk 11,007.97 8,839.10 11,200.00 8,953.46 2.33 2.89 -159.89 1,096.24 4,810.41 3.500 364.06 23.40 341.87 Pass-Major Risk 11,019.33 8,843.07 11,225.00 8,956.12 2.40 3.09 -162.25 1,081.58 4,830.48 3.500 376.50 23.94 353.80 Pass-Major Risk 11,025.00 8,845.05 11,250.00 8,958.89 2.43 3.30 -164.03 1,066.90 4,850.52 3.500 38972 24.46 366.59 Pass-Major Risk 11,040.99 8,850.62 11,275.00 8,961.99 2.53 3.53 -166.57 1,052.29 4,870.57 3.500 403.43 24.95 379.82 Pass-Major Risk 11,050.00 8,853.77 11,300.00 8,965.62 2.58 3.76 -168.40 1,037.73 4,890.57 3.500 417.88 25.45 393.88 Pass-Major Risk 11,061.35 8,857.73 11,325.00 8,969.48 2.65 3.99 -170.33 1,023.07 4,910.45 3.500 432.98 25.92 408.64 Pass-Major Risk 11,075.00 8,862.49 11,350.00 8,973.45 2.74 424 -172.38 1,008.28 4,93021 3.500 448.77 26.35 424.16 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 15 COMPASS 5000.1 Build 61 i • BP Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-27-B-27A-B-27A Offset Site Error: 0.00 usft Survey Program: 100-GYD-CT-CMS,10220-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-S +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) 1°1 (usft) (usft) (in) (usft) )usft) )usft) 11,080.91 8,864.55 11,375.00 8,977.55 2.77 4.47 -173.72 993.34 4,949.83 3.500 465.10 25.85 440.30 Pass-Major Risk 11,333.01 8,952.33 11,400.00 8,981.70 456 460 -154.34 978.37 4,969.42 3.500 474.82 38.54 43643 Pass-Major Risk 11,346.49 8,956.52 11,415.00 8,984.19 466 467 -154.62 969.39 4.981 17 3.500 478.63 40.41 438.37 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 16 COMPASS 5000.1 Build 61 • • *4, BP vr. Travelling Cylinder Report AYAg Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A©75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-27-B-27B-B-27B offset Site Error: 0.00 usft Survey Program: 100-GVD-CT-CMS,10200-MWD,10242-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-S +El-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (tisk) (usft) (usft) O (usft) (usft) lin) (usft) (usft) (tisk) 10,175.00 8,446.18 10,175.00 8,446.20 0.03 0.02 -109.06 1,552.86 4,159.03 3.500 0.04 0.99 -0.91 FAIL-Major Risk,CC 10,199.93 8,465.77 10,200.00 8,466.70 0.13 0.12 -100.19 1,549.28 4,172.89 3.500 1.60 3.39 -1.77 FAIL-Major Risk,ES,SF 10,224.59 8,484.52 10,225.00 8,487.75 0.13 021 -88.04 1,545.38 4,185.79 3.500 5.01 6.91 -0.46 FAIL-Major Risk 10,248.76 8,50223 10,250.00 8,509.25 0.13 0.21 -82.51 1,540.97 4,197.76 3.500 10.30 720 4.77 Pass-Major Risk 10,272.39 8,518.87 10,275.00 8,530.86 0.13 0.21 -80.89 1,535.52 4,209.07 3.500 16.95 747 11.20 Pass-Major Risk 10,295.59 8,534.50 10,300.00 8,55221 0.13 0.22 -80.72 1,528.78 4,220.19 3.500 24.30 7.75 18.26 Pass-Major Risk 10,318.48 8,549.21 10,325.00 8,572.98 0.14 0.22 -8129 1,520.59 4,231.42 3.500 31.93 8.03 25.55 Pass-Major Risk 10,341.08 8,562.99 10,350.00 8,593.05 0.14 0.23 -82.26 1,510.90 4,242.75 3.500 39.75 8.30 33.02 Pass-Major Risk 10,363.33 8,575.82 10,375.00 8,612.53 0.16 0.23 -83.26 1,499.91 4,253.91 3.500 48.05 8.58 40.97 Pass-Major Risk 10,385.13 8,587.63 10,400.00 8,63149 0.18 0.24 -84.26 1,487.64 4,264.61 3.500 57.07 8.85 49.65 Pass-Major Risk 10 406.36 8,598.71 10,425.00 8,649.92 0.20 0.25 -88.29 1,473.99 4,274.57 3.500 66.99 9.12 59.21 Pass-Major Risk 10,426.46 8,609.10 10,450.00 8,667.63 0.22 0.26 -93.54 1,458.89 4,283.68 3.500 77.94 9.38 69.79 Pass-Major Risk 10,445.13 8,618.66 10,475.00 8,684.59 0.24 0.27 -99.20 1,442.48 4,291.90 3.500 90.15 9.62 81.68 Pass-Major Risk 10,462.26 8,627.33 10,500.00 8,701.03 0.27 028 -104.63 1,425.12 4,299.19 3.500 103.87 9.84 95.14 Pass-Major Risk 10,477.72 8,635.06 10,525.00 8,716.87 0.29 029 -109.68 1,406.84 4,305.50 3.500 119.12 10.04 110.18 Pass-Major Risk 10,491.42 8,641.84 10,550.00 8,731.92 0.32 029 -114.34 1,387.59 4,310.76 3.500 135.82 1021 126.72 Pass-Major Risk 10,503.26 8,647.62 10,575.00 8,746.21 0.34 0.30 -118.51 1,367.46 4,314.71 3.500 154.04 10.37 144.83 Pass-Major Risk 10,51347 8,652.56 10,600.00 8,759.87 0.36 0.31 -122.14 1,346.72 4,317.55 3.500 173.50 10.51 164.22 Pass-Major Risk 10,525.00 8,658.08 10,625.00 8,772.94 0.38 0.32 -125.47 1,325.48 4,319.31 3.500 194.08 10.65 184.71 Pass-Major Risk 10,52944 8,660.19 10,650.00 8,785.33 0.39 0.34 -127.98 1,303.78 4,319.97 3.500 215.50 10.75 206.12 Pass-Major Risk 10,535.42 8,663.01 10,675.00 8,796.89 040 0.41 -130.37 1,281.62 4,319.62 3.500 237.64 10.86 228.23 Pass-Major Risk 10,54021 8,66526 10,700.00 8,807.45 041 0.52 -132.52 1,259.00 4,318.37 3.500 26026 10.96 250.84 Pass-Major Risk 10,544.01 8,667.03 10,725.00 8,816.90 0.42 0.64 -134.48 1,235.95 4,316.42 3.500 283.19 11.06 273.77 Pass-Major Risk 10,550.00 8,669.81 10,750.00 8,825.20 0.43 0.76 -136.53 1,212.50 4.333.89 3.500 306.32 11.17 296.87 Pass-Major Risk 10,550.00 8,669.81 10,775.00 8,832.37 0.43 0.90 -138.07 1,988.74 '4,31394 3.500 329.48 11.26 320.08 Pass-Major Risk 10,550.00 8,669.81 10,800.00 8,838.53 0.43 1.03 -139.55 1,964.70 4,307.88 3.500 352.67 11.36 343.31 Pass-Major Risk 10,550.00 8,669.81 10,825.00 8,843.82 043 1.14 -141.01 1,140.38 4,305.56 3.500 375.67 1146 366.35 Pass-Major Risk 10,550.00 8,669.81 10,850.00 8,848.09 043 126 -142.49 1,115.79 4,304.31 3.500 398.33 11.57 389.06 