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_ ._._- ............,.., .... mi HIM Illll Illll Illll Hill Hill52F11NE0001 2.16759 BUCHAN BAY (EAGLE i
010
-Logistics and Interpretation Report-UTEM Survey on the
Eagle Lake Property, Ontariofor
International Precious Metals Corporation
LAMONTAGNE GEOPHYSICS LTDGEOPHYSIQUE LTEE
Robert Langridge, M.Sc. May, 1996
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•1NEOOO! 2 16759 BUCHANJ 6A'V ^T',' ""'""' »'« Hllll HIIfli6AV (EAGLE i
01QC
CONTENTS
Introduction.....................................................................2Survey Logistics...............................................................4Survey Design..................................................................8Survey Results.................................................................9Interpretation.................................................................10Conclusions.................................................................... 17Recommendations........................................................18
Figures
Figure 1: Location Map............................................... 3Figure 2: Eagle Lake Grid............................................4Figure 3: Airborne EM Coverage..............................7Figure 4: Line 1300E - Magnetics Adjustment....... 6Figure 5: Figure 5 Legend..........................................10Figure 5a: interpreted features...................................10Figure 5b: Chl Conductor and zones A-D...............10Figure 5c: Interpretation with DDH Locations.......10
Tables
Table 1: Chl Conductor...............................................14Table 2: Selected Other Conductors..........................16
Appendices
Appendix A.......................................... UTEM ProfilesAppendix B....................................... Production DiaryAppendix C............................................. Reduced DataAppendix D................................... The UTEM SystemAppendix E................Interpretation Maps - A and BAppendix F.........................Qualifications Statement
International Precious Metals- 1996 UTEM Survey - Eagle Lake,Ontario pg 1
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INTRODUCTION
During the period of February 26 th through March 9th 1995 a UTEM III survey was carried out by Lamontagne Geophysics Ltd. personnel for International Precious Metals Corporation on a grid on Eagle Lake west of Dryden, Ontario. The location of the grid is marked on the location maps, Figures 1 and 2. The survey was carried out to outline a conductors in the immediate grid area with the intention of outlining possible targets for a drilling program.
A total of 26.350km of UTEM data was collected using 1 transmitter loop with the receiver operating in 10-channel mode at a base frequency of 30.974 hertz. All lines were surveyed measuring one component - Hz, the vertical component. A station spacing of 25m was employed for detailing features of interest and 50m was used elsewhere. About 80% of the grid was surveyed at the 25m station interval.
This report documents the UTEM survey in terms of logistics, survey parameters and field personnel and includes an interpretation. Appendix A contains the data presented in profile form. Other appendices contain:
the Production Diary (Appendix B)an outline of the UTEM System (Appendix C)the Reduced Data (Appendix D)the Grid-as-cut/Stacked Profiles Maps (Appendix E)the author qualifications statement (Appendix D)
International Precious Metals - 1996 UTEM Survey - Eagle Lake,Ontario pg 2
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LAMONTAGNE GEOPHYSICS LTD GEOPHYSIQUE LTEE
International Precious Metals Corporation9611 Location Map
detail of - DRYDEN NTS 52 F EDITION 4° i / ,2 , , , 5 k,m p- -i
International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake, Ontario pg 3
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LAMONTAGNE GEOPHYSICS LTD GEOPHYSIQUE LTEE
International Precious Metals Corporation Eagle Lake Grid Map
detail of - DRYDEN NTS 52 F EDITION 40 200m 1000m Figure 2
International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake, Ontario pg 4
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SURVEY LOGISTICSThe crew of Rob Langridge (geophysicist) and Phil Guimond (assistant)
mobilized from Kingston and Toronto on February 26th . They arrived in the survey area on February 29 th - delayed enroute by the combination of a winter storm and the onset of a public services strike, the latter slowing road clearing.
The transmitter loop was laid out March 1 st and 2nd and surveying began the afternoon of the 2 nci. Lines 600E to 2600E were surveyed from the loopfront to the south end. As time allowed for it, the section of Line 1700E inside the loop (0-500S) was also surveyed to investigate the possibility of a conductor under the loop. The survey proceeded fairly well and was completed on March 7 th . The transmitter loop was picked up the same afternoon. The crew demobilized to Sudbury on March 8th and 9U\
Note on chaining: In laying out the transmitter loop it was noted that the 500S pickets did not line up across the grid. The loop was laid out as a straight line from Line 600E @500S to Line 2600E @ 500S (line of sight). Chainage to the 500S picket was noted on all lines and is recorded in the "List of Data Collected ands Plotted" in Appendix A. For the most part the chainage is out by only a few metres - over 600m as the lines were chained from the 1100S TieLine. On 3 lines - Lines 1000E, 1100E and 2200E the chainage is out by ~10m. This level of chaining accuracy is reflective of the grid as a whole - the entire grid is on the lake so that picket locations could be compared line-to-line.
