a.13734 PLAYFAIR 010

13734

REPORT on the

GEOLOGICAL EXPLORATION PROGRAM

on the

PLAYFAIR TOWNSHIP PROPERTY

for

Urn. UEISFLOCK

RECEIVED

DEC Og 1980

MINING LANDS SECTION

Jan. Joe-Anne G. Salo

1IMJJLX 42Ae8Nwaae3 2.13734 PLAYFAIR 010C

1. Purpose

Introducti on

2. Regional Location flap

3. Property Location flap

4. Claim Map

5. Location and Access

Property Description

Past Exploration b. General Geology

Method of Survey7. Airborne Total Intensity Magnetic Survey fi. Sampling

Discussion

^. Descriptions

APPENDIX

Mag Data Sheets

Mag Map

Plugger Map

mR POSE:

The seven claims were staked bn the fall of nflT by

Uillidm Ueisflock and Larry Salo. The present work

peogram is being done on an OPAP grant. All previous

work has been concentrated in one area with little or

no reasoning or explanations documented. fir. Ueisflock

is taking the first step in establishing if there is a

mineable property in the area.

INTRODUCTION:

In January of mQn doe-Anne Salon a private contractor

was contracted by Uilliam Ueisflock to perform a

geophysical survey and compile reports on the property.

The property covered by the program is composed of seven

mining claims in Playfair Township! in the Larder Lake

Mining Division! Northeastern Ontario.

The program involved a Total Field Magnetometer Survey

and plugger/blasting work for assay samples. The survey

was carried out on a metric north-south grid in early

January niD. The plugger/blasting work was carried out on

the same grid using plotted mag coordinates. Samples

were snet to Swastika Laboratories for analysis.

This report describes the methods and results of the

program.

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LOCATION AND ACCESS:

The property is a seven claim group in Con IVi Lots le? '

and 13 of Playfair Township! tied onto the township line

between NcCann and Playfair Townships. They are part

of the Larder Lake Mining Division.

The group is accessed by travelling Highway 11 out ofTimmins to Ramore. Just south of Ramore is a concession

road leading to the pipeline pumping station. Travelling

this road west for approximately three miles to the end at

Wildgoose Creek. Skidoo was used from there for approximatelyone mile on an old bush road that ends in the center of the

property.

PROPERTY DESCRIPTIONS

This property has large amounts of exposed outcrops and large visible dykes. The outcrop is very sheared and spikey

It seems to be an oval shape in the center of the group. The dyke wall is very visible from Line b E looking west

and Line M E one walks beside and over the dyke. The

far east and southern part of the group is tag alders and

swamp. The Wildgoose Creek runs through the northern most

portion of the claims. This creek is in a very steep valley

The topography suggests it was a lot larger at one time.

The area is covered with evergreens and birch on the west

changing to hardwoods towards Line 3 E and then black

spruce and swamp to the east and south east. In the

area of Line l U and the baseline there id a small swamp

between outcrops with cedar bordering the edges.

PAST EXPLORATION:

- NORANDA MINES- trenching and drilling- TEMPLE GOLD MINES- drilling using Norandas teenches

l T? 3- SHERUIN MINERALS LTD.-Magnetic and geological surveys

-drilling

n?S- SPAR HOLDINGS AND EXPLORATION LTD.-geology mapping Although it is known further exploration has been done

by various holders! none has been placed on file.

GENERAL GEOLOGY'-.

The general geology of the property is Keewatin Greenstoneintruded younger granitesi porphyries and diabase dykes.The trend of the volcaniss is east-west. The volcanics aremainly massive btuic flows that form resistive ridges.These are intruded by syenite and diabase dykes.Fire has pasted through this area in the pasti baking theouter surface of the rock. Most areas show signs of ozidizationand carbonation. Several quartz stringers and pyritticveinlets are in evidencen especially near and in the trenches.An intense regional mapping compilation is provided by

L. S. Jensen in 1T7S. Results and descriptions from samplesare on file at the Drill Core Libraryi Kirkland Lake.The Ontario Mineral Potential Map p.!S17i shows the propertyto be of High Mineral Potential! showing a focused area offine grained lacustrine surficial deposit.

METHODS OF SURVEY:

The Total Field Magnetic Survey was carried out between Jan 3 and Jan 11 1^0. A proton percession magnetometer was used for the survey and was operated by Joe-Anne Salo

od Connaught! Ontario.

A metric grid was used for control during the survey. The grid was cut with north-south running lines centered every IDD meters along an east-west baseline. Pickets were

erected along the gridlines at 25 meter centers. Magnetic readins were taken at every station along the grid lines and baseline. Diurnal drift corrections were controlled by looping grid lines with a predetermined

control basestation.

SANPLING:

After the Total Field Magnetic Survey was completed! ^fc corrected and mappedn ten areas of contact between

mag highs and mag lows were selected. Each of these areas were blasted for sampling.The station designation was walked to and a trail was packed for easy leaving of the area. The snow was cleared by shovel and or auger. An Atlas Copco Plugger was then used to make holes on one foot in depth. The holes weee filled with Sil^gel 7 U'/. s ticks and detonbted with a timed fuse. Samples from each hole were then selected for the visible potential for assaying. Five more plugger holes and blasts were placed in the existing trenches. Assay results to follow.

DISCUSSION:

A total of 5 33 readings were taken during the magneticsurvey. Some readings in the northern most section werenot done due to the ice conditions of the Wildgoose Creekbeigg unsafe to cross. The lowest value obtained was573Efl gammas and the highest was bMT3T gammas with thebackground between SflSDO and STSDD gammas. The contouring ofthe readings show a definite east-west trending of the structure.The areas of outcrop show strong fast changes from highto low.

1. The area between 200 and MOON on lines 3U-SE seemto have a definite anomaly with low centers. Plugger workand blasting should show this to be an economic anomaly andon the contact between greenstone nad intrusives.5. The End anomaly on Lines 3 and 4 E bbtween 500 and bOONis likely to be reflective of the horneblende syeniteintrusives.

3.The south-west and westerly most part of the djrid is veryflat with the exception of one high and low side by side.This could be caused by the ridge running north-southdirectly to the west beside the area as the area itselfis swampy with overburden.It is recommended that the areas of previous explorationbe re-evaluated on a minor scale and that depending uponassay resultsi a major work program be carried out in thetwo anomalis areas mentioned above.

