Slide 1: Composting and Lithological Model
1.19.8 Composting Sample lengths for the Peñasquito database ranged from 0.01m to 17.0m (Table 1-18). A total of 74% of the samples were 2.00 meters in length. For mineral resource modeling the sample assay grades were therefore composited to two-meter length-weighted intervals downhole from the col
Slide 2: Mineralization Domains
Mineralization Domains Goldcorp geologists have interpreted the presence of mineralization to be associated with hydrothermal breccias, small-scale veining and narrow fracture-filling stockwork structures cross-cutting lithological boundaries. Economic mineralization is divided into an oxide domain
Slide 3: Validation and Mineral Reserves
1.19.16 Validation Three methods were used to test the validity of the estimation model: · Visual inspection of rock codes, composite grades and block grades in sections perpendicular to the average trend of the mineralization. No systematic bias was evident in the model estimates from visual inspec
Slide 4: Peñasquito Project location in Mexico
Mexicali i: Se Nogales (8 ¢ Juarez PENASQUITO PROJECT Hermosilo. - we Guymos ‘ y Pisre ‘9. Topolobampo ‘Reynosa, 2. Port # Matamoros feMontertey~) Saltillo Gulf of i : j Mexico Altamira #Port i, Tampico _ is Son’ Luis Potosi 07d } ( ‘ a» S Guadalojara \ (8 ik Puerto \, Mexico D.F\ Veracruz G ew ———
Slide 5: Peñasquito Project regional map
To Saltillo ZACATECAS APEWASQUITO-_ COAHUILA ‘\ PROJECT = ) i | Concepcion aei Ore DURANGO _ Sierra de jog Organos To Durango’ 53 Rio Grande Sombrerete 4 = Alta Vista \ POTOSI acatecas I Sierra de AND 7-408 Cardos, rf A Hidalgo ; To San Luis ‘ j Rens! JALISCO / LIENTED. Tlaltenayigo GTO. kilometers
Slide 6: Zacatecas Peñasquito Project
49} ZACATECAS PENASQUITO PROJECT
Slide 7: Mine site layout
aa RE-ROUTED STATE ROMD (fips i sais CEDROS © Bithcs 1 suasranon EW TAUNG POND o vee | PENASCO ans x CONCEPCION DEL ORO | — NEW PENASQUIT! MINE SITE
Slide 8: Sulphide Mill
Sulphide Mill
Slide 9: Peñasquito Mineral Concessions
Peñasquito Mineral Concessions
Slide 10: Private and Ejido Surface Ownership
Private and Ejido Surface Ownership
Slide 11: Ejido land map
EDo ceDROS E00 Las cRucITAS a ai E100 CERRO ‘GORDO. EJID0 CERRO GORDO © 1,000 3.000 5,000 15000 20000 Metres
Slide 12: Projected pit outlines
El Soto! PROJ JECTED PAT OUTLINE“ SS q x PIT OUTLINE chile Colorado
Slide 13: Plan projection showing drillhole traces
N 8 \ il | - { amas it | A = I! fre = — LEY | = if / { L = | et N mane i TEL, fas ly i i i PENASQUITO PROJECT PLAN PROJECTION SHOWING DRILLHOLE TRACES 1:20000 FH Brown 1 June 07
Slide 14: NW-SE Cross-Section Lithological Units
NW ame Oxide Overburden, sms SE sm 00.0) rs Intrusive NW-SE Cross-Section Lithological Units 1:2500 i rs mm. Cuesta del Cura = 2 == 2 looz g a o& PENASQUITO PROJECT FH Brown Tdune 0
Slide 15: Zn Contact Profile Cross-Section
ewo.0n | % * Azi f 18 | E PENASQUITO PROJECT S - N Cross-Section 230370 Zn Contact Profile 1:5000 Zn% 0.00 FH Brown 0.02 + 1 June 07
Slide 16: Cross-Section Classification
INE, PENASQUITO PROJECT S - N Cross-Section 229570 Class 1:5000
Slide 17: Ag g/t Cross-Section 229570