The Birchdale Lodge on Vermilion Bay (Eagle Lake) just west of Waldhof was used as a base for the survey. Our intent was to use the TOP (Trans Ontario Provincial) snowmobile Trail A to access the grid. The travel time to the grid proved to be over 70 minutes. An alternative access point was found on Temple Bay (Eagle Lake) just east of Detour Point. Combined travel time from the lodge by truck to this point and then by snowmobile to the grid is about 30 minutes.
The weather conditions were good for surveying on a large lake - very cold and clear with little wind. Heavy snow conditions combined with the very cold weather resulted in a considerable amount of slush on Eagle Lake. The survey, however, proceeded fairly well.
International Precious Metals - 1996 UTEM Survey - Eagle Lake,Ontario pg 5
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SURVEY DESIGNPrevious work in the area - including an airborne EM survey (Figure 3) and
drilling - indictated the presence of a number of conductors and located mineralization. The UTEM survey was designed to locate the conductors in the immediate grid area with the intention of outlining targets of potential economic significance to be tested with a drill program. The survey parameters - station interval of 25/50m, line spacing of 100m and the loop size and loop positioning - were selected to cover the grid area and to provide good coupling with possible steeply-dipping targets. Figure 2 is a map of the transmitter loop location.
The loop/line/station design employed is well-suited to outlining the presence of steep-to-moderately dipping conductors over the area covered. A station spacing of 25m - employed over roughly 80% of the line coverage - allows outlining of quite shallow features. The spacing of 50m employed over the remainder of the coverage is adequate for detecting shallow features and allows outlining of deeper features.
SURVEY RESULTSThe results of the survey are presented as UTEM profiles in Appendix A. A
summary of the data collected is included. A number of conductive (and magnetic) features have been outlined. Many of these are continuous over most of the area surveyed. The interpretation of the 1996 UTEM data is shown on two maps in Appendix E and in Figure 5. Overall the data quality is good and the features detected are in excellent agreement with the results the Airborne Electromagnetic Survey (flown 1986, Figure 3; see also Note below) and surface magnetic data (1988, Figure 4; see also Note below).
For each line surveyed the plots are presented in the order:
1) continuous norm Chl Reduced- for detecting features
2) point norm @ 1000S, 1600E, elev. 0 (~500m out from the midpoint of
the loop front) Chl Reduced- for interpreting early-time features
3) point norm @ 1000S, 1600E, elev. 0 Primary Field Reduced- for interpreting Chl features
A description of the standard plotting formats used and of the UTEM System is presented in Appendix D.
The results of the survey are also presented in tabulated form in Appendix C. The x,y,z positions of all the Loop vertices and stations are listed along with the reduced data and a description of the format of the reduced data.
International Precious Metals - 1996 UTEM Survey - Eagle Lake,Ontario pg 6
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The two following notes are included because of the excellent agreement between the results of the UTEM survey and the results the Airborne Electromagnetic Survey and because of the effect of magnetic features on the UTEM data collected.
Note on agreement between UTEM survey results and interpreted Airborne EM:
The agreement between the UTEM survey results and the Airborne Electromagnetic Survey results (interpreted) is quite good in detail. Both surveys outline:
- the good (UTEM Chl) conductor that strikes roughly EW (~ 15° to Grid EW), is continuous across the grid with a break (increase in depth-to-top) near two islands (-Line 2000E @ 14005) and is weaker east of this break.
- the series of weaker, shallower conductive features that parallel the good conductor ~200m to the south.
- the weaker, shallower conductive feature @ -Lines 1300->1500E @~850S.
The UTEM survey outlines a number of additional features, however, it clearly backs up the use of the interpreted Airborne EM data as an exploration tool.
Note on magnetic features:
Positive magnetic anomalies are reflected as positive anomalies on Chl profiles of Liz data collected outside of the transmitter loop. The size in percent of the Chl anomaly will be comparable to the percentage anomaly in the magnetic field (orientation of the ambient magnetic field influences size of the Ch 1 anomaly). Example: a magnetic anomaly of 2% of the ambient field will be reflected as as -2% anomaly in UTEM Chl and will not be reflected in Ch2-10 of Chl reduced data.
Figure 4 details a magnetic feature on Line 1300E @ 1062.5S (1988 chainage) and the UTEM data covering this Line (1996 chainage). The feature has an amplitude of +2000 nanoTesla (-3.3% of the ambient field) and is reflected in a similarly-shaped feature on the UTEM profile. The UTEM data has been "corrected" using the magnetic data collected in 1988:
- assuming the 1988/1996 chainage matches exactly- assuming a half-station (12.5m grid N/S) mismatch.