SAMPLE DESCRIPTIONS

-L D-37SN-B-

-L D-37SN-T-

-L D-EbSN-N-

-L 0-EbSN-S-

-LSlil-lESN-N-

-L4E-EbSN-N-

-L4E-EbSN-S-

l-mE-bSSN-SE-

]-LEE-Eb5N-S-

Cl-lbl-LEE-EbSN-N-

Cl-'IbE-LSU-lESN-s-'

Cl-^bS-LD -115S-U-

Cl-TbM-LD -11SS-E-

Cl-US-LlE-BESN-NE-

Cl-^bb-LlE-SflSN-NU-

Cl-Ufl-LEU-EflQN-E-

Cl-^b^-LEU-EflQN-B-

Cl-^70-

Cl-^7E-TRtl-(2VE-

Cl- c173-TRtE-

Keewatin Volcanics-very finen scattered sulfides

Keewatin Volcanics-sulfide veinlets and well mineralize

Volcanics with synite intrusives-no visible sulphides

Volcanics with visible sulphides

Volcanics mixed with quartz-visible sulphides and synit

Lamprophyre dyke-Hematite stain

Granite like rock-no sulphides or quartz

Fine grained diabase- calcitic synite intrusives-v.s.

Diabase with visible sulphides

Volcanics with granite intrusives-well mineralized

Volcanic-granite contact-very little sulphides

Gabbro like diabase-no sulphides

Volcanics- no sulphides

Volcanics with calcite intrusives

Keewatin with small mineralized quartz veinlets

Keewatin with small mineralized quartz veinlets

Keewatin volcanics-little mineralization

Volcanics with sulphides- coppery staining

Volcanics with granite intrusives

Soil sample

Volcanics-quartz contactMainly quartz with volcanic stringers-massive sulphideson volcanicsVolcanics-quartz mixed pyrite and dull silver mineraliz

Mineralized Keewatin volcanics and quartzVolcanics with silvery mineralization

THE SCHOOL OF MIMESHa-iie.ijbaA.tj

NoAtheAn College. o\ App-tted Mt* and Technology

APPENDIX TO REPORT FIELP PROCEDURE FOR A MAGNETOMETER SdRi/FV

The MagnetometeA defect-ton depend-6 on the toto-6 veA-ttco^ -tnten-6-cty and -c made up 0(5 :

a) A -CaAge poAt w/uch doe-6 not vaAy with -time OA po-6-ction on -the pAopeAty6) A -ima-td paAt which vatiu witJi time., called the. diu/inal vaA.iatJ.onc J A paA-t wfi^ch vaA'te^ O VSA the. pAopw-tt/, c.aiZe.d the. anomaly

J-t ^5 nece^^a^i/ ^Co e-C-OTi-tnate (a) and (b) and to mea^uAe le). Tne i-it^t may be e-f-ori'Cnated by ^ub-taac-tcna, a constant ua^ue (J-tom atf! tne (5-tna^ ca^cu-fated valu&A in the.

T/ie second may be e^-un-ina^ed bt/ mea^iiA^ng duiAnat changes and 4ubfriavti.ng tnem (5/iom t/ie Ae4u^t4 at eac/t station. The. ^ie^idual a&te*. the^e. c.oMe.ctioM ale. made -C4 fenown a-6 the anomaly value..

Se-ttoiq Up Ba^e

To obtain a Qiaph showing the. variation o^ t/ie magnetic fatld dating a day it ci nece-44OA{/ to e^tabli^h a AeAie^ od Atation* O UCA the. pAopeAty wAo-6e va-^ue i* known. Tne^e ba-6e 4tOxtcon-6 thoatd be. -60 placed that one. 01 anotheA may be conveniently Aead at-fea/it eueAy notu. T/ie ba4e ^^ne acAot* a piopeAtij -U u^e-iul hou a line. ofc *ach a* one. tie. linej* which ate. not mo/ie than one. halfa mile, iiom the. bate. line..

To 4tt out the. ba*e. Atation* the. following piocedute i*

1. Read ba^e A, t/ien B, tnen C, then P and -tetuAn to A2. Read faa^e P, E, F, 6 and Aetu/in to 83. Con-tome uiiti-E a^^ ba^e Atati.onA aAe. covered4. Tabulate t/ie Ae-6a^t4 a^ xn the example

STATIOW

Ba4e A

Ba^e 8

6a^e C

6a4e P

Ba^e A

TIME

9.00

9.10

9.20

9.30

9.40

REAPING GAMMAS

1190

1060

m1245

1225

PIURWAL CORRECTION

0

1/4 x. 3 5 * 9

2/4 x 35 -- J*

27

35

CORRECTEP BASE VALUE

1190

1051

810

122B

1190

Note that ba-5e A ha-6 -dic-tea^ed jjAom 1 190 to 1225 in 40 minute.*. To bting the. value, back to 1 190 one. mtut ^ubtAact 35 gammas. The. oAAmption i* imde. that the

ha^ been Aegtt^oA hence 8a4e 8 mtMt /lave 1 /4 x 3 5 -6ubtAacted and 40 on. A ^ the calculation iA coAA-ted out ^OA all ba^e

l- 4 -

1.2 EARTH'S MAGNETIC FIELD

Figure l shows nominal distribution of Earth's magnetic field in

kilogammas, with dotted lines separating equatorial and polar re

gions. In polar regions an inclination of magnetic field vector

is closer to vertical, while in equatorial regions it is nominally

horizontal. To obtain the best precession signal and superior qua

lity of operation, the sensor must be aligned accordingly. Orien

tation line at the side of the sensor should be oriented vertically

in polar regions and horizontally in equatorial regions. Although

maximum signals are achieved by aligning the sensor orientation

line close to the actual direction of the magnetic field, it is ge-

neraly not necessary to .30 beyond horizontal/vertical orientation

mentioned above.

Range position on a front panel of the instrument should initially

be selected closest to a nominal value of magnetic field shown for

particular region in fig.l. As local distributions of magnetic

field could be considerably altered, a proper range position should

be determined by first valid reading of the magnetometer (first two

digits of the display show a real magnetic field value for the place

of measurement). During a survey, the field value may change beyond

initially used range and the Range switch position should be adju

sted accordingly, although the GSM-8 will generally work correctly

on several adjacent ranges.