Pass-Major Risk 10,557.12 8,673.09 10,875.00 8,851.07 0.45 1.38 -14454 1,090.97 4,304.35 3.500 420.36 11.71 41107 Pass-Major Risk 10,559.63 8,674.24 10,900.00 8,853.11 046 1.52 -146.26 1,066.10 4,305.80 3.500 441.97 11.86 432.69 Pass-Major Risk 10,562.53 8,675.56 10,925.00 8,854.57 0.46 1.66 -147.99 1,041.32 4,308.72 3.500 463.16 12.02 453.89 Pass-Major Risk 10,565.78 8,677.03 10,950.00 8,855.31 0.47 1.81 -149.74 1,016.74 4,313.17 3.500 483.80 12.20 474.54 Pass-Major Risk 10,575.00 8,681.18 10,975.00 8,855.41 0.49 1.98 -151.90 992.46 4,319.13 3.500 503.97 12.40 494.66 Pass-Major Risk 10,575.00 8,681.18 11,000.00 8,854.79 0.49 2.15 -153.33 968.07 4,324.59 3.500 524.37 12.62 515.08 Pass-Major Risk 10,575.00 8,681.18 11,025.00 8,853.96 0.49 2.33 -154.63 94348 4,328.98 3.500 545.53 12.85 536.25 Pass-Major Risk 10,575.00 8,681.18 11,050.00 8,853.21 0.49 2.50 -155.78 91807 4,331.96 3.500 56753 13.07 558.26 Pass-Major Risk 10,575.00 8,681.18 11,075.00 8,852.78 0.49 2.67 -156.75 893.71 4,333.04 3.500 590.41 13.29 581.14 Pass-Major Risk 10,575.00 8,681.18 11,100.00 8,853.22 0.49 2.82 -157.53 86871 4,332.95 3.500 613.95 13.50 60468 Pass-Major Risk 10,575.00 8,681.18 11,124.92 8,854.70 049 2.98 -15820 843.85 4,333.60 3.500 637.62 13.71 628.34 Pass-Major Risk 10,575.00 8,681.18 11,150.00 8,856.78 0.49 3.15 -158.82 818.92 4,335.38 3.500 661.39 13.95 652.08 Pass-Major Risk 10,583.49 8,684.96 11,175.00 8,859.17 0.52 3.34 -160.03 79421 4,338.28 3.500 684.81 14.16 67546 Pass-Major Risk 10,585.99 8,686.06 11,200.00 8,862.10 0.52 3.53 -160.76 769.74 4,342.46 3.500 708.08 1441 698.69 Pass-Major Risk 10,589.02 8,687.40 11,225.00 8,864.99 0.53 3.73 -161.55 745.66 4,348.50 3.500 730.74 14.67 721.32 Pass-Major Risk 10,60000 8,692.17 11,250.00 8,86824 0.56 3.93 -162.91 722.06 4,356.06 3.500 753.01 14.87 743.57 Pass-Major Risk 10,600.00 8,692.17 11,275.00 8,872.05 0.56 4.14 -163.41 698.90 4,364.66 3.500 774.80 15.17 765.31 Pass-Major Risk 10,600.00 8,692.17 11,300.00 8,875.96 0.56 4.36 -163.89 676.09 4,374.12 3.500 796.35 1549 786.80 Pass-Major Risk 10,600.00 8,692.17 11,325.00 8,879.51 0.56 4.58 -164.37 653.25 4,383.64 3.500 818.03 15.82 80842 Pass-Major Risk 10,600.00 8,692.17 11,350.00 8,882.80 0.56 4.80 -164.81 629.85 4,391.79 3.500 840.53 16.15 830.85 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 17 COMPASS 5000.1 Build 61 0 • ,,,,„4#0,,,,, BP i Lac > Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-27-B-27B-B-27B Offset Site Error: 0.00 usft Survey Program: 100-GYD-CT-CMS.10200-MWD.10242-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-S +EI-W Hole Size Centre Distance Deviation (usff) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 10,610 45 8,696.64 11,375.00 8,886.29 0.59 5.02 -166.00 606.52 4,400.06 3.500 86294 16.32 85328 Pass-Major Risk 10,614.11 8,698.19 11,400.00 8,889.67 0.60 5.24 -166.71 583.98 4,410.31 3.500 884.57 16.59 874.89 Pass-Major Risk 10,625.00 8,702.74 11,425.00 8,893.02 0.63 5.47 -167.97 562.35 4,422.38 3.500 905.37 16.75 895.74 Pass-Major Risk 10,625.00 8,702.74 11,450.00 8,896.01 0.63 5.70 -168.44 54147 4,435.80 3.500 92528 17.11 915.59 Pass-Major Risk 10,625.00 8,702.74 11,475.00 8,898.49 0.63 5.93 -168.94 521.37 4,450.45 3.500 944.50 17.47 934.73 Pass-Major Risk 10,625.00 8,702.74 11,500.00 8,901.04 0.63 6.15 -169.44 502.09 4,466.15 3.500 963.16 17.84 953.30 Pass-Major Risk 10,636.83 8,707.58 11,525.00 8,903.89 0.67 6.37 -170.79 48365 4,482.79 3.500 981.10 17.97 971.37 Pass-Major Risk 10,650.00 8,712.85 11,550.00 8,906.82 0.71 6.58 -17225 466.04 4,500.28 3.500 998.63 18.05 989.13 Pass-Major Risk 10,650.00 8,712.85 11,575.00 8,910.01 0.71 6.79 -172.69 449.35 4,51862 3.500 1,015.35 18.42 1,005.80 Pass-Major Risk 10,650.00 8,712.85 11,600.00 8,913.38 0.71 7.00 -173.10 433.60 4,537.74 3.500 1,031.52 18.81 1,021.93 Pass-Major Risk 10,650.00 8,712.85 11,625.00 8,916.30 0.71 7.20 -173.54 41864 4,557.54 3.500 1,047.21 19.21 1,037.57 Pass-Major Risk 10,663.94 8,718.28 11,650.00 8,919.23 0.75 7.40 -175.03 404.72 4,578.10 3.500 1,061.98 1925 1,053.25 Pass-Major Risk 10,950.00 8,818.88 11,675.00 8,92169 200 7.59 -165.88 391.86 4,599.39 3.500 1,075.26 26.01 1,053.63 Pass-Major Risk 10,950.00 8,818.88 11,700.00 8.923.84 2.00 7.77 -16625 380.12 4,621.36 3.500 1,083.06 26.64 1,061.00 Pass-Major Risk 10,959.10 8,822.05 11,725.00 8,926.21 2.06 7.95 -167.37 36963 4,643.92 3.500 1,089.96 27.08 1,067.64 Pass-Major Risk 10,96622 8,824.54 11,750.00 8,928.70 2.10 8.13 -168.31 36041 4,667.03 3.500 1,095.93 27.57 1,073.33 Pass-Major Risk 10,975.00 8,827.60 11,775.00 8,931.03 2.14 8.31 -169.40 352.09 4,690.48 3.500 1,101.35 28.03 1,078.54 Pass-Major Risk 10,975.00 8,827.60 11,800.00 8,933.41 2.14 8.49 -169.75 344.89 4,714.30 3.500 1,106.05 28.71 1,082.78 Pass-Major Risk 10,98766 8,832.02 11,825.00 8,935.51 2.22 8.67 -171.17 338.79 4,738.45 3.500 1,109.90 29.09 1,086.64 Pass-Major Risk 11,000.00 8,836.32 11,850.00 8,937.62 2.29 8.86 -172.56 333.06 4,762.69 3.500 1,113.86 29.48 1,090.71 Pass-Major Risk 11,000.00 8,836.32 11,875.00 8,940.61 2.29 9.08 -172.87 326.43 4,786.61 3.500 1,119.14 30.23 1,095.55 Pass-Major Risk 11,008.84 8,839.41 11,900.00 8,943.62 2.34 9.35 -173.92 