The axis of the Chl response shifts slightly Grid South as a result - more in keeping with its strike as indicated from adjoining profiles. This and the similarity in the shape of the UTEM profile and the magnetic feature suggest that the 1995 and 1988 grids match to within 10m (Noting that a slight mismatch in the grid E/W position of Line 1300E is likely).Note: Negative magnetic anomalies will be reflected as negative anomalies on Chl profiles of Liz data collected outside of the transmitter loop.
International Precious Metals - 1996 UTEM Survey - Eagle Lake,Ontario pg 7
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jjEOTEM' Peak Response Symbols
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riu.n 1. 1 - OC.S Map (S() l(( iL'Uphv'SIl il I / ( ii '( ](.'! H'l i I ll ,1 i ' M 'i l
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25%
-25%
1200S
3000
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1000S 800S
Total Magnetic Field 59,000 NanoTesla
_____Background
-25%
Assuming old/new chainage match
Shifting 1996 chainage 12.5m - ie.correcting 1200S UTEM data with
1187.5S magnetics data
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LAMONTAGNE GEOPHYSICS LTD GEOPHYSIQUE LTEE
Eagle Lake Grid
UTEM Profile - Line 1300E Magnetics Adjustment
Figure 4
International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake, Ontario pg 9
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\ : i'M'KMA riONI
Jnite a number of conductive (and magnetic) features are outlined. Many of :e-e .: i i • nilinuoiis over most ot the area surveyed and are interpreted to be
: :,>; .-nai lealures. The most signifiganl geophysical leature is a Ch 1 Conductor i.; 1 ~.; i: ke-~ roughly 1:VV ! - 15' to Grid I ;,W) across the1 grid. Many other leaturcs
j nil 'oi:: !•, lalivelv-concluctive /ernes and conductive leatures internal to theses ut m -it interest geologically. The remainder are a lew isolated or short-
: '-.e- ngth !i attires. l ; ach ot these - iheChl conductor. Relatively Condiulive•: s L i "id the other feature^ - are descibed indi\'iduall\' beli)\v.
he : ik i pi etatioi; of the IS'^Ci UTHV1 data is shown in:
Appendix E:
Interpretation Map A - all interpreted feature'sInterpretation Map B - all interpreted features with interpreted contacts
l-igiire ? (pages 10-13'):a) nterprcted features:.\) '-.'hi C'oneluctoi and Relatively Conductive 1 /ones A-D . ) Interpretation with approx 1)1)1 I Locations
rabies (page 15,17):I - Ch 1 Conductor details- - details ol selected ullier conductors
••-.•: !ie -\ivbol "S" indicates a shnllovv (<20m) source lor the anonialv.
C'•. nductor
h:s is (lie most prominent geophysical feature on the Hagle Lake Cirid. It is a (. nd-.;cto- that strikes roughly EVV ( ~ 1 5° to Grid EV\"! across the grid. It is
'•\~-n-i i ! Hgarc 5 and derailed in Table 1. It is generalh associated wilh a <[•:• --l;.-n s lh magnetic ai'u>maly. I he cleplli-lo-top increases Irom eiist-io-u'c.'sl
i'I- ->l.ine 2IOni7,' rcMching -200m on Line 2100K. A break occurs east of Line•i -<>--.,ibl' due toslruclural complications. TheChi Conductor is nUerpreted to
;-,;• >.;t I. ine 2^00L it a -hailouer depth (120±15m). i he ,onducl»r i> :'•'• - ted !o ,iip sieepK' (90 ;'MO 0 ) with no clear indication ol dip. I'rcvious dulling ;; - fi-iguie 5c) and available geological intormalior. indicate a stL'ep north dip,
•••. : M)| is LL-SS-il^ (dril ed from the intrth) and FL-SS-02 (Llnlled from I ic "•' ] ii ::;•-,! glance seem u have the same target.
he Ch. i Conductor UTEM response is actually a combination ot tuo or,-es "iiiperimposed on the late-time1 response (to Chl) is an early-time (short
>M ; int response. 1'his is \-isible on mcist of the profiles - a large-amplitude .'M ( i Ch5/6 decavs almost disappears between Ch.5 and Ch4 leaving the
lnl"rn,i!];)i\ii !'rrc:ons Metals - 19% U'i \ ',M Surv./v - 1 ,i;;L' 1 ,.ikf,( )nf,inu pi; 10
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Figure 5 LegendContact - well-defined
(eg. - latest response Ch 7 )
_ Contact - poorly-defined(eg. - latest response Ch 1 )
thin conductive zone~" (eg. - latest response Ch 5 )
s\> I Location of conductor axis°SS - " l^te^t response Chl deplh-lo-lop 60m
- latest response Ch5 shallow «25in)/\ ^ - latest response Ch7 unclear
Con tact conductoreg. - latest response Ch 5 deplh-lo-lop 6()m
M / m - Magnetic feature - strong/weak
- Interpreted contact tracewell-defined poorly-defined
Relatively conductive zonesx"-- - poorly-detined external contact
- well-defined internal contact
I__________J: / .-:•.,! '',, i us Mci.ils Ciirpo-alioii :99(, UTl'M Survey - I'iij-Jc L.iko, Onl.irm pi; 10
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0 100 200m**-.*—-M-J—i Figure 5c
: ii.il .un.il r-iviinis f-.1ct.ils Cm poiviUon • 1 C ) 9f> l r l]'M Sur\'.-\' - I .n;Ii 1 ,ikr. (Inlaro pi;
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small-amplitude, slowly-decaying response on Ch3, Ch2 and Chl. Note: Some of the current flow in the Chl conductor "leaks" and is channeled
through intersecting features, enhancing the amplitude of their response.