Local ferromagnetic objects like screws, nuts, pocket knives,

nickel coins, wristwatches, tools etc. may impair the quality of

measurement by modifying the value of local magnetic field being

measured or in drastic cases by even destroying the proton precession

signal due to excessive gradients. For best results ferromagnetic

objects should be kept away from the sensor. NiCd batteries, al

though slightly magnetic, do not produce visible effect on measu

rements if the sensor is installed on the staff and kept at arms

length away from the operator and the console. For back-pack in

stallation of the sensor a nonmagnetic set of batteries is recom

mended .

ltt

l

t

tIlli

- 5 -

ii j i i i

2. SPECIFICATIONS

RESOLUTION:

ACCURACY:

RANGE:

GRADIENT TOLERANCE:

OPERATING MDDES:

OUTPUT:

EXTERNAL TRIGGER:

POWER REQUIREMENTS:

POWER SOURCE:

BATTERY CHARGER:

OPERATING TEMPERATURE:

DIMENSIONS:

l ganna, 0.5 gamma optional

i l gantra over operating range

20,000-100,000 ganma in 23 overlapping steps

Up to 5000 garme/toetre

MANUAL PUSHBUTTON, new reading every 1.85 sec., display active between readings

CYCLING, pushbutton initiated, 1.85 sec. period

SELFTEST, pushbutton controlled, 7 sec. period

VISUAL: 5 digit l on (0.4") high Liquid Crystal Display, visible in any ambient light

DIGITAL: Multiplied precession frequency and gating pulse

ANALOG: Optional 0-99 or 0-999 gamna

Permits externally triggered operation with pe riods longer than 1.85 sec. (optional minimum period 0.9 sec.)

12V 0.7A peak, 5mA standby

INTERNAL: 12V 0.75Ah NiCd rechargeable battery 3,000 readings per full charge

EXTERNAL: 12-18V

Input: 110/220V 50/60I1Z; output: 14V 75mA DC

-35 to +55C

CONSOLE: 15x8xl5on (6x3fjx6")

SENSOR: 14x7on dia (5*sx3" dia)

STAFF: 175on (70") extended, 53cro (21") col lapsed , or 4 45cm (18") sectionsVEIGJfT: Tl,^ If tt-\

Established 1928

Certificate No. 77516

Swastika LaboratoriesA Division of Assayers Corporation Ltd.

Assaying - Consulting - Representation

(Errltfirale nf AualyatfiFeb.2, 1990

Received

Submitted

SAMPLE

Cl-951952

953

954

955956

957958

959 960

961962

963

Jan. 15, 1990

hy William Weisflock,

Prnj . #P1 ayf air

NO. GOLD PPB

154/137

10

10

10

21

1

7

2

7

110

38

117

24

Connaught,

PLATINUM PPB^0^0^0^0^0<20^0<20<20

<20<20^0

Rock Samples

Ontario.

SAMPLE NO.

Cl-964965966967968969971972973

Second Pulp 974 975970

ft Soil

GOLD PPB

243130/141103192615395186 4560 843 38

Nil

PLATINUM PPB^0^0^0^0^0^0^0<20<20

<20<20

Per.

P.O. Box 10, Swastika, Ontario POK1TO Telephone (705)642-3244, FAX (705)642-3300

G. Lebel - Manager /ns

Established 1928

Swastika LaboratoriesA Division of Assayers Corporation Ltd.

Assaying - Consulting - Representation

(tottftratr nf Analysts

Certificate No.

Received Jan.

77516

25, 1990

- A

24

Date

Rock

Feb. 14, 1990

Samples

SiihmUtPrihv Mr. William Weisflock. Connaught. Ontario.

Page 1 of 9"Semi-Quantitative Multielement Analysis"

SAMPLE NO1 :

SilverArsenicBoronBariumBeri IliumBismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenumNiobiumNickelLeadSulphurAntimonySeleniumTinStrontiumTellurium

PPM

PPM

l

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

lPPM

PPMPPM

PPM

PPM

Cl-951

1.0

27

^.01

39

dO

12

dO14

63286

566133dO662181.3dOdO1162dO

Cl-952

6.1

dO^.01188dOdOdO15dO201

3669dOdO681654.7

dOdO

Cl-9530.9dO^.01190dOdOdO11dO2205026

dOdO88187

0.2

dO

dO

SAMPLE NO:

ThoriumUraniumVanadiumTungstenYttriumZincZirconiumA1 203

Fe 0C- \J

CaOMgONa20

K2 o

Ti02

MnOP205

LO I

PPMPPMPPMPPMPPMPPMPPMt

l

1tt,y.txxx

Cl-951

dO

dO302dO19124877.6

11.2

7.25.04.7

0.1

1.1

0.1

0.22.33

Cl-952

dO

dO

464

dO2658988.8

13.2

7.54.25.2

0.1

1.8

0.1

0.13.35

Cl-953dOdO426dO26976710.7

14.2

7.46.52.8

1.0'1.2

0.1

0.05

2.09

NOTE: Slight chromium contamination .161dO

202dO

due to usepulverizer

of hard chromeplate; /tT * *̂

steel

1 A A

'''li.

Per6. Lebel - Manager y r\s

P.O. Box 10, Swastika, Ontario POK1TO Telephone (705) 642-3244. FAX (705)642-3300

Swastika Laboratories Certificate No.. 77516 - A Page. -2-

SAMPLE NO:

"Semi-Quantitative Multi

Cl-954 Cl-955 Cl-956

-Element Analysis"

SAMPLE NO: CI-954 Cl-955 Cl-956SilverArsenicBoronBariumBeri IliumBismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenumNiobiumNickelLeadSulphurAntimonySeleniumTinStrontiumTellurium

PPMPPMliPPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPMPPM

PPM

PPM

X

PPM

PPM

PPM

PPM

PPM

^.1dO

^.01

308

dO14dO1755\J *J

138

32

54

dO

14

54

190

0.1

dO

10

dO

329

dO

^.1dO

^.01

226

dOdOdOdOdO5319524dOdO1791590.4dOdOdO226dO

^.1dO^.1360

dOdOdO1125k. \J

317

2282dOdO912020.1

dO1714

892dO

ThoriumUraniumVanadiumTungstenYttriumZincZirconiumA1 203

Fe203

CaOMgONa20

K20

TiO?dMnOP205

LOI

PPMPPMPPMPPMPPMPPMPPM

t

^

ttttx*xx

dOdO409dO

35591448.9

16.5

7.04.04.0

0.6

2 1f- * *

0.1

0.07

1 :48NOTE: Slight chromiumdue to usepulverizer

dOdO229dO275967

11.1

11.6

8.69.12.1

0.4

0.7

0.10.1

2.17

dO1319813

15671529.7

9.1

8.75.03.6

0.5

0.6

0.10.19

1.66

contaminationof hard chrome steelplates.