318.37 4,810.07 3.500 1,126.27 30.79 1,10276 Pass-Major Risk 11,015.52 8,841.74 11,925.00 8,94624 2.38 9.64 -174.81 308.84 4,833.03 3.500 1,135.22 31.43 1,111.79 Pass-Major Risk 11,025.00 8,845.05 11,950.00 8,948.70 2.43 9.97 -175.92 297.91 4,856.38 3.500 1,145.91 32.02 1,122.98 Pass-Major Risk 11,495.91 8.978.18 11,975.00 8,951.31 5.88 10.35 -159.42 285.39 4,876.85 3.500 1,151.59 53.73 1,099.24 Pass-Major Risk 11,500.00 8,978.14 12,000.00 8,953.83 5.92 10.76 -159.78 27123 4,897.29 3.500 1,157.28 54.96 1,103.77 Pass-Major Risk 11,510.76 8,978.02 12,025.00 8,956.04 6.01 11.01 -160.95 256.03 4,917.02 3.500 1,164.51 54.45 1,110.08 Pass-Major Risk 11,525.00 8,977.87 12,050.00 8,958.24 6.14 11.23 -162.55 240.81 4,936.73 3.500 1,172.22 57.35 1,114.90 Pass-Major Risk 11,525.00 8,977.87 12,057.00 8,958.86 6.14 11.30 -162.52 236.55 4,942.25 3.500 1,174.39 58.13 1,116.28 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 18 COMPASS 5000.1 Build 61 • 0 BP 0 bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-36-B-36-B-36 Offset Site Error: 0.00 usft Survey Program: 212-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS *EI-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) P) (usft) (usft) (in) (usft) (usft) (usft) 10,492.46 8,642.35 9,550.00 7,588.00 31.17 74.87 133.46 687.75 4,783.37 7,562 1,365.11 334.89 1,130.68 Pass-Major Risk 10,500.00 8,646.04 9,575.00 7,606.69 31.18 75.12 132.82 691.12 4,799.63 7.562 1,353.62 33764 1,118.54 Pass-Major Risk 10,518.04 8,654.76 9,600.00 7,625.30 31.20 75.36 131.45 694.45 4,815.99 7.562 1,342.36 342.87 1,105.87 Pass-Major Risk 10,531.09 8,660.97 9,625.00 7,643.83 31.22 75.61 130.45 69775 4,832.44 7.562 1,331.38 346.51 1,093,80 Pass-Major Risk 10,54427 8,667.15 9,650.00 7,662.32 31,24 75.85 129.47 701.08 4,848.94 7562 1,320.60 349.90 1,081.88 Pass-Major Risk 10,557.56 8,673.29 9,675.00 7,680.75 31.26 76.10 128.49 704.46 4,865.48 7.562 1,310.00 353.03 1,070.10 Pass-Major Risk 10,575.00 8,681.18 9,700.00 7,699.14 31.29 76.35 12723 707.88 4,882.07 7.562 1,299.59 356.46 1,058.27 Pass-Major Risk 10,584.38 8,685.36 9,725.00 7,717.50 31.31 76.60 126.59 711.35 4,898.68 7.562 1,289.34 358.46 1,046.92 Pass-Major Risk 10,600.00 8,692.17 9,750.00 7,735.91 31.34 76.85 125.51 714.81 4,915.23 7.562 1,27921 360.97 1,035.34 Pass-Major Risk 10,611,32 8,697.01 9,775.00 7,754.40 31.36 77.10 124.77 718.25 4,931,71 7.562 1,269.17 363.19 1,023.95 Pass-Major Risk 10,625.00 8,702.74 9,800.00 7,772.95 31.39 77.34 123.89 721.67 4,948.12 7.562 1,25924 365,73 1,012.48 Pass-Major Risk 10,638.12 8,708.10 9,825.00 7,791.56 31.42 77.59 123.08 725.07 4,964.45 7,562 1,249.44 367.91 1,001.06 Pass-Major Risk 10,650.00 8,712.85 9,850.00 7,81024 31.45 77.83 12239 728.39 4,980.74 7.562 1,239.80 369,71 989.75 Pass-Major Risk 10,664.63 8,718.55 9,875.00 7,828.96 31.49 78.07 121.53 731.63 4,996.99 7.562 1,230,35 371.45 978.44 Pass-Major Risk 10,925.00 8,810.15 9,900.00 7,847.74 32.39 78.31 133.52 734.80 5,013.19 7.562 1,219.84 353.83 979.16 Pass-Major Risk 10,937,43 8,814.49 9,925.00 7,866.53 32.44 78.55 13257 737.88 5,029.38 7562 1,206.35 357.41 963.16 Pass-Major Risk 10,950.00 8,818.88 9,950,00 7,885.28 3250 78.79 131.62 740.89 5,045.64 7.562 1,193.20 360.79 947.50 Pass-Major Risk 10,950.00 8,818.88 9,975.00 7,903.98 32.50 79.04 131.73 743.81 5,061.97 7.562 1,180.38 36152 933.77 Pass-Major Risk 10,964.28 8,823,86 10,000.00 7,922.64 32.56 79,28 130.68 746.65 5,078.37 7.562 1,167.83 364.99 91838 Pass-Major Risk 10,975.00 8,827.60 10,025.00 7,941.24 32.61 79.53 129.94 749.45 5,094.84 7.562 1,155.66 367.60 903,82 Pass-Major Risk 10,982.41 8,830.19 10,050.00 7,959.76 32.64 79.78 129.50 752.22 5,111.40 7.562 1,143.81 369.79 889.94 Pass-Major Risk 10,991.52 8,833.37 10,075.00 7,97820 32.69 80.03 128,93 754.96 5,128.06 7.562 1,132.32 372.27 876.19 Pass-Major Risk 11,000.00 8,836.32 10,100.00 7,996.57 32.73 8028 128.44 757.69 5,144.80 5.687 1,121.18 374,37 862.99 Pass-Major Risk 11,009.80 8,839.74 10,125.00 8,014,94 32.78 80.53 127.85 760.39 5,181.54 3.500 1,110.33 376.54 849.90 Pass-Major Risk 11,025.00 8,845,05 10,150.00 8,033.35 32.85 80.78 126.84 763.08 5,178.24 3.500 1,099.76 37944 836.44 Pass-Major Risk 11,025.00 8,845,05 10,175.00 8,051.80 32.85 81.04 127.12 765.72 5,194.90 3.500 1,089.39 38024 824.42 Pass-Major Risk 11,037.10 8,849.27 10,200.00 8,070.29 32.91 81.29 126.42 768.35 5,21152 3.500 1,079.30 382.45 811.59 Pass-Major Risk 11,566.80 8,977.44 10,225.00 8,088.86 36.25 81.53 13654 770,96 5,228,05 3.500 1,061.15 368.02 846.75 Pass-Major Risk 11,575.00 8,977.35 10,250.00 8,107.52 36.31 81.78 135.82 773.53 5,244.48 3.500 1,042.01 371.11 824.53 Pass-Major Risk 11,575.00 8,977.35 10,275.00 8,126.28 36.31 82.02 136.12 776.07 5,260.82 3.500 1,023.00 371.84 803.78 Pass-Major Risk 11,587.62 8,97722 10,300.00 8,145.10 36.42 8227 134.93 778.59 5,277.07 3.500 1,004.05 376.05 78075 Pass-Major Risk 11,600.00 8,977.09 10,325.00 8,163.92 36.52 82.51 133.78 781.11 5,293.34 3.500 985.33 379.98 758.00 Pass-Major Risk 11,600.00 8,977.09 10,350.00 8,182.71 36.52 82.76 134.16 783.63 5,309.63 3.500 96673 380.71 737.25 Pass-Major Risk 11,609.08 8,977.00 10,375.00 8,201.48 36.60 83.00 133.47 