Although the Chl Conductor is interpreted to be quite conductive (Table 1) the anomaly outlining is is small in amplitude. This, in combination with:
- the considerable strike length- the accompanying variable-strength magnetic anomaly- the results of drill testing - EL-88-01 (Figure 5c) intersected 8.1m of massive
sulphide including pyrrhotite),
is interpreted to indicate a "patchy" conductor made up in part of very conductive sulphides such as pyrrhotite or pentlandite. EL-88-01 intersected massive sulphides at a true depth of 35-45m. The interpreted depth-to-top of the UTEM Chl Conductor is considerably deeper, indicating that EL-88-01 probably intersected a shallow, less- conductive section of the Chl Conductor. The interpretation is that a drill hole targetting the Chl Conductor at a greater depth would intersect a thicker (more massive?) sulphide section, probably containing some pyrrhotite or pentlandite.
On Lines 1100E and 1200E the response of the Chl Conductor takes on the characteristics of a conductive zone (labelled C?). This may reflect a local broadening of the anomaly in the magnetics or it could represent a less massive "patch" of the conductor.
Line
600E700E800E900E1000E1100E1200E1300E1400E1500E1600E1700E1800E1900E2000E2100E2200E2300E
JL C*.l_/JLV, JL V_^
Grid Location
920S (±15)920S (±15)950S (±15)980S (±15)
1015S (±15)1040S (±15)1060S (±15)1080S (±15)1115S (±20)1150S (±15)1175S (±15)121 OS (±20)
i 1260S (±20)1320S (±40)1350S (±25)1400S (±50)
J-LJL V^V^JL I.V-1. d.V_ L\
Depth-to-top(m)
60 ± 1060 ±1050 ±1060 ±1060 ±1080 ±15
100 ± 15100 ± 15100 + 15110+15
80 ±1580 ±15
120 ± 15150 ± 20175 ± 20200 ± 50
J JL
Conductivity-thickness(Siemens - estimate ~±25%)
-
290290290310290270 i230 ;170 i280 i200 ;
230140170190150
1425S (±25)International Precious Metals •
120 ± 15 1301996 UTEM Survey - Eagle Lake,Ontario pg 14
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Relatively-Conductive zones
Relatively-Conductive zones are zones outlined as more conductive (less resistive) relative to adjoining zones. They are outlined by.
- contacts- conductors- conductive contacts/contact conductors - contacts combining the
characteristics of both (eg. weakly-mineralized faults or shear zones).
They are geophysical features but they represent and display many of the characteristics of geological features:
- along-strike thickening/thinning- along-strike variations in properties - contacts improve locally to conductors- internal structure - conductors weaken/strengthen
While these zones are unlikely to yield signifigant massive sulphide intersections an examination of Figure 5c clearly shows that they are interesting targets:
- EL-88-02 and EL-88-05 apparently tested a conductor in zone B outlined on Lines 1300E (-860S), 1400E (-850S) and 1500E (-875S).
- EL-88-11, EL-88-11 and EL-88-09 apparently tested a conductor/conductors in zone A on Lines 800E, 1100E and 1300E. ' -
Quite a few features on the Interpretation Map (Appendix E and Figure 5) have similar characteristics to these drill-tested features. Without additional information it is difficult to apply priorities to them. A brief examination of each of zones A-D follows. Features that have been drill-tested are detailed. A number of conductors are detailed in Table 2.
Zone A
Zone A is continuous across the entire grid and is defined by a contact (Ch4/5) to the north and a series of contacts and conductors (Ch4/5) to the south. Several of the conductors are detailed in Table 2. At least two of the conductors have been drill tested (EL-88-11, EL-88-11 and EL-88-09 - Figure 5c) with EL-88-09 yielding an interesting intersection (0.174oz/t Au and 3500ppm Cu over 0.76m). The targets are interpreted to be as good or slightly better geophysically on other lines (bearing in mind the 1996 grid is not identical to the 1988 grid).