Per

Established 1928G. Lebel - Manager

Swastika Laboratories Certificate No.. 77516 - A Page. -3-

"Semi-Quantitative Multi-Element Analysis"

SAMPLE NO:SilverArsenicBoronBariumBeri IliumBismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenum

NiobiumNickelLeadSulphurAntimonySeleniumTinStrontiumTellurium

PPMPPM*PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

XPPM

PPMPPM

PPM

PPM

Cl-957

2.1

dO

^.01

3289

dOdOdO

dOdO2792176dOdO

561400.01dOdOdO754

Cl-958

0.1

18

0.01

202

dO

dOdO

1193J^

71

6321dOdO403700.5dO281019313

Cl-959

^.1

17

cO.Ol

170

dOdOdO1481978126dO10

862930.41532

SAMPLE NO:

ThoriumUraniumVanadiumTungstenYttriumZincZirconiumA1 203

r6rtO~i 3

CaOMgONa20

K20

Ti02

MnOP205

LO I

PPMPPMPPMPPMPPMPPMPPM

X

lj)

XXt

1

t

Xx%

Cl-957dOdO183dO1342158

9.7

6.4

6.54.03.5

2.1

0.5

0.10.03

0.83

^ 0 NOTE: Slight chromium27314

due to usepulverizer

PPT

Cl-95810dO678dO28

26176

11.0

17.0

8.16.42.9

0.5

2.6

0.20.1

1.77

Cl-95917

dO8431032

14969

14.0

18.0

8.88.43.3

0.4

2.3

0.20.1

2.09

contaminationof hard chrome steelplates.

fl S) J ,

/AJL j.W6. Lebel - Manager/

Established 1928

Swastika Laboratories Certificate No.. 77516-A Page. -4-

"Semi-Quantitative Multi-Element Analysis"

SAMPLE NO: Cl-960 Cl-961 Cl-962 SAMPLE NO: Cl-960 Cl-961 Cl-962SilverArsenicBoronBariumBeri IliumBismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenumNiobiumNickelLeadSulphurAntimony

SeleniumTinStrontiumTellurium

CTA

PPM

PPM

*PPM

PPM

PPM

PPMPPM

PPM

PPM

PPMPPM

PPM

PPM

PPM

PPM

tPPM

PPM

PPM

PPM

PPM

'

2.7

dO^.01259dOdOdOdOdO1382729dOdO711370.2

dOdO252f-\JL.

dO

1.5dO0.01555dOdOdOdO211765028dOdO641410.3dO

dOdO114dO

3.914^.01493dO11dOdO74319983010dO2122380.322

17dO203C-\J \J

12

ThoriumUraniumVanadiumTungstenYttriumZincZirconiumA1 20 3

Fe 02 3CaOMgONa 20

K20

Ti02

MnOP205

LOI

PPM dOPPM dOPPM 615PPM ^oPPM lgPPM 97PPM 70

* 7.5

^ 15 o1 *J * \J

t 6 .0* 4.7

* 2.9

* 0 .7

* 1.7

* 0.1* 0.07

* 2.43

dOdO573dO1795636.4

15.1

5.44.3

2.0

1.4

1.7

0.10.02

2.18

dO153101914733311.2

12 4i C. 9 ~

8.47.21.4

1.1

0.5

0.10.2

2.07

NOTE: Slight chromium contaminationdue to usepulverizer

Per

G

of hard chrome steelplates.

J?,/i]'

. Lebel -'VjJlManager 7ns

M.m*,,.

Established 1928

Swastika Laboratories Certificate No.. 77516 - A Page. -5-

SAMPLE NO:

"Semi-Quantitative Multi

Cl-963 Cl-964 Cl-965

-Element Analysis"

SAMPLE NO: Cl-963 Cl-964 Cl-965Silver Arsenic Boron Barium Beri Ilium BismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenumNiobiumNickel LeadSulphurAntimony

SeleniumTinStrontiumTellurium

PPM PPM * PPM PPM PPMPPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

*PPM

PPM

PPM

PPM

PPM

2.7

19

^.01

174

dO

dO

14

14

78

7151282614

10

178 240

0.4

16

24dO10514

1.9 dO ^.01 228 dO dOdO113559211422dOdO717 1990.2dO17dO128dO

5.2 dO ^.01 272

<10 dOdO11919711622dOdO80 2840.6dO3514

228dO

Thorium PPM <10 Uranium PPM 15 Vanadium PPM 341 Tungsten PPM 21 Yttrium PPM 1 4 Zinc PPM 1 03Zirconium PPM ^A1 203

FP 0 he2U3

CaOMgONa 20

K20

Ti02

MnOP205

LOI

NOTE:due to

1,

VA)

*

1*

%

t

1,

y,t,n

Slightuse of

10

12

881

0

0

00

1

.2

.9

.5

.6

.1

.4

.9

.2

.1

.73chromiumhard

dO dO 362 dO 14 7341

10

12

771

0

0

00

3

.4

.2

.3

.4

.7

.5

.8

.1

.07

.14

dO <10 999

dO

30 1026615.2

19.5

10.29.62.7

0.7

2.2

0.10.1

1.45contamination

chrome steelpulverizer plates.