786.16 5,325.95 3,500 948.36 383.67 715.17 Pass-Major Risk 11,616.41 8,976.92 10,400.00 8,220.20 36.66 83.25 133.01 78872 5,342.33 3.500 930.19 386.14 693.48 Pass-Major Risk 11,625.00 8,976.83 10,425.00 8,238.78 36.73 83.50 132.41 791.39 5,358.83 3500 912.25 388.80 671.77 Pass-Major Risk 11,625.00 8,976.83 10,450.00 8,25723 36.73 83,75 132.87 794.17 5,375.47 3.500 894.59 38957 651.55 Pass-Major Risk 11,639.15 8,976.68 10,475.00 8,275.54 36.86 84,00 131.64 797.08 5,392.25 3.500 877.09 39325 629.33 Pass-Major Risk 11,650,00 8,976.57 10,500.00 8,293.79 36.95 84.25 130.84 800.03 5,409.08 3.500 859.89 396.07 607.85 Pass-Major Risk 11,650.00 8,976.57 10,525.00 8,312.09 36.95 84.50 131.39 802.96 5,425.86 3.500 842.91 396.85 587.85 Pass-Major Risk 11,662.67 8,976.44 10,550.00 8,330.44 37.07 84.75 130.45 80585 5,442.58 3.500 826.12 399.79 566.23 Pass-Major Risk 11,675.00 8,976.31 10,575.00 8,348.85 37.18 85.01 129.60 808.71 5,45925 3.500 80962 402.45 544,90 Pass-Major Risk 11,675.00 8,976.31 10,600.00 8,367.28 37.18 8525 130.28 811.53 5,475.91 3.500 793.38 40323 525.00 Pass-Major Risk 11,686.52 8,976.19 10,625.00 8,385.72 3728 85.50 12961 814.32 5,492.56 3.500 777,45 405.56 504.00 Pass-Major Risk 11,700.00 8,976.05 10,650,00 8,404.15 37.41 85.75 12875 817.07 5,509.23 3.500 761.91 407.90 483.14 Pass-Major Risk 11,700.00 8,976.05 10,675.00 8,422.58 37.41 86.00 129.58 81978 5,525.90 3.500 746.66 408.69 463.60 Pass-Major Risk 11,710.76 8,975.93 10,700.00 8,440.99 37.51 86.26 129.16 822.47 5,542.60 3.500 731.82 410.53 443.35 Pass-Major Risk 11,725.00 8,975.78 10,725.00 8,459.37 37.64 86.51 128.35 825.14 5,559.32 3.500 717.45 412.43 423.28 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4.43:31PM Page 19 COMPASS 5000.1 Build 61 • • BP 0 bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-36-B-36-B-36 Offset Site Error: 0.00 usft Survey Program: 212-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +EI-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 11,725.00 8,975.78 10,750.00 8,477.73 37.64 86.76 129.34 827.81 5,57609 3.500 70340 41323 40432 Pass-Major Risk 11,735.31 8,975.68 10,775.00 8,496.15 37.73 87.01 129.13 830.49 5,59278 3.500 68976 414.63 38496 Pass-Major Risk 12,02391 8,972.66 10,800.00 8,514.69 40.59 8726 161.92 83322 5,609.32 3.500 67626 36522 404.66 Pass-Major Risk 12,02500 8,972.65 10,825.00 8,533.23 40.60 87.51 162.43 836.03 5,625.86 3.500 656.84 366.51 381.99 Pass-Major Risk 12,037.69 8,97252 10,850.00 8,551.49 40.72 87.77 161.57 838.94 5,642.68 3.500 637.58 372.66 355.44 Pass-Major Risk 12,050.00 8,97239 10,875.00 8,569.03 40.84 88.04 160.72 84205 5,660.22 3.500 618.77 378.48 329.65 Pass-Major Risk 12,050.00 8,972.39 10,900.00 8,585.57 40.84 88.32 161.31 845.51 5,678.64 3.500 600.33 37925 30843 Pass-Major Risk 12,061.61 8,972.27 10,925.00 8,601.16 40.96 88.62 160.45 84898 5,697.86 3.500 582.53 38471 28421 Pass-Major Risk 12,075.00 8,972.13 10,950.00 8,615.74 41.10 88.93 159.33 852.51 5,717.86 3.500 565.48 390.73 26044 Pass-Major Risk 12,075.00 8,972.13 10,975.00 8,629.32 41.10 89.26 159.78 856.30 5,738.51 3.500 548.99 391.63 241.58 Pass-Major Risk 12,090.16 8,971.97 11,000.00 8,642.06 41.26 89.58 158.34 860.64 5,759.57 3.500 532.77 398.10 218.65 Pass-Major Risk 12,100.00 8,971.87 11,025.00 8,653.72 41.36 89.92 157.42 865.91 5,781.04 3.500 516.81 402.45 198.11 Pass-Major Risk 12,110.89 8,971.75 11,050.00 8,664.43 41.48 90.25 15628 872.10 5,802.76 3.500 501.02 407.01 177.96 Pass-Major Risk 12,125.00 8,971.61 11,07500 8,674.44 41.64 90.58 154.64 879.36 5,82449 3.500 48520 412.37 157.48 Pass-Major Risk 12,132.19 8,971.53 11,10000 8,683.99 41.72 9091 153.74 887.90 5,84595 3.500 469.03 41540 13893 Pass-Major Risk 12,142.71 8,97142 11,125.00 8,69345 41.83 9122 15237 897.83 5,866.85 3.500 45228 41925 119.43 Pass-Major Risk 12,15000 8,971.35 11,150.00 8,703.08 41.92 91.52 151.34 908.91 5,887.08 3.500 43497 42204 10041 Pass-Major Risk 12,163.23 8,971.21 11,175.00 8,712.87 42.07 91.80 149.54 921.30 5,90646 3.500 416.91 426.19 79.74 Pass-Major Risk 12,17500 8,971.09 11,200.00 8,722.75 42.20 92.08 147.85 934.74 5,925.08 3.500 398.39 42970 59.39 Pass-Major Risk 12,183.52 8,971.00 11,225.00 8,732.66 42.30 92.34 146.55 948.36 5,943.56 3.500 38000 432.30 39.98 Pass-Major Risk 12,194.12 8,970.89 11,250.00 8,742.70 42.42 92.61 145.01 962.11 5,961.86 3.500 361.74 43522 20.38 Pass-Major Risk 12,205.13 8,97077 11,275.00 8,752.90 42.55 92.87 143.47 97577 5,980.15 3.500 343.75 438.04 0.94 Pass-Major Risk 12,216.60 8,970.65 11,300.00 8,763.18 42.68 93.14 14192 989.34 5,998.45 3.500 326.10 440.77 -1826 FAIL-Major Risk 12,225.00 8,970.56 11,325.00 8,773.48 42.78 93.40 140.75 1,003.01 5,016.67 3.500 308.74 442.83 -36.71 FAIL-Major Risk 12,240.70 8,970.40 11,350.00 8,783.80 42.96 93.67 138.74 `1,016.85 6,034.76 3.500 291.53 445.77 -55.89 FAIL-Major Risk 12,265.23 8,970.14 11,375.00 8,794.10 4325 93.93 140.33 1,030.72 - 6,052.83 3.500 274.47 445.72 -72.36 FAIL-Major Risk 12,295.54 8,969.83 11,400.00 8,804.45 43.62 9420 143.73 1,044.62 6,070.84 3.500 256.56 442.91 -86.74 FAIL-Major Risk 12,322.66 8,969.54 11,425.00 8,814.77 43.95 9446 146.52 1,058.63 6,088.79 3.500 237.82 439.11 -100.25 FAIL-Major Risk 12,346.49 8,969.30 11,450.00 8,824.82 44.24 94.71 148.54 1,073.15 6,106.49 3.500 21831 434.76 -112.53 FAIL-Major Risk 12,366.74 8,969.08 11,475.00 8,83445 44.48 94.96 149.58 1,088.59 6,123.62 3.500 19804 43033 -123.09 FAIL-Major Risk 12,382.87 8,968.92 11,500.00 8,843.24 44.67 95.18 149.19 1,105.63 6,139.66 3.500 177.25 426.33 -130.18 FAIL-Major Risk 12,395.17 8,968.79 11,525.00 8,850.85 44.82 95.39 147.00 1,124.27 6,154.46 3.500 156.70 422.97 -130.93 FAIL-Major Risk 12,404.26 8,968.69 11,550.00 8,857.48 44.93 95.58 142.73 1,144.19 6,168.03 3.500 137.15 420.31 -122.04 FAIL-Major Risk 12,410.76 8,968.63 11,575.00 8,863.34 4501 95.75 135.97 1,165.08 6,180.44 3.500 119.56 418.32 -99.15 FAIL-Major Risk 12,415.56 8,968.58 11,600.00 8,868.23 45.06 95.91 12623 1,186.66 6,192.07 3.500 10549 416.81 -5843 FAIL-Major Risk 12,420.04 8,968.53 11,625.00 8,872.56 45.12 96.08 113.75 1,208.26 6,203.88 3.500 96.33 415.36 -17.08 FAIL-Major Risk 12,424.22 8,968.48 11,650.00 8,876.58 45.17 96.24 99.43 1,229.84 6,215.84 3.500 93.29 413.98 -47.38 FAIL-Major Risk,CC 12,428.04 8,968.44 11,675.00 8,880.39 45.21 96.41 85.15 1,251.44 6,227.84 3.500 96.87 412.70 -118.28 FAIL-Major Risk 12,431.44 8,96841 11,700.00 8,883.90 45.25 96.58 72.69 1,273.13 6,239.77 3.500 106.50 411.53 -17320 FAIL-Major Risk 12,434.30 8,968.38 11,725.00 8,886.87 4529 96.74 6288 1,295.02 6,251.47 3.500 120.98 410.53 -203.01 FAIL-Major Risk 12,436.66 8,968.35 11,750.00 8,889.15 45.31 96.90 55.57 1,317.14 6,26290 3.500 13892 409.69 -212.82 FAIL-Major Risk,ES,SF 12,438.73 8,968.33 11,775.00 8,891.10 45.34 97.07 50.12 1,339.35 6,274.21 3.500 158.93 408.94 -210.07 FAIL-Major Risk 12,440.60 8,968.31 11,800.00 8,89299 45.36 97.23 45.98 1,361.59 6,28548 3.500 18020 408.26, -199.80 FAIL-Major Risk 12,44221 8,968.30 11,825.00 8,894.86 45.38 97.38 42.75 1,383.90 6,296.60 3.500 202.33 407.66 -184.88 FAIL-Major Risk 12,445.91 8,968.26 11,850.00 8,896.85 4542 97.54 4043 1,406.29 6,307.53 3.500 225.03 406.20 -166.22 FAIL-Major Risk 12,445.91 8,96826 11,87500 8,898.94 45.42 97.69 38.14 1,428.65 6,318.53 3.500 24809 406.23 -146.99 FAIL-Major Risk 12,446.63 8,96825 11,90000 8,900.99 45.43 97.85 36.17 1,450.98 6,329.57 3.500 271.51 406.60 -126.66 FAIL-Major Risk 12,451.32 8,96820 11,925.00 8,902.87 4549 9801 34.05 1,473.36 6,340.55 3.500 29522 408.86 -107.08 FAIL-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 20 COMPASS 5000.1 Build 61 • • �ffi , BP F '= Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A@ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB B Pad- B-36-B-36-B-36 Offset Site Error: 0.00 usft Survey Program: 212-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +WS +E!-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 12,457.00 8,968.14 11,950.00 8,904.62 45.55 98.17 32.06 1,495.81 6,351.41 3.500 319.15 411.55 -87.23 FAIL-Major Risk 12,464.44 8,968.07 11,975.00 8,906.51 45.64 98.32 30.02 1,518.28 6.362.20 3.500 343.15 415.02 -67.75 FAIL-Major Risk 12,47524 8,967.95 12,000.00 8,908.51 4577 98.48 27.74 1,540.73 6,373.02 3.500 367.19 419.81 -4929 FAIL-Major Risk 12,492.15 8,967.78 12,025.00 8,910.85 45.98 98.63 24.73 1,563.13 6,383.87 3.500 391.16 427.21 -33.34 FAIL-Major Risk 12,520.96 8,967.48 12,050.00 8,913.67 46.33 98.78 20.36 1,585.52 6,394.63 3.500 414.92 438.62 -21.43 FAIL-Major Risk 12,580.09 8,966.86 12,075.00 8,916.81 47.09 98.94 12.37 1.607.99 6,405.14 3.500 438.27 45766 -17.38 FAIL-Major Risk 12,702.69 8,965.57 12,100.00 8,919.99 4867 99.09 -2.77 1.630.44 6,415.65 3.500 459.77 477.18 -15.49 FAIL-Major Risk 12,71765 8,965.06 12,125.00 8,923.19 48.86 99.24 -3.45 1.652.90 6,426.17 3.500 479.99 478.05 3.40 Pass-Major Risk 12,732.37 8,964.11 12,150.00 8,926.48 49.04 99.39 -4.14 1,675.32 6,436.72 3.500 500.22 478.90 22.36 Pass-Major Risk 12,746.77 8,962.74 12,175.00 8,929.87 4923 99.55 -4.82 1,697.74 6,44725 3.500 52046 479.74 41.41 Pass-Major Risk 12,760.67 8,961.00 12,200.00 8,933.31 4940 99.70 -5.50 1,720.24 6,457.59 3.500 540.87 480.57 60.71 Pass-Major Risk 12,774.10 8,958.95 12,225.00 8,936.87 49.57 99.86 -6.18 1,742.78 6,467.81 3.500 561.38 481.38 80.20 Pass-Major Risk 12,787.22 8,956.58 12,250.00 8,940.54 49.73 100.01 -6.85 1,76527 6,478.08 3.500 581.90 482.17 99.79 Pass-Major Risk 12,800.11 8,953.91 12,275.00 8,944.24 49.89 100.16 -7.52 1,787.70 6,488.49 3.500 602.40 482.97 119.43 Pass-Major Risk 12,812.76 8,950.96 12,300.00 8,947.78 50.05 100.32 -8.16 1,810.11 6,498.99 3.500 622.95 48376 139.20 Pass-Major Risk 12,825.00 8,947.80 12,325.00 8,950.93 50.20 100.48 -8.75 1,832.65 6,509.34 3.500 643.72 484.53 159.24 Pass-Major Risk 12,836.89 8,944.43 12,350.00 8,953.98 50.34 100.64 -9.32 1,855.26 6,519.55 3.500 664.65 485.29 179.54 Pass-Major Risk 12,848.41 8,940.91 12,375.00 8,957.06 50.48 100.79 -9.89 1,877.87 6,529.76 3.500 685.65 486.03 199.97 Pass-Major Risk 12,859.71 8,937.19 12,400.00 8,960.21 50.61 100.95 -10.45 1,900.40 6,540.14 3.500 706.62 48675 220.43 Pass-Major Risk 12,870.76 8,933.32 12,425.00 8,963.42 50.74 101.11 -11.01 1,922.85 6,550.65 3.500 727.57 487.47 240.94 Pass-Major Risk 12,881.17 8,92944 12,450.00 8,966.67 50.86 101.27 -1155 1,945.46 6,560.81 3.500 748.81 