There are two targets in Zone A on both Line 1300E ane 1400E. On Line 1300E the targets are interpreted as narrow conductive zones - centred @ 1337S ± 10 and 1525S ± 10 - and EL-88-09 targeted the more southerly zone. Both zones are interpreted as conductors within narrow conductive zones on Line 1400E (@ 1360S ± 10 and 1575S ± 10. Based on the intersection in EL-88-09 the more southerly target on Line 1400E is the more interesting - and the feature is possibly more extensive.
International Precious Metals - 1996 UTEM Survey - Eagle Lake,Ontario pg 15
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Zone B
Zone B is continuous across the entire grid and is defined by a contacts (Ch4/5) and a series of conductors (Ch5). Several of the conductors are detailed in Table 2. The conductor on Line 1300E @ 850S has been drill tested (EL-88-02 and EL- 88-05 - Figure 5c). The target is interpreted to be as good or better geophysically on Lines 1400E and 1500E (keeping in mind the 1996 grid is not identical to the 1988 grid).
Zone C
Zone C is actually three separate zones spread across the grid immediately north of the Chl Conductor:
- C (west) is a small wedge bounded by a poorly defined contact (~Ch6) to the north and the Chl Conductor to the south.
- C? flanks the Chl Conductor. It is discussed in the Chl Conductor section.
- C (east) is the most interesting zone. It is bounded by contacts (Ch4/5) to the north and south and contains a number of conductors. Two are detailed in Table 2. This zone channels current and the amplitudes of the responses reflect this - they decay rapidly.
Table 2 - Selected Other Conductors
Grid Location
Zone A
Zone B
'Zone C(east)
Depth-to-top | Conductivity-thickness !
Line 800E ©1300S (±10)Line 1000E @1380S (±10)Line 1100E @1400S (±10)Line 1400E ©1360S (±10)Line 1400E ©1575S (±10)
Line 800E @850S (±10)Line 1300E @850S (±10)Line 1400E @850S (±10)Line 1500E@875S (±10)Line 1800E @775S (±10)Line 1900E @785S (±10)
Line 1700E ©1060S (±10)Line 1800E ©1075S (±10)
Cm)40±1040±1050±1030±10
, 40±10
25 ±1040 ± 1050 ±1060 + 1025 + 1025 + 10
25 ±1040 + 10
1 (Siemens - estimate ~di 2
2; 2
46
4'; ii l
li 2i
i 2i1
1i 1
International Precious Metals- 1996 UTEM Survey - Eagle Lake,Ontario pg 16
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Zone D
This is the most poorly defined of the four zones and includes only contacts (to Ch4), weakly magnetic features and a shallow conductor at a contact (Line 2300E @ 775S). The location of Zone D on Line 2600E (700S->800S) correlates well with a weak response in the airborne interpretation (Figure 3). Several features in Chl appear to be either magnetic features or chaining discrepancies.
Other Features
A few features on the Interpretation Maps are outside those descibed above. They are isolated or short-strike-length and most are shallow (<20m). They include:
- two weak, shallow conductors in the NW corner of the grid.- Lines 700E, 800E and 900E @~575S- Lines 1000E and 1100E @~660S
- weak, shallow conductors near the shore of Poplar Island- Lines 2300E, 2400E and 2500E just north of TieLine 900S
- a pair of features ~125m north of zone A- a narrow conductive zone on Line 2200E@~1500S- a contact/shallow conductor on Line 1800E@~1475S
CONCLUSIONSOverall the data quality is good and the UTEM survey has outlined quite a'
number of conductive (and magnetic) features. Many of these are continuous across most of the area surveyed and are interpreted to be formational features. All features are interpreted to dip steeply (90°±10°) with no clear indication of dip.- Note that previous drilling patterns (Figure 5c) and available geological information indicate a steep north dip, however, DDKs EL-88-05 (drilled from the north) and EL- 88-02 (drilled from the south) on first glance seem to have the same target.
The most signifigant features detected are:
- the Chl Conductor that strikes roughly EW (~ 15° to Grid EW) across the grid. This feature is interpreted to indicate a "patchy" conductor made up in part of very conductive sulphides such as pyrrhotite or pentlandite. EL- 88-01 intersected massive sulphides at a true depth of 35-45m. The interpreted depth-to-top of the UTEM Chl Conductor is considerably deeper, indicating that EL-88-01 probably intersected a shallow, less- conductive section of the Chl Conductor. The interpretation is that a drill hole targetting the Chl Conductor at a greater depth would intersect a thicker (more massive?) sulphide section, probably containing some pyrrhotite or pentlandite.
- four Relatively Conductive zones - labelled A-D - and conductive features internal to these zones. Of these features in Zone A and Zone B are the most interesting and several have been drill tested. It is difficult to assign
International Precious Metals - 1996 UTEM Survey - Eagle Lake,Ontario pg 17
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priorities to these features with the information available. Based on the results obtained from DDH EL-88-09, however, this target can be recommended:
Line 1400E @ 1575S ± 10m with a depth-to-top of 40 ± 10mNote: This is a conductor within a narrow conductive zone that extends
1535S-1610S and may be of interest itself. This should be taken intoconsideration if the target is tested.