/? /)l iPer ,xtfVT- 1574fyiy

6. Lebel - ManagerMink*.

Established 1928

Swastika Laboratories Certificate Nn 77516 - A Page. -6-

"Semi-Quantitative Multi-Element Analysis"

SAMPLE NO: Cl-966 Cl-967 Cl-968 SAMPLE NO: Cl-966 Cl-967 Cl-968SilverArsenicBoronBariumBeri IliumBismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenumNiobiumNickel

LeadSulphurAntimonySeleniumTinStrontiumTellurium

PPMPPMy,PPMPPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPMPPM

PPM

*PPM

PPM

PPMPPM

PPM

1.7

19

0.06154dO

1225dO122147

130

28

11

11

1182400.6dO

dOdO20818

^.1dO0.01109dO

dOdOdOdO1913328dOdO631650.1dOdOdO274

dO

cO.ldOdO262dO

dOdO101516813825dOdO851810.2dOdOdO195dO

ThoriumUraniumVanadiumTungstenYttriumZincZirconiumA1 203

FeOtv *J

CaOMgONa 20

K20

TiO?

MnOP205

LOI

PPMPPMPPMPPMPPMPPMPPM

t,

l

t,1*

t

t

t,*

t

dOdO10181924

1156610.0

21.0

116.91.6

0.7

2.4

0.20.1

1.46

NOTE: Slight chromiumdue to usepulverizer

dOdO444dO1981528.5

14.0

3.45.03.6

0.3

1.4

0.10.08

2.44

dOdO484dO281497010.0

15.0

6.8

6.31.8

0.8

1.9

0.10.1

1.29

contaminationof hard chrome steelplates

47

^*nMj^AG. Lebel - Manager

Established 1928

Swastika Laboratories Certificate No.. 77516 - A Page.-7-

"Semi-Quantitative Multi-Element Analysis"

SAMPLE NO:SilverArsenicBoronBariumBeri IliumBismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenumNiobiumNickelLeadSulphurAntimonySeleniumTinStrontiumTellurium

PPMPPM*PPMPPMPPMPPMPPMPPMPPMPPMPPM

PPM

PPMPPM

PPM

*PPM

PPM

PPM

PPM

PPM

Cl-969^. 1

dOdO250

dO

dOdOdO14

210

68

20

dOdO89

242

0.2

dOdOdO146dO

Cl-971^.1dOdO66dO

dOdO1510

269

5245dOdO264

191

2.3

dOdOdO50

10

Cl-972 d). 1

dOdO33dO

dOdO14248802334dOdO691261.7dOdOdO15dO

SAMPLE NO:ThoriumUraniumVanadiumTungstenYttriumZincZirconiumA1 203

Fe20 3C. *J

CaOMgONa20

K20

Ti02

MnOP205

LOI

Cl-969PPM dOPPM <PPMPPM xPPMPPMPPM

%

3g

*

%

t

t

t

t

t,

t

:10375:10302107414.0

17.0

8.89.52.3

0.3

2 1t* * 1

0.20.07

2.15

CI -97'1 Cl-97216 <dO336dO <18 <

1251538.8

12.0

3.510.70.9

0.2

0 5VS * w

0.10.2

6.04

:101474:10:1018492.9

4.5

0.71.40.7

0.3

0 ? u . c.

0.030.02

2.17

NOTE: Slight chromium contaminationdue to usepulverizer

of hardplates.

chrome steel

Per

Established 1928G. Lebel - Manager

Swastika Laboratories Certificate Nn 77516 - A Page. -8-

SAMPLE NO:

"Semi-Quantitative

Cl-973 Cl-974 Cl-975

•^Element Analysis"

SAMPLE NO: Cl-973 C-974 Cl-975SilverArsenicBoronBariumBeri IliumBismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenumNiobiumNickel

LeadSulphurAntimony

SeleniumTinStrontiumTellurium

PPMPPM

*PPMPPMPPMPPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

t,

PPM

PPM

PPM

PPM

PPM

1.5

dO

dO

265

dO

dOdOdO

dO8182331dOdO61

663.4dOdOdO22dO

^.130dO103dO201218

103515873610dO792371.21419dO6116

2.113dO84dO

14dO10

907512640dOdO751463.5dOdOdO61dO

ThoriumUraniumVanadiumTungstenYttriumZincZirconiumAI 20 3

Fe 0i- \j

CaOMgONa 20

K20

TiO?f-MnOP2 0 5

LOI

PPMPPMPPMPPMPPMPPMPPM

t

1b

y.**itiii

dOdO121dO10dO383.1

6.7

2.62.00.9

0.2

0.4

0.5

0.01

2.77NOTE: Slight chromiumdue to usepulverizer

dOdO4352225

726311.0

11.0

3.86.34.7

0.4

1.0

0.1

0.1

1.72

dO11145dO1227475.0

7.6

2.02.32.2

0.5

0.4

0.04

0.09

2.58contamination

of hard chrome steelplates.

A-4U6. Lebel - Manager

Established 1928

Swastika Laboratories Certificate No.. 77516 - A -9-

SAMPLE NO:

"Semi-Quantitative Multi-Element Analysis"

Cl-970 SAMPLE NO: Cl-970SilverArsenicBoronBariumBeri 11 iumBismuthCadmiumCeriumCobaltChromiumCopperLanthanumMolybdenumNiobium

NickelLeadSulphurAntimonySeleniumTinStrontiumTellurium

CTA.

PPM

PPM

tPPM

PPM

PPM

PPMPPM

PPM

PPM

PPMPPM

PPMPPM

PPM

PPM

*PPM

PPM

PPM

PPM

PPM

^. 1

dOdO883dOdOdOdO1Q

232242dOdO19130

*;0.1dOdO

ThoriumUraniumVanadiumTungstenYttriumZincZirconiumA1 20 3

Fe 20c. o

CaOMgONa 20

K20

TiO?

MnOP205

LOI

PPMPPM

PPM

PPM

PPM

PPM

PPM

t.

t,*%ii.it*t,

<10dO '59

<10<10

<1075

8.3

1.4

1.60.4

2.0

1.8

0 2V * k

0.070.04

7.39

dO NOTE: Slight chromium contamination324

dO

due to usepulverizer

Ppr

v^ A V * * . . .* A Jh*h

of hardplates.

^JG. Lebel

chrome steel

.

fUX^f- Manager

Established 1928

Ministry of M iningUorthern Development f*. .

\^/ andM.nes V" U11M Claim No. ~. ".'.'

Ol**2 Mining Act L 1128136 'Hei^Bkd In the Name of Licence No. Date Recorded

William Weisflock M-23582 December A 1989Address Date and Time of Staking P. T.