488.17 261.79 Pass-Major Risk 12,888.76 8,926.49 12,475.00 8,970.01 50.95 101.42 -12.08 1,968.13 6,570.81 3.500 770.21 488.76 282.95 Pass-Major Risk 12,893.79 8,924.49 12,500.00 8,973.43 51.00 101.58 -11.67 1,990.80 6,580.79 3.500 791.74 489.08 30453 Pass-Major Risk 12,900.00 8,922.03 12,525.00 8,976.98 51.07 101.73 -11.62'' '.,2,013.45 :e,,580.75 3.500 813.43 489.33 326.39 Pass-Major Risk 12,900.00 8,922.03 12,550.00 8,980.92 51.07 ,., ,,, 101.89 115* 2,036.0!" £,600.72 3.500 83520 48968 348.24 Pass-Major Risk 12,900.00 8,922.03 12,575.00 8,985.77 51.07 102.04 -12.03 2058.39 6,610.80 3.500 856.98 490.03 370.17 Pass-Major Risk 12,908.10 8,918.82 12,600.00 8,991.57 51.16 102.20 -11.11 2,080.48 6,620.95 3.500 878.63 490.09 392.35 Pass-Major Risk 12,911.09 8,917.63 12,625.00 8,998.25 51.20 102.35 -11.14 2,102.38 6,631.00 3.500 900.35 490.28 41453 Pass-Major Risk 12,913.76 8,916.57 12,650.00 9,005.78 51.23 10251 -11.24 2,124.16 6,640.69 3.500 922.19 489.99 436.90 Pass-Major Risk 12,916.32 8,915.56 12,675.00 9,013.42 5126 102.66 -11.34 2,145.92 6,650.34 3.500 944.16 490.10 459.45 Pass-Major Risk 12,925.00 8,912.11 12,691.00 9,018.31 51.36 102.76 -10.11 2,159.85 6,656.51 3.500 958.37 489.48 474.57 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 21 COMPASS 5000.1 Build 61 • • 4,04 BP I bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: 8-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 8-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB DS 07- 07-13-07-13C-07-13C Offset site Error: 0 00 usft Survey Program: 88-GYD-GC-MS,10008-MWD.11351-MWD,13324-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usfl Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NiS +E1-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (tisk) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 12,350.00 8,969.26 14,100.00 8,945,25 44.28 37.66 11.43 2,527.22 6,411.07 6.875 1,322.14 28246 1,051.05 Pass-Major Risk 12,350.00 8,96926 14,125.00 8,944.19 4428 37.66 11.50 2,506.29 6,397.44 6.875 1,298.91 28259 1,027.65 Pass-Major Risk 12,350.00 8,969.26 14,132.00 8,943.90 4428 37.66 11.52 2,500.43 6,393.63 6.875 1,292.41 28263 1,021.11 Pass-Major Risk,CC,ES,SF 12,361.21 8,969.14 14,075.00 8,946.42 4441 37.66 12.71 2,548.34 6,424.39 6.875 1,345.36 282.31 1,074.16 Pass-Major Risk 12,363.05 8,969.12 14,050.00 8,947.65 44.44 37.67 12.87 2,570.31 6,436.25 6.875 1,369.27 28221 1,098.16 Pass-Major Risk 12,364.40 8,969.11 14,025.00 8,949.11 4445 37.68 12.95 2,593.05 6,446.51 6.875 1,393.64 282.14 1,122.58 Pass-Major Risk 12,365.35 8,969.10 14,000.00 8,950.80 44.46 37.70 12.98 2,616.36 6,455.38 6.875 1,418.27 282.10 1,147.26 Pass-Major Risk 12,375.00 8,969.00 13,900.00 8,955.46 44.58 37.81 13.93 2,713.44 6,478.08 6.875 1,518.01 282.11 1,246.84 Pass-Major Risk 12,375.00 8,969.00 13,925.00 8,954.93 44.58 37.78 13.96 2,688.74 6,474.22 6.875 1,493.06 282.05 1,221.92 Pass-Major Risk 12,375.00 8,969.00 13,950.00 8,954.06 44.58 37.75 14.00 2,664.27 6,469.22 6.875 1,468.09 282.01 1,196.96 Pass-Major Risk 12,375.00 8,969.00 13,975.00 8,952.52 44.58 37.72 14.07 2,640.11 6,462.97 6.875 1,443.18 281.99 1,172.04 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 22 COMPASS 5000.1 Build 61 IP • .440 BP 1 i bp Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: 8-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Offset Design PB DS 07- 07-13-07-13CPB1-07-13CPB1 Offset Site Error: 0.00 usft Survey Program: 88-GYD-GC-MS,10008-MWD,11351-MWD Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +EI-W Hole Size Centre Distance Deviation (usft) )usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 12.350.00 8,96926 13,925.00 8,964.58 4428 37.93 10.57 2,700.62 6,440.48 6.875 1,497.68 28344 1,225.85 Pass-Major Risk 12,350.00 8,96926 13,950.00 8,964.27 4428 37.94 10.59 2,681.65 6,424.20 6.875 1,475.88 283.67 1,203.77 Pass-Major Risk 12,350.00 8,96926 13,975.00 8,963.96 4428 37.95 1061 2,66255 6,408.07 6.875 1,454.09 283.89 1,181.70 Pass-Major Risk 12,350.00 8,96926 14,000.00 8,96365 4428 37.97 1063 2,643.46 6,391.93 6.875 1,432.40 284.12 1,159.73 Pass-Major Risk 12,350.00 8,96926 14,001.00 8,96364 4428 37.97 1063 2,64269 6,391.29 6.875 1,431.53 284.13 1,158.86 Pass-Major Risk,CC,ES,SF 12,360.81 8,969.15 13,900.00 8,964.92 44.41 37.91 11.86 2,71822 6,45822 6.875 1,518.38 283.18 1,246.58 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 23 COMPASS 5000.1 Build 61 • • BP +.1',,o''' iAy,,, Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Reference Depths are relative to B-27A @ 75.40usft(Nabors 18E) Coordinates are relative to:B-27 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 04 Central Meridian is 150°0'0.000 W Grid Convergence at Surface is:1.25° Ladder Plot 1600— I I I I J J J J e I 4% I 12> I I I I I 1200— --L — \ I i, C I I I 4) ,I o I I I , /) I ,' ca 11 W. 4) I I I (n I I I I - 1 p Ca) 800— .,_. 1 1 - I \ a) I I 1 I I I I II 4.. o I I I • I I N - I _ I J _J J J I I I a) I I I I U I 400— - 1 I I I / :i 0 I 0 2500 5000 7500 10000 12500 15000 Measured Depth LEGEND B-04,B-04A,B-04A VO B-07,B-07A,B-07A VO B-36,B-36,B-36 V1 B-04,B-04APB1,B-04APB1 VO -b'-- B-20,B-20A,B-20A VO w ,. 