BEBBDE B0BCo ol o O roa 40.0 - 20.0 PENASQUITO PROJECT S - N Cross-Section 229570 30.0 - 40.0 40.0 - 50.0 50.0 - 60.0 60.0 - 70.0 70.0 - 80.0 80.0 - 90.0 Ag git 1:5000 1 June 07 FH Brown
Slide 18: Au g/t Cross-Section 229570
ar 0.00 - 0.10 a FH Brown ‘Section 229570 Au gt 1:5000 PENASQUITO PROJECT S$ -N Cross- 0.10 -0.20 0.30-0.40 0.40 -0.50 0.50 - 0.60 0.60 - 0.70 0.70 -0.80 0.80 -0.90 0.90 - 1.00 1 June 07 [0.20 - 0.30
Slide 19: Pb % Cross-Section 229570
| ALLULUSUUOON PENASQUITO PROJECT FH Brown ‘Section 229570 Pb % 1:5000 S - N Cross- =~ 0.10 0.00 0.10 - 0.20 0.30 - 0.40 0.40 0.50 (0.50 - 0.60 0.60 - 0.70 0.70 - 0.80 0.80 - 0.90 0.90 - 1.00 1 June 07
Slide 20: "ORE | es
5 a as "ORE | es =| E be & FBS | oo ag OBxe ges Bags BaNs Ze 7 40 Bz BY op ve lctolslefelelslelel elafaisisj2le|eisis s|o]ojclale}a}cfals alelslafalala}elel q elelaisisjele|eiels| i EERE EEEEE I
Slide 21: Slide 21
Slide 22: Annual Pit Year 1-4
Annual Pit Year 1-4
Slide 23: Pit Operating Years 1-4
PIT OPERATING - YEAR | TN 2007 PIT OPERATING - YEAR 2 IN 2008 PIT OPERATING - YEAR 3 IN 2009 PIT OPERATING - YEAR 4 IN 2010 (CASE: ANNUAL PROFILES PIT: OPERATING YEARS 1,2,3,4 YEARS: 2007 - 2010 = GOLDCORP INC_ PENASQUITO. BY: PBN PROIECT peoieer (SCALE FITTED | sre never]
Slide 24: Pit Operating Years 5-8
PIT OPERATING - YEAR 5 PIT OPERATING - YEAR 6 IN 2011 IN 2012 PIT OPERATING - YEAR 7 PIT OPERATING - YEAR 8 IN 2013 IN 2014 : FILES ICASE: ANNUAL PRO! RLSERERE PENASQUITO BY PBN PROIBET ‘SCALE FIFRED $ MEXICO.
Slide 25: Pit Operating Years 9-12
PIT OPERATING - YEAR 9 IN 2015, PIT OPERATING - YEAR 10 IN 2016 IN 2017 IN 2018 ICASE: ANNUAL PROFILES: PIT: OPERATING YEARS 9,10,11,12 |YEARS: 2015-2018 GOLDCORP INC PENASQUITO PROJECT MEXICO
Slide 26: Pit Operating Years 13-16
PIT OPERATING - YEAR 13 IN 2019 PIT OPERATING - YEAR 14 TN 2020 PIT OPERATING - YEAR 15 PIT OPERATING - YEAR 16 IN 2021 IN 2022 = a ae ?| rh v 1s tld a ( |CASE: ANNUAL PROFILES [PIT: OPERATING YEARS 13,14,15,16 GOLDCORP INC 'YEARS: 2019 - 2022 PENASQUITO By PONE PROTECT ‘SEALE ATED MEXICO # DATE FUL
Slide 27: Pit Operating Years 17-20
PIT OPERATING - YEAR 17 IN 2023 PIT OPERATING - YEAR 18 IN 2023 PIT OPERATING - YEAR 19 IN 2025, PIT OPERATING - YEAR 20 IN 2026 ICASE: ANNUAL PROFILES |PIT: OPERATING YEARS 17,18,19,20 YEARS: 2023 - 2026 GOLDCORP INC PENASQUITO. BY: PENS PROIECT SCALE IFIED MEXICO. ‘DATE JULY 2007 riGuRE
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Slide 29: ) og. 2008 Earnsat
r \ ; ; ) og. 2008 Earnsat wBe A inidge 8 2008 Digiticiobs + / . “Google
Slide 30: Appendix A-1: Summary Statistics
APPENDIX A-1: SUMMARY STATISTICS
Slide 31: Log Histograms for Sulphides
Log Histogram for AG2 SULPHIDES Points 198870 Mean: 1959, sts ber 5026 Vatiance: 3195107 cv. 305, Shane 2.904 done 822.689 eom Mean: 6228 Lopes aean: 22082 Msmum: 6200 Pe: 17000, 0% 5900 26% 1700 Minimo: 0.4 Frequency (% of 195870 points) & Log Histogram for PB2 ‘SULPHIDES Pointe 198870 igh 120870 M
Slide 32: Log Histograms for AG2
Log Histogram for AG2 ORDE 50 Log Histogram for AG2 ITRUSIVE 69 Log Histogram for AG? TE 70 Log Histogram for AG2 ‘ORT 50 Ae PENASQUITO JUNE 2007 SUPERVISOR
Slide 33: Log Histograms for AU2