General Delivery ' . -- November 10, 1989 CONNAUGHT, Ont. PON 1AO - at 8:00 a.m. X

Off ict Use Only Days Description of ClaimAssessment Work Credits Assigned to other Clelms Recorded - PLAYFAIR TWP. (M-381V

SE 1/4 of S 1/2, Lot 13, Cone. IV Former L 1036533

Reservations - 400 foot Surface Rights reservation around ill lakes and rivers. Sand, gravel and peat reserved.

F Ile TO.

L 1128136

Data Days Work

r-il'.M ' . . ' : ,;'-^-r\ i d;. . . .. ; •.•;^,t*iy.i ] j f :i' ! " ' '- ' ' •l-v*.' 1 '-'' 1 * '- 1 ' |

iS 'JAM 2 6 1990 j; i •' \ x i

j '*')/-. Ci. { A. o-.' ••.•.'•'••-•^'• :-lfi: .'. , : , , V i

LAr-;;.'.r.Ri.'-;'.'" '--' -- -' .- ; '-' •'•'•' ; ' t i

640(87/7)

676263

© Ministry of northern Development and Mines

Ontario '

MiningClaim claim No. """"

MlnlnoAct L 1128137Rtc^Hkl In th* Name of Llcanc* No. Data Recorded

Wffliam Weisflock M-23582 December A. 1989Address Data and Time of Staking P. T.

General Delivery ., November 10. 1989 1 CONNAUGHT, Ont. PON 1AO ' . at 9:30 a.m. 1 X

Office UM Only Days Description of ClaimAssessment Work Crediti Aitlgned to othar Claims ""corded D*linc* . pJ^YFAIR TWP. (M-381)

NW 1/4 of S 1/2, Lot 13, Cone. IV Former L 1035049

Raiervatloni - 400 foot Surface Rlghtt reservation around all lake* and river*. Sand, graval and paat reserved.

File No.

L 1128136

Date DayiWork

, . . - ',-tV: .;.'.:. ,- - ' "W ' ;

' ...: ' .: . ' ' ' j (

i 1j -J. .. . . . . S.'.J j

i !

i; ',v, w,-i; i- •••- - ;.;.-'^-V^^:l

840(87/7)

676264

Ministry o f MiningNorthern Development ^. .

VyV ana Mines ^ iaim Orrtario^ Mining ActRec^M^ In tha Nama of Llcanca No.

Wmiam Weisflock M-23582Addraw

General Delivery CONNAUGHT, Ont. PON 1AO-^ Off to* UM Only

Atiatimant Work Cradltt Assigned to other Clalmt

Days Racordad Balance

Daicrlptlon of Claim

'- PLAYFAIR IW1 SW 1/4 of S Former L 10.

Claim No.

L 1128138Data Racordad

December 4, 1989Date and Time of Staking p. T.

November 10, 1989 1 at 11:00 a.m. PC

?. (M-381) 1/2, Lot 13,

J6532Cone. IV

Reservation* - 400 foot Surface Rights reservation around all lakes and rivers. Sand, gravel and paat reserved. . .

i

File No.

L 1128136

Data DaysWork

640(87/7)

676265

Ministry ofNorthern Developmentand Mines

Mining Claim

Mining ActCUlm No.

L 1128139led In the Name of

William WeisflockLicence No.

M-23582Date Recorded

December 4. 1989and Time of S t akirAddren Dit* and Time of ng P.T.

General Delivery OONNAUGHT. Ont. PON 1AO

November 10, 1989 at 3;30 p.m.

Office UM OnlyAitettment Work Credits Assigned to other Citimi

Oeys Recorded Be fence

Description of Clelm

PLAYFAIR TWP. (M-381)SW 1/4 of N 1/2, Lot 12, Cone. IVFormer L 1035046_______

Reservations - 400 foot Surface Right! reservitlon (round all lakes and rivers. Sand, gravel and peat reserved.

Other reservations tinder the Mining Act may apply

File No.

L 1128136

Date Days Work

840(87/7)

676266

® Ministry of Northern Development and Mines

Ortatio '

MiningClaim . aa-m'HoT 1 ' ""- " -,

Mining Act L 1113937H^B^vd In th* Nama of Llcance No. Data Racordad

Hrry John Salo M-20Q10 December 4, 1989Addratt Data and Tlma ci Staking P. T.

General Delivery ' ,, November 1, 1989 CONNAUGHT, Ontario PON 1AO ' . at 8:30 a.m.- -' X\ Off ka UM Only Day* Description of Claim

Auanmant Work Crad.t, Aulgnad to ethtr Claim, ^cordad D*"nM PLAYFAIR TOWNSHIP (M-381) :

NW 1/4 Ot bi 1/2, Lot 12, Cone, IV Former L1035051

Ratarvatlont - 400 foot Surface Right* rttarvatlon around all lakt* and rlvar*. Sand, graval and paat retarvad.

File No.

L 1113937

Data Oiy* Work

;: ' " - - '

k 1

n,y; '..' J , . . i . , . ; '

'. . . . ;.

840(87/7)

676260

Ministry o f Mining'Northern Development f*. .

VyV and Mines wiaim OrAatvo Mining ActRe^^Bkd In tha Nama of Llcanca No.

Larrv John Salo M-20010AddraH

General Delivery CONNAUGHT, Ontario PON 1AO . .

Off ic* UM OnlyAiiastmant Work Cradlti Aulgnad to othtr Claims

Dayi Racordad

"*

Balanca

Data Racordad

December 4,

Claim No.

L 1113938

, 1989Data and Time of Staking

November 1, 1989 : at 10:45 a.m.

P. T.

xDatcrlptlon of Claim

'PLAYFAIR TOWNSHIP (M-381)SW 1/4 of S 1/2, Lot 12, Cone. IV Former L1036534

Reiarvatloni - 400 foot Surfaca Right* ratarvatlon around all lakai and Sand, graval and peat ratarvad.

rlvara.

Pila No.

L 1113937

Data DaytWork

840(87/7)

676261

© Ministry of Northern Development end Mines

Ontario

MiningClaim - culm NO.

Mining Act L 1113940Ftf^kid In tha Mima of Llcanc* No. Data Racordad

Larrv John Salo M-20010 December 4. 1989Addrtu . Data and Tlmt of Staking P. T.