07-13,07-13C,07-13CVO B-05,B-05,B-05 V4 —1--- B-27,B-27,B-27 V1 07-13,07-13CPB1,07-13CPB1VO B-05,B-05A,B-05A V2 B-27,B-27A,B-27A V1 -e- B-07,B-07,B-07 V1 B-27,B-27B,B-27B VO CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 24 COMPASS 5000.1 Build 61 • 0 BP Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Reference Depths are relative to B-27A @ 75.40usft(Nabors 18E) Coordinates are relative to:B-27 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 04 Central Meridian is 150°0'0.000 W Grid Convergence at Surface is:1.25° Separation Factor Plot 1 I- I I 1 , LO � s00— 'I: O m 4 (6 I 1 0_ 3.00— 1 I 1> r� 1 1 _1 _''_t_.1'._ I' >i 0.00 I I I I I 0 2500 5000 7500 10000 12500 Measured Depth LEGEND B-04,B-04A,B-04A VO -9- B-07,B-07A,B-07A V0 B-36,B-36,B-36 V1 z¢`.r'- B-04,B-04APB1,B-04APB1V0 $ B-20,B-20A,B-20AVO - 07-13,07-13C,07-13CVO B-05,B-05,B-05 V4 -}- B-27,B-27,B-27 V1 07-13,07-13CPB1,07-13CPB1V0 B-05,B-05A,B-05A V2 mer- B-27,B-27A,B-27A V1 -e— B-07,B-07,B-07 V1 -1F B-27,B-27B,B-27B VO CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 25 COMPASS 5000.1 Build 61 • • .,.«„ BP is Travelling Cylinder Report Company: North America-ALASKA-BP Local Co-ordinate Reference: Well B-27 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB B Pad MD Reference: B-27A @ 75.40usft(Nabors 18E) Site Error: 0.00 usft North Reference: True Reference Well: B-27 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore B-27C Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: B-27C WP12 Offset TVD Reference: Offset Datum Reference Depths are relative to B-27A @ 75.4ousft(Nabors 18E) Coordinates are relative to:B-27 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 04 Central Meridian is 150°0'0.000 W Grid Convergence at Surface is: 1.25° Travelling Cylinder Plot o 178 330 \30 1530 � , 122E6--.11186 1275 -�C41 10195 300 10000 \ 60 1017D 11775 N.7 V \ 11183 2` 270tell193 ._ 90 10300 11000 10170 ), 121 "11663 10583 10982 2i 12500 40 / `10492 120 0 1 10475 153 1 / 210----- -- 150 178 180 Azimuth from North[°]vs Centre to Centre Separation[850 usft/in] LEGEND B-04,B-04A,B-04A V0 -a- B-07,B-07A,B-07A VO B-36,B-36,B-36 V1 B-04,B-04APB1,B-04APB1 VO -0- B-20,B-20A,B-20A V0 -0 07-13,07-13C,07-13C VO B-05,B-05,B-05 V4 —1E- B-27,B-27,13-27 V1 07-13,07-13CPB1,07-13CPB1 VO B-05,B-05A,B-05A V2 -6- B-27,B-27A,B-27A V1 -0- B-07,B-07,B-07 V1 --X-• B-27,B-27B,B-27B V0 CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 10/6/2015 4:43:31PM Page 26 COMPASS 5000.1 Build 61 • IP i a [;, _j_ I __ _4 "I *9 ii 0 _ iLl. u IN ii R i k, - 5 ,R f Ll a - 1 I8 i i_h o� , g I Ziti. aosi . - , g ! t _ a r gp-11.-1 , , P ,..., Dv _f_1 - tii__ ___,,, .,.,;-: R i a 0 rn N N^ _ . 1 g , ft1 f - K -e r �, r g (u!/Jan OSZ)(+)4uoN/(-)mnos I i 171 3 a ' dam. ! z j 117 { •GOA neoa m''""'nmrn N rd '' !a- goommrnmmo.o.o.z�N,a m�o v� onn o°:M2T2v7D42Rg. .;;=34x2 P-"' "'"iggm'.T:rzI,z'Og.---'"'W''',.t 7 ' ,,, o,...„' .,,‘ , , .i 1 14 N o� fi -4._ . tm 14 ,�yo Y4 o 9,>8 $8$fgE?W'mmq� 1 I a . •z { o h a vv�� q pp 1y S rvN �OO O/NNNN rvNNNNNN N NN ' ; �. A N NN y p 1 . � N a 'T.'el 2 2 q RR4I.y 22�r482 t ,-, i mo W w8, 2 nga il7A;IIXAm«Af� 3 { v } _., .,_ N n rn m #� I uifgmiiimmmm illn m z , €g -422N22. 1.1.>.kano, x22 2 ! E I 2. --mxm:ogmm6RV: oor £3m 1 2244t:222`2$$$$$$$m2211 h AM -4 I 3g ! CL 66.3 P251Rgg 4R�in gE n r �Pr lr� i8NS3� 3c Z 3 Z R s5 : mr ovoo� - N : T t, Nnr.r.n.nnmmo� vu,w m : 0 T. ?e N t (ut sn c6)yidaQ �1 tIJOA acus S 0 ' - I i ',`g ' ' T ' 1 be„.. r- 1 1 0 ,.., , ;..., a6 _ -- F-" i I : F. P , ,...) 1. . 4- CI 4 n , 3 a4,3 €!8'zti, "th i lik2i * • t §11§2 1" - , _ — ;Ili§ ' 1 F-gil ,„_,_,,,_ , ,3. & 1 _ cs lt, –1---- — 1 , E I --.- -- --.... • 9 -., 'g 41'45 al 14 IC 0 I i r•-, o 0 I 0 <0 r....,- 4 1 -„,. ••••6 - :. ---* 0 2 e 2 -.- 2:1 OP ,, 0 Ill A 8 CV lkokY1 w g!I - " (*.ivy 1 z _—_________ _ ---1- .y..., eL .... ! 4,4,'. i , W 0. ,.0 ' ..._ i — i -4 1 g I - < 'V 101;11 (...) — 009 ! it tej I - •• -‘ J1 A CNIi , 1 600 xoo -----1 ; , •< , I I oop8 + . 1 .z..- .. , ---1- -- -11 _../ ci r. 1 --, 1.-- r:1 4 AL, r4 000 044 rl ,.. ,-- + le a P .6- • it.2 itari 14 1 t 0516 t--- , oog4. i i E 9 : 00 6o0 f "17! • s 1-- 1 c= 001)6 —I, 1 I 009L 4, 4130 to1/41 OOHS 8 1 , 00. • • t ,..- z 46 009 • .4' x C. .. • ' / 0 ii041_ f t1g 0 a ''','', rl .,-, A ,'.,, i it; ==, ,-3 144 a T.-.z. -2 i --3 1 :=:-.. ,,-;• „6 v,- , ii, -.i-. -, - 1. (uvusn 56)(+)ip1oN,u(-)1.nnos "Z I • • OVERSIZED DOCUMENT INSERT This file contains one or more oversized documents. These materials may be found in the original hard file or check the parent folder to view it in digital format. • • TRANSMITTAL LETTER CHECKLIST WELL NAME: 4u_ <. 