Log Histogram for AU? ORIDE 50 x. E Sas * = 1s » Bw ra Eas ° doar Cremer) T ie Log Histogram for AU2 INTRUSIVE 69 cat a Log Histogram for AU? SETH 70 Log Histogram for AU2 NORTH 0 on on 7 PENASQUITO JUNE 2007 SUPERVISOR
Slide 34: Log Histograms for PB2
Log Histogram for PB2 ‘Log Histogram for PB2 0 ‘Sour Log Histogram for PB2 ‘NORTE PENASQUITO JUNE 2007 SUPERVISOR
Slide 35: Appendix A-2: Mean & CV Plots
A - 4 APPENDIX A-2: MEAN & CV PLOTS
Slide 36: Mean and CV Plot for AG2
‘Mean and CV Plot for AG2 ‘Mean and CV Plot for AG2 OXIDE 50 INTRUSIVE 60 a4 20 3 22 15 20 tt 15 i 18 : ls 18 it “only 2 > rey a 19 * “ Lo os os + a8 : os : cs as : 02 92 °. 00 a9 re oo 20000 Sto S75 430 3E5 ato 675 730 ADS S00 S73 ‘Mean and CY Plot for AG2 ‘Mean and CV Plot for AG? ‘SOUTE 70 NORTHS
Slide 37: Mean and CV Plot for AU2
‘Mean and CV Plot for AU2 Mean and CV Plot for AU2 ONDE 50 DVTRUSIVE 69 oe «0 300 oe 35 ose ans oe as tut os * cm 43 225 40 am ca ° is as f > on. a0 2 o om ae a8 Las os. i ies ~ up. 7 on. 6 oor 50 a os ces too 0 ae 75 bons wo si5 00 @73 750 625 S00 Ta a rary ‘Mean and CV Plot for AU2 ‘Mean and CV Pl
Slide 38: Mean and CV Plot for PB2
Mean and CV Plot for PB2 ‘Mean and CV Plot for PB2 NTRUSVE «2 Sour wx a0 om wo Lt _ 01 ous eae “ ant | CI aus 30 a 01m us 1 on B| Sox ao 8 “a ew om 0.08. os L530 0.08. ae asi 0.04 ca O75 ox ex ‘2 on a ‘ om CH TWEN SST INGETTOET SO 35 i 75 Wo ie Ws mo Bao Hs Ha PED (cat) PER (cua) Mean and CV Plot fo
Slide 39: Appendix A-3: Variography
A - 8 APPENDIX A-3: VARIOGRAPHY
Slide 40: Continuity for AG2
Wirection 1) -$ 256; Continuity for AG2 OXIDE SO Direction 1) -90->000: Continuity for AG2 DNTRUSIVE 60 2.00 rr er Sample Sepa (2) Direction 1) -60->000: Continuity for AG? (Direction 1) -80- SOUTH 70 >310: Continuity for AG2 NORTH SO 000 E 0 4 anple Sepurina (2) PENASQUITO TUNE 2007 SUPERVISOR
Slide 41: Continuity for AU2
Oir 1 (1.880) fe rection 1) -$ 0s 50 1S Sanaple Sepmiin (x) ‘OXIDE 50 0 ‘Bs is Os 30 Log Contimuity for AU2 Direction 1) -90->000: Log Continuity for AU2 INTRUSIVE SO Direction 1) -3 ETE 70 >016: Continuity for AU? >013: Continuity for AU2 Direction 1) woRTHSD Hs 10 173 Sample Sepusin ta) cry PENASQ
Slide 42: Continuity for PB2
(Direction 1) 90-000; Continuity for PB2 0 99 1b) 150 2m 250 300 3800 Sauple Sepia (x) Direction 1) -80->000: Log Continuity for PB2 ‘NORTH # D0 100 1s 0 29 30 350 a ample Separation (2) 40 30) 550 6D PENASQUITO JUNE 2007 SUPERVISOR
Slide 43: Appendix A-4: Swath Plots
A - 12 APPENDIX A-4: SWATH PLOTS
Slide 44: Swath plot: Ag grade OK vs ID5
grade Ag —e—OK = IDS
Slide 45: Swath plot: Au grade OK vs ID5
grade Au aa se e & 8 oe —e—OK = IDS
Slide 46: Swath plot grade OK vs ID5
grade oe oF Se e & 8 —e—OK = IDS &
Slide 47: Appendix B – Consents
A - 14 APPENDIX B – CONSENTS Certificates and Consents of Authors DESCRIPTION Professional Qualifications · Certificate of Qualified Person · Consent of Author
Slide 48: Consent of Expert
CONSENT OF EXPERT FILED BY SEDAR August 9, 2007 British Columbia Securities Commission (Principal Regulator) Ontario Securities Commission Alberta Securities Commission Saskatchewan Securities Commission The Manitoba Securities Commission Autorité des marchés financiers Office of the Administrator,