RECOMMENDATIONS1) Based on the results obtained from this survey and DDH EL-88-09 the following
target can be recommended for drill testing.
Line 1400E @ 1575S ± 10m with a depth-to-top of 40 ± 10mNote: This is a conductor within a narrow conductive zone that extends
1535S-1610S and may be of interest itself. This should be taken intoconsideration if the target is tested.
2) The conductors (and some contacts) within Zones A, B and C should be examined along with other available information to determine if they are worth drill testing, and if so to assign priorities.
3) The Chl Conductor is an obvious target. The drill test - EL-88-09 - is interpreted to have hit the conductor above the most conductive zone. The interpreted "patchy" nature of the conductor makes it a difficult target to test, however, it also means that a single drillhole is probably not an adequate test. Note: If favourable results are obtained in testing this target consideration
should be made to drilling a hole that continues past the target as much as several hundred metres. Borehole logging of this hole would indicate whether the zone continues beyond the depth of said hole or at what level it is terminated. The results would also serve to indicate whether the zone improves with depth.
International Precious Metals - 1996 UTEM Survey - Eagle Lake,Ontario pg 18
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Appendix A
9611 UTEM Profiles
Eagle Lake Property, Ontario
for
International Precious Metals Corporation
For each line the plots are presented in the following order:
Hz:
1) continuous norm Chl Reduced
2) point norm @ 1000S, 1600E, elev. 0 Chl Reduced
3) point norm @ 1000S, 1600E, elev. 0 Primary Field Reduced
Page 22
List of Data Collected and Plotted
Eagle Lake Grid
Line coverage
Loop 1 Line 600ELine 700ELine 800ELine 900ELine 1000ELine 1100ELine 1200ELine 1300ELine 1400ELine 1500ELine 1600ELine 1700ELine 1800ELine 1900ELine 2000ELine 2100ELine 2200ELine 2300ELine 2400ELine 2500ELine 2600E
1525S -1550S -1600S -1650S -1700S -1725S -1775S -1800S -1850S -1900S -1950S -2000S -2025S -2100S -2100S -2150S -1975S -1800S -1525S -1050S -1100S -
500S500S500S500S500S500S500S500S500S500S500S500S500S500S500S500S500S500S500S500S500S
Loop front ®
500497497496512508499499500496499
499.5498500497499488496499498500
Total: 26.350km
Appendix A - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 1
Page 23
HzHz continuous norm
Ch 1 Reduced
top axis - Ch 5-10middle axis - Ch 2-5bottom axis - Ch 1
Page 24
-o o O5
ro o o O5
- o - o o
h 05
00O-o00
CD O O O)
ro Cn
roen
secondary, (chn -chiyiHpijUTEM Survey at: Eagle Lakecontin. Norm at depth of o m! For: International Precious Metals Corporation
Loop: 1Line: 6ECompt: Hz i Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD J 0 b
GEOPHYSIQUE LTEE 9511Surveyed : 12/4/48 Reduced : 12/5/96 Plotted : 12/5/96
Page 25
o
-o- Or- 00
IV)• o o 00
- o -o- o- oo
CO _0
L 00
r
o
O)
I
7
Loop: 1 Line: 7E Compt: Hz
secondary, (Chn - chi)/iH P i|UTEM Survey at: Eagle LakeContin. Norm at depth of o m JFor: International Precious Metals CorporationBase Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD Job
GEOPHYSIQUE LTEE 9611Surveyed : 12/4/48 Reduced : 12/5/96 Plotted : 12/5/95
Page 26
r
-o o
h CO
ro-ooCO
o o o CO
CD O• o CO
O O CO
Loop: 1 Line: 8 E
secondary, (Chn-chi)/iHpi UTEM Survey at: Eagle LakeContin. Norm at depth of 0 m
Compt: Hz Base Freq. 30.974 HzFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEEJob
9611Surveyed : 12/4/48 Reduced : 12/5/96 Plotted : 12/5/96
Page 27
— o- O
CO
- o o CO
o o CO
o-ooco
oo o o CO
O O CO