7(-- PTD: 2-/ 5- '1g� Development Service Exploratory Stratigraphic Test _Non-Conventional FIELD: ( ?1,A_P('-'6-'0`e POOL: 'I:,,►, l -I Check Box for Appropriate Letter/Paragraphs to be Included in Transmittal Letter CHECK OPTIONS TEXT FOR APPROVAL LETTER MULTI The permit is for a new wellbore segment of existing well Permit LATERAL No. , API No. 50- - - - (If last two digits Production should continue to be reported as a function of the original in API number are API number stated above. between 60-69) In accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both well Pilot Hole name ( PH) and API number (50- - - - ) from records, data and logs acquired for well (name on permit). The permit is approved subject to full compliance with 20 AAC 25.055. Approval to produce/inject is contingent upon issuance of a conservation Spacing Exception order approving a spacing exception. (Company Name) Operator assumes the liability of any protest to the spacing exception that may occur. All dry ditch sample sets submitted to the AOGCC must be in no greater Dry Ditch Sample than 30' sample intervals from below the permafrost or from where samples are first caught and 10'sample intervals through target zones. Please note the following special condition of this permit: production or production testing of coal bed methane is not allowed for Non-Conventional (name of well) until after (Company Name) has designed and Well implemented a water well testing program to provide baseline data on water quality and quantity. (Company Name) must contact the AOGCC to obtain advance approval of such water well testing program. Regulation 20 AAC 25.071(a) authorizes the AOGCC to specify types of well logs to be run. In addition to the well logging program proposed by (Company Name) in the attached application,the following well logs are also required for this well: Well Logging Requirements Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion, suspension or abandonment of this well. Revised 2/2015 0 • El II N a) 0- , N N 0) O (4 O — , U. O' c N > oN o. c, m' 2 . m' W, O o O. O, c v' U, - , N. >, a Q, v. Coi. 8 d, N 0. O. ccs . m, 0 a N, Q. a`i 3. o o. �, m. , , Q. 3, m �; a) aa) c L •U) V. a. c, V' N. N, 3. 0. co .c, ...-. 0 0 �� V. N. V, 'O• w. �� 7 a L. 'E' o CO to, co a z O �, O• �� a). -O, a 0. O 0. E, a a x o. a c a. o, a N CO 4 O. a. >- p, J' c O, ' ti, E, -oa o, E �, N. oci., ^; ai; LU O, N. U, o. :: �, 0 m o. E, 2o, c0; —` 0, N 0- co, co, N Ca. po �, �. L, �, C. p, c, N. 3. a 4 c, 8. D 0D p, CC a H O' °, m, C, -, 3, y C N. a) 7, N. j. a). co I O 0 , a, (Vi. n o' �, ai—5—i � c. 3 m nco 2' E' m' m a) , a , Q, co, N. y. O9 OD � 12, 0) 0) 'd Q , �, , co 3. 3. nj. cu. N, c. c. •c , �. 1,:, c. c. On . 112, as $ a) 2 V �' $s' v' a) a)' co' c rn — J. 0. M. 0, >. 3. 0 0 , g, co N. O. a• E. -0, C' 0. co• a) 0 t. �. a ti, '� c' o, rn p X. co U d c o. - z CO d. OUB 0 co W , , 0 (0 c a• E. O Q 2. 2. i. m, a. a co w j w O co tQ N. U) U) N CO CO N N) CA 0 N N' NA q) N. co Na N, N, co N, N. N. a), a), a), a). a), a), a). a). a). a). a), a), a), < < < < < < < < a), a), a). a). a). < a), a), a), a), a). a). < o, a), < < - >- >- } >- >- >- >- >- >- >- >- >- z, z, z, z, z, z, z, z, >- >- >- )- )- z, >- >-, >- >- >- >- z z >- z z z `o, a) y v, a co N U u). O G To 0), E. 3 V. O Z, 45 , N, c N O N O . O. o. 7 C L' 0• a EE o O. �• N. E 0 oa). E. 3. v o 3. �, 0, 111 C, a J p. . � , 0. E. �, p a') V. �� N. Q, O) O' E, U_ c ay . ma> co I hI �, o, y. a '. o� C C, 0. 'z, d• O; ,n' D, ' Q 0' �� a, CO• z _ s 0 ar m 3 iii W V 0 c -o O a) 'C 'O N, N a D. O •`. 0) m O 0 0) 0) •C N' C O E E _; v, c c E a, a>i o c, c. c > I- �� c 00 ,- oU a�0i �' c, a) w, o) a N . a c _ O 0 •O 3 O a' ti' ' C CO 3' O O 0' d U c O 0 a)' N Cq >: p L. .. n 0' co m v; o o. Q. o w c U 'a a. aa) . o a) a. . m 3, > m 4' Y m'y Q ' a' 0' N' a)' C' C' 0 7 7 w0, a co, O' Y ,0_„ O. O. CO. CO' E• q). •�, m. Q, 2, 4' co. >. o. 0) 0. ay C N m; E' a c'. c, m, a' o' o' �, c �' �, co, �' _c fl �' Z' �, m aEi, 3' 4 3' a o m t m' 3' 3, Eo E a• ¢ m. ,, a. :° :° ca a 0 , w' y, v. m, 0, v E. o y'. - ay c, ° y M, m co, t. a`),, o a o, a , o ..8. ° i j o o z c co, N. , _�, o, v � w. 3, c, o sy a) y 4 '- co, 3 (L) 05 r a) ° U a v c m m v o O • 0 C. cp. V. '0, c% N. 'E� •O. a. O• (C) p c .0.' O O. C 0f "O• . O. t7) O 'O. N. a) a m a) m o' a) a) E' o' a) o' o ar E' a) m E' w o m a 3' C, H •0' a ' V' N' N' ,0 U, O. 3. 3. a c' O, o. 2 a)' a)' Y. U' a) �' a)' Ca' 0) O' tO' :. 3' C' O' N' 0 V q L. N a). @ a a of N, 4' a y y a = N O) 0- lV (6 a)7 0' 0) o. 0. N• ch E. C. U. 3� N, -. N. O' N c _c -O W U E. O, O. co 3, co N CD . C. 2 C 3. 3. N. 0. -0' 0 N '�. -0• i C, .0. •N. C1 m O :a a) c. F., a a �. ti T a) N o. 3. c, .D. cm � c' Or 0r �, c, 6. a) c, a .c ) a o �. a) a>. >'' a) CL --I Co . 'O •O •o 0 , C, CO, -, a -, V, y. • N. •y. a) a). >, .� co t N N 0. .0 C, @. C. E a CD CD CD ca O L C C y O C N, a s OV N = 3 O N .0 O 0 io C a). C 0 ca �.. wl w a 3 m co c C C E m, 3 0 > `o' 0, m o - �, a) . a) a) �' v = c. v �, m v c C 0 0 0 C.g1 m O O _ (I)' 0 v) O C U, a), TD---0' - t6. •O m r N a 3 y. c co .. 0 -0 CY '� J`• a " m 1:27 a), m a) E >o G, € E . a), 6 c c .t, 5 F' ►- • y co 0 > a a, 0 o, a 8. @ .1) c. c. - ml E N - m. a). m m. a) c 3 0 4 a) a) m, o, o, 3, �' �, co, v, �. C O, O. t, a) m o. m a). o. o *-1 ca, _jD, 555C 0, 0a, a, 0 < CLZ, 0,, �, 00,, vv, ¢, ._ ¢ _ omm03' y' 2' a0En, U) U LU �' O — N M Cr CC) CO N. CO 0) O N M Cr (O CO N. CO 0) 0 N co M CO N- CO 0) V,. C - N CO er t0 co N- OO 0)_ __ N N (N N N N N N N N co co co co co co co co co co U OO I i N ++ N0 .,- O IX Opp 0 0 N a) O N O N O y 11.! W lib O C O OC N 0 E Q. >, 1. J N N a) 0) EO C C J O 0 U ti w oIQ a CO W 5 . <