General Delivery -- November 1, 1989 CONNAUGHT, Ontario PON 1AO at 1:00 p.m. X

Off ice Uje Only Oiyi Detcrlptlon of Claim

AMeiiment Work Credlti Atilgned to other Clelrni Recorded * *nc PLAYFAIR TOWNSHIP (M-381)

NE 1/4 of S 1/2, Lot 13, Cone. IV Former U035050

Ratarvatloni - 400 foot Surface Right* rtxrvitlon around all lakai and rlvart. Sand, graval and paat ratarvad.

FIIia'TI'o.

L 1113937

Data Dayi Work - ' ' . ' :-

' - , . \ . -\ '.'••••'.-'[ ——————————————— i ————————————————————————————

^

, !

1 J- ':'' \-.'."J ;

) .i ' ' ' . . ' ' - -

840(87/7)

676262

STATEMENT OF QUALIFICATIONS

l! Joe-Anne G. Said of Lot 2 Con. bi German Township! In the

Village of Connaught! The City of Timmins! the District of Cochrane!

do hereby declare and put forth the following qualifications for

demonstrating Professional Competence Equivalence concerning

Playfair Township Property! for Uilliam Ueisflock and dated Dec fl/^D

1. I am a graduate of grade thirteen from Dunbarton High School

in Pickering! Ontario n7b E. I am a M.R.C. graduate from Centennial College in Scarborough!

Onatrio lT7fl.

3. Geological-Technical Course- H.Z. Tittley 11fl5

4. Geological Drafting Course- Hollinger Mines Ltd.! nfl3

5. I am a self taught prospector! studying geology and working

continuously since May l^DflD.b. Field School in Mining Geophysics- Haileybury School of Mines

7. I have no interest in the Ueisflock Property in Playfair twp.!

! and will receive no further interest other than my fees/

Joe-Anne G* Salo

•H * —

Ring Act (Geophysical, Geological and Geocheri.,^, wu..2.13734 PLAYFAIR 300

M(njno Lands g^tion, Mineral Development and Land* Branch;

its

m.

to

Special Provision*

For first survey:

Enter 40 days (This includes line cutting)

For each additional survey: using the same grid:

Enter 20 days (for each)

Man Days

Complete reverse side and enter total(s) here

Airborne Credits

Note: Special provisions credits do not apply to Airborne Surveys.

Geophysical

- Electromagnetic

- Magnetometer

- Other

Geological

Geochemical

Geophysical

- Electromagnetic

- Magnetometer

- Other

Geological

Geochemical

Electromagnetic

Magnetometer

Other

Days per Claim

fo

Days per Claim

Days per Claim *

Total miles flown over claim(s).Date , Recorded Holder or Agent (Signature)

v/^7/7. A i f 7 1 C^^^-^^^^UCertification Verifying Report of Worfe

Mining ClaimNumber

OCEIVE

Mining ClaimPrefix

MUV O - 19E

W IANDS SE W

Number

/ Total number of mining claims covered by this report of work.

-?

1 hereby certify that 1 have a personal and intimate knowledge of the (acts set forth in this Report of Work, having performed the work or witnessed same during and/or after its completion and annexed report is true.Name and Addres^ of Person Certifyi

fTelephone No. Date ignature)

;eived SJama

For Office Use Only *~R E C E'l V E DLARDER LAKE

MINING DIVISION

OCT5 1990

1362 (69/06)

Ministry ofNorthern Developmentand Mines

Geophysical-Geological-Geochemical Technical Data Statement

Ontario

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

g

Type of Survey(s)

Township or Area

Claim HnlHer(s) '

Survey Company

Author of ReportAddress of AuthorCovering Dates of Survey TV. c. o.

Total Miles of Line Cut 13 -(D .

(linecutting to office)

SPECIAL PROVISIONS CREDITS REQUESTED

ENTER 40 days (includes line cutting) for first survey.ENTER 20 days for each additional survey using same grid.

Geophysical —Electromagnetic.

DAYS per claim

-Other-

AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)

Magnetometer. .Electromagnetic. . Radiometric(enter days per claim)

DATE: /nAuthor of Report or Agent

Res. Geol.. .Qualifications.

Previous Surveys File No. Type Date Claim Holder

MINING CLAIMS TRAVERSED List numerically

u

L .

L l

D J

TOTAL CLAIMS.

837 (85/12)

GEOPHYSICAL TECHNICAL DATA

GROUND SURVEYS — If more than one survey, specify data for each type of survey

Number of Stations

Station interval Profile scale

•val ^{^S m-e^-er^

•r val 5 OC* C^UTVfYlOtA H^ bcuJi

Line sparing /DO ^^C/'S*.

qn&iUW ) OOQ,amyvia^ , JUl a^Cnv\aLjuA

c hMz c•rfSI

Instrument.Accuracy — Scale constant. Diurnal correction method.

— '

Base Station check-in interval (hours)—l

Base Station location and value X 7E (o\~l5

Sia

InstrumentCoil configuration Coil separation —— Accuracy -———— Method: Frequency————

Parameters measured.

d Fixed transmitter CD Shoot back d In line d Parallel line

(specify V.L.F. station)

io

Instrument

Scale constant —— Corrections made.

Base station value and location.

Elevation accuracy.

< N

tCu(4OS

Instrument .,-^^————— Method d Time Domain Parameters — On time ———

- Off time ——-

d Frequency Domain _ Frequency _____ _ Range ^^—-^——.

Delay time.— Integration time.

Power.Electrode array — Electrode spacing . Type of electrode

SELF POTENTIALInstrument———————————————————————————————————————— Range.Survey Method —————————————————————————————————————————————

Corrections made.

RADIOMETRIC

Instrument ———Values measured.

Energy windows (levels)——^—.—-^————.————--—————.^—..———.—.—Height of instrument____________________________Background Count. Size of detector-——-————^——.^^-—.^——-——.———————...—^—.—.—,—Overburden ̂ —-—————————--—.^——^^—————————-—-————————.——

(type, depth - include outcrop map)

OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type of survey—————.————^-——.^——-————Instrument .^——————™———-—^—-..^^————Accuracy——————————————————————————Parameters measured.