Loop: 1 secondary, (Chn - chi)/iHP i| UTEM Survey at: Eagle LakeLine: 9E icontin. Norm at depth of o m For: International Precious Metals Corporation
ICornpt: Hz Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD Job GEOPHYS1QUE LTEE 9611
Surveyed : 4/6/4 j Reduced : 12/5/96 Plotted : 12/5/96
Page 28
-O O CO
-O OCO
ro o o CO
- O
o CO
ooo"oCO
CD O O CO
Loop: 1 secondary, (Chn -chi)/iHpi| UTEM Survey at: Eagle LakeLine: 10E Compt: Hz
Contin. Norm at depth of o m: For: International Precious Metals CorporationBase Freq. 30.974 Hz
Page 29
E
CD• OOCO
- O O(f)
- ro - o- o- CO
- O -O
- o- CD
COO'O
CO
CT> O O CO
/
Loop: 1 secondary, (Chn - chi)/iHpij UTEM Survey at: Eagle LakeLine: HE jContin. Norm at depth of o m I For: International Precious Metals CorporationCompt: Hz Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEESurveyed : 4/6/5 Reduced : 12/5/96 Plotted : 12/5/96 i
Page 30
o
CD-OOco
-o o co
o o CO
o-ooCO
CDO"O
CO
en o o CO
-t-
I
Loop: 1 Line: 12E Compt: Hz
Secondary, (Chn - Ch1)/IHpl Contin. Norm at depth of 0 m Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
: 12/5/96
Page 31
u r- CD - O- O- CD
— o
ro-ooCD
- Oo- o
- (D
COo o
h
bCD O OCD
Loop: 1 secondary, (Chn - chi)/iH P i| UTEM Survey at: Eagle LakeLine: 13E contin. Norm at depth of o mlFor: International Precious Metals CorporationCompt: Hz Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEEJob
9611Surveyed : 4/6/5 Reduced : 12/5/96 Plotted : 12/5/96
Page 32
COo o CO
en-ooCO
o o CO
o- o- CO
- o- CO
ICOo oCO
O)o o CO
V
O> -
CDo o CO
o o CO
ooCO
o ooCO
00o oCO
en •±p
Loop: 1 Line: 14E Compt: Hz
secondary, (Chn - chiyiHpi UTEM Survey at: Eagle Lakecontin. Norm at depth of om For: International Precious Metals CorporationDo™ c on nv/1 u 6336 Freq. 30.974 HZ
I GEOPHYSICS LTD IGEOPHYSIQUELTEE
Surveyed : 4/6/5 Reduced : 12/5/96 Plotted : 12/5/96
Page 33
rCOo o CO
- o> -o o
h CO
-Oo
h CO
ro -o o
h CO
O-o- o- CO
CDo o CO
I__
E en o o
L co
/
Loop: 1 Line: 15E
iCompt: Hz
Secondary, (Chn -Ch1)/IHp!
Contin. Norm at depth of 0 m Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
I TFF LI ttJ 0 h Surveyed : 12/4/48
n r < t R educed : 12/5/969611 P lotted : 12/5/96
Page 34
T i
oo o o CO
-Oo
t- CO
- O- O- COr
- ro- o- CO
o -ooCO
oo o o co
I
0> O OCO
t
Loop: 1 Secondary, (Chn - chi)/iHpi| UTEM Survey at: Eagle LakeLine: 16ECompt: Hz Base Freq. 30.974 Hz
contin. Norm at depth of o m For: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEE 9511Surveyed : 12/4/48 Reduced : 12/5/96 Plotted : 12/5/96
Page 35
00o o O)
O)o o O)
O O 0>
O OO)
o o o 03
oo o o 03
O OO3
o o O3
o oO3
~
| Loop: 1 | Line: 17E Compt: Hz
Secondary, (Chn - Ch1)/IHpl Contin. Norm at depth of 0 m
Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD J 0 b
GEOPHYSIQUE LTEE 961 1Surveyed : 4/6/7 Reduced : 12/5/96 Plotted : 12/5/96
Page 36
ro o o o 00
CX>-OOen
CD O O00
-O O 00
ro o o oo
- o -o- o- 00
EL
CD O O00
eno• o00
Loop: 1 Isecondary, (Chn-Ghi)/iHpi UTEM Survey at: Eagle LakeLine: 18E
jCompt: Hzcontin. Norm at depth of o m I For: International Precious Metals CorporationBase Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEEInh Surveyed : 4/6/7
^V, , Reduced : 12/5/96961 1 Plotted : 12/5/96
Page 37
b
h
ogCO
co o o CO
O>-o o CO
h- CO
- ro -o- o- CO1—
—°foh CO
I
COo o CO
o— o L CO
Loop: 1 Line: 19E Compt: Hz
secondary, (Chn - chi)/iH P i| UTEM Survey at: Eagle Lakecontin. Norm at depth of o m | For: International Precious Metals Corporation
GEOPHYSICS LTD GEOPHYSIQUE LTEEBase Freq. 30.974 Hz LAMONTAGNE Job
9611Surveyed : 4/6/4 i Reduced : 12/5/96 Plotted : 12/5/96
Page 38
CO— o o
en-ooCO
O O CO
- O O CO
O -Oo CO
coo"oen
CD O OCO
Loop: 1 Secondary, (Chn-Ch1)/IHpl Line: 20E Contin. Norm at depth of 0 m Compt: Hz Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