Additional information (for understanding results).

AIRBORNE SURVEYS

Type of survey(s) ——— Instrument(s) —————

(specify for each type of survey) Accuracy—^——^———-.—-—-.——

(specify for each type of survey)Aircraft used—-—————————.,—-———.—-—^——————Sensor altitude.Navigation and flight path recovery method.

Aircraft altitude—^———————.^^—-.^—-^—^—————^^— Line SparingMiles flown over total area________________________Over claims only.

GEOCHEMICAL SURVEY - PROCEDURE RECORD

Numbers of claims from which samples taken.

Total Number of Samples. Type of Sample.

(Nature of Material)

Average Sample Weight———————

Method of Collection————————

Soil Horizon Sampled.

Horizon Development-

Sample Depth————

Terrain—————————

Drainage Development————————————

Estimated Range of Overburden Thickness.

ANALYTICAL METHODS

Values expressed in: per cent Dp. p. m. Op. p. b. d

Cu, Pb,

Others.—

Zn, Ni, Co, Ag, Mo, As.-(circle)

Field Analysis (-,Extraction Method.

Analytical Method- Reagents Used——

Field Laboratory Analysis

No. ———————

SAMPLE PREPARATION(Includes drying, screening, crushing, ashing)

Mesh size of fraction used for analysis ————

Extraction Method.

Analytical Method .

Reagents Used——

Commercial Laboratory (-

Name of Laboratory—

Extraction Method——

Analytical Method ——

Reagents Used —————

.tests)

.tests)

-tests)

GeneraLGeneral.

1^ TO - -,^-

L'' -'^ \

Q.

H

o oO

B. D.

13 12 II 10NOTICE OF FORESTRY ACTIVITYTMS TOWNSHT ; AREA FALLS WITHIN THE ———

IONS. 48E

200

8

Black Twp.2.13734 PLAYFAIR

ttr

THE INFORMATION THATAPPEARS ON THIS MAP HAS BEEN COMPILED FROM VARIOUS, SOURCES. AND ACCURACY IS NOT GUARANTEED, THOSE WISHING TO STAKE MIN ING CLAIMS SHOULD CON SULT WITH THE MINING RECORDER, MINISTRY OF

. NORTHERN DEVELOP- MENT AND MINES, FOR AD DITIONAL' INFORMATION ON THE feTATUS OF THE

CLJf~\\AJKt

THE TOWNSHIP - ~- : OF

PLAYFAIRDISTRICT OF COCHRANE

LARDER LAKE MINING DIVISION

SCALE'l-INCHs 40 CHAINS

LEGENDPATENTED LAND CROWN LAND SALF LL'ASES

•LOCATED LAND LICENSE W OCCUPATION MINJNG RIGHTS ONILV SURFACE , RIGHTS ONLY ROADSIMPROVED ROADS KING'S H IGHWAYS RAILWAYS * , POWER LINES MARSH OR MUSKEG

MINES

or©CS©

LotLO

M tt.O S.RO.

NOTES400' Surface rights reservation around oil l oke s andriverv

Mtllsite Shown Thusi

G'ovel Reserve Shown Thus 1.

*.JO.WOM W 56, TV* lOlnJ^ 7:* f-

0^4,

.-M. 381ONTAKHJ

MINISTRY Gr NATURAL RESOURCESSUPVFVS AND MAfrtNG BRANCH

SCON

7." 'l Mt ^ ^ .

e':-:'

V

**-0.' J 6I7IC f. ***~A

(-'*et, j*394^ \t*4

i"478 •6CI

SOW'4 —— ^ "\TOWJ1 "" — "

60216

69563

895*1

^933fi

B93fiO

^-a\-6049* -

W**Wtv t - - . .

^69812

Y59S90

[ 69434

f^BMN

•6*701

(0036

60742

60MI

CO296

601(2

S0040

599,0

S9924

(-69932

59833

196-96

.98*4

•9712

saw*

".."Z-^-WS*! ' _ .- f — ( — i — " ,. ^6w ' : (' .' '*?. -^* ^ i '^?3sfc^ i ^ \

^j-ies., \\t94e ] ,

-39488i .

isews j\

^59437 '—— - — — - - - : -t "- - — — —— ———— "*g93 I-.-r- —

^ " " ~ N \at ""9 '*J**(^!-- ^x

^* - , ^6097j --- -

.•**w"f

41245 - ^

i9:er -^

S9653 f̂ , s

69(73

J63428 - .

A?M2 - ,

jlp903

49C68

4J ————r

69(45

*32f t ' 1

FS38,

*owe

*J??^ 1 ^ J^ ̂

S9487

*9S20

^065*")

•C94M

J59079

fc394f ^,-4?fl

69819 .f. 94Q4

fcc^OZ -' t E9A6*

.S9442 , 69305

*99C9 -S970B

JS9337 ^ 6*670

69991 \ v : ••"-*? ^' -i— t*'

WM*^ S9(96*"

;^3i t*9B09 */ -": 'n,- - ~ M'^rf

5ft 3^0 ^ '^H. . ; 9lOS . S 9;fli

-59116 -S883I

(58 7 If,

.58629

Lsas9t

58635

t. 58 98

.58-54

:*5ic

•58994

. r. c. ft i f

38923

1.5*634

^*644

a.'*4 5848C

.5851?

5" 529

56505

**s

2.13734 PLAYFAIR S10s

COM

- 1 *-, '

v' - - -V-.'f '"; - *- mi'1 . -' ' l ' '-"wwa -'./"".i , - : . ' -r~~ . ' -. i ,- -T. •.,'" J.

". ' ' r - -.' ', -- ' --

-^"•.X:'ra3^-'' '^:'""^/ "-'!r"".v^'' -''^^ v^CS? ^- -JP^'-1|!5V 'V --' 'V.'^ 1 --*- vi-' ;r" T -' ' * --1*sin •^^r-'\fty?*^ T.^ . if** ;";-*.; "\"**^^--''r ". h'^1*- "t ' -f

! !^t^^ft^v^ :^v^^l^ ":- ^

"^•w V V;,T"*~'* ., k-' '^-' - '-.S.JL* V ^."*

" '*~' ;X'"- ' *', *-i- 4^---.^ "v . '-"iftifc"" -. ^aV"^9 '

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