ITFF LILhJ 0 h
nVV< 9511
Surveyed : 4/6/4 Reduced : 1 2/5/95 Plotted : 12/5/96
Page 39
I-O
-OOCO
L 00 — O _ O
CO
I- o>- o- o- CO
-O O
h CO
- o- o- CO
o o o CO
r cor_o
: O)r §L co
_L /
secondary, (Chn - chi)/iHP i UTEM Survey at: Eagle LakeLoop: 1Line: 21 E iContin. Norm at depth of 0 mCompt: Hz Base Freq. 30.974 Hz
For: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD Jnh S urveyed : 4 /6/6
r-cnnijvcirMTc ii-rr rir<< R educed : 12/5/96GEOPHYSIQUE LTEE 9611 P lotted : 12/5/96
Page 40
00o o C/)
o> o o O>
\— o 0- CO
- ro -o- o
o-ooC/5
00o
t- CT> O O 00
Loop: 1 Line: 22E Compt: Hz
secondary, (Chn - chi)/iH P i|UTEM Survey at: Eagle LakeContin. Norm at depth of 0 m Base Freq. 30.974 Hz
For: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEEJob
9611Surveyed : 4/6/6 Reduced : 12/5/96 ] Plotted : 12/5/96 ]
Page 41
o o O5
I—Oo
u 05
ro o o05
Oo o05
CDO"O
O5
O5
§ 05
Loop: 1 Line: 23E Compt: Hz
Secondary, (Chn - Ch1)/IHpl Contin. Norm at depth of 0 m Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 42
ot £
-o o
k CO
o o oCO
00o
h CO
en o"O
CO
_j
IJLoop: 1 Line: 24E Compt: Hz
secondary, (Chn - chi)/iH P i UTEM Survey at: Eagle LakeContin. Norm at depth of 0 m
Base Freq. 30.974 HzFor: International Precious Metals Corporation
Page 43
I I I
- o— o_ o
E «ho i—ou cn
O3o o GO
cn
roOl
ro en
| Loop: 1 Line: 25E Compt: Hz
secondary, (Chn - chi)/iHpi UTEM Survey at: Eagle LakeContin. Norm at depth of 0 m Base Freq. 30.974 Hz
For: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEESurveyed : 4/6/7 i
~^, ., Reduced : 12/5/96] 961 1 Plotted : 12/5/96Job
Page 44
- o -o- o- en
00 O
§
Loop: 1 Line: 26E Compt: Hz
secondary, (Chn - chi)/iH P i UTEM Survey at: Eagle Lakecontin. Norm at depth of o m For: International Precious Metals CorporationBase Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEE 95 11Surveyed : 4/6/7 Reduced : 12/5/96 Plotted : 12/5/96
Page 45
HzHz point norm
normalized to 500m out from the midpoint of the loopfront
(1000S,1600E,0)
CM Reduced
top axis middle axis bottom axis
ChS-8 Ch2-5 Chl
Page 46
Loop: 1 Line: 6E Compt: Hz
Secondary, (Chn -Ch1)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 47
Loop: 1 Line: 7E Compt: Hz
secondary, (Chn -chi)/iHpi UTEM Survey at: Eagle LakeTe^oU X ' Y ' Z ' For: International Precious Metals Corporation
Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD Job GEOPHYSIQUELTEE 9611
Surveyed : 12/4/48 Reduced : 12/5/96 Plotted : 12/5/96
Page 48
Loop: 1 JLine: 8E Compt: Hz
secondary, (Chn - chi)/iHpi|UTEM Survey at: Eagle LakePoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
For: International Precious Metals Corporation
Page 49
Loop: 1 Line: 9E Compt: Hz
secondary, (Chn - chi)/iHpi UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationMnnn, cnnn(1 000,1 bOO,0)
Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD Job GEOPHYSIQUELTEE 9611
Surveyed : 4/6/4 ] Reduced : 12/5/96 j Plotted : 12/5/96
Page 50
y^y y. — "•4 fi'TV"
frr f»L s>W 0bWl b
E-X-X-J^.
f f
n• 1/1• n• til
T̂lr 41\ K1 »- i\i
tA AJ ^ i!n
oo_,.oro o o0)
^ o oCO
Loop: 1 Line: 10E Compt: Hz
Point Norm.at x,y,z (1000,1600,0)
hn -Ch1)/IHpl,y,z
974 Hz
UTEM Survey at: Eagle Lake For: International Precious Metals Corporation[LAMONTACNEHHillBBtBBHlBIBnKBB
Page 51
I- O) !— O ;- Or CO
- O- co
L
- ro -o- o- co
o-O
- o- CO
COo'O CO
F 05F§L co
Loop: 1 Line: 11 E Compt: Hz
secondary, (Chn - chi)/iH P i| UTEM Survey at: Eagle LakePoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
For: International Precious Metals CorporationLAMONTAGNE ' TPP
Job 9611 Plotted : 12/5/96
Page 52
- CD—— O
OCO
o o (ft
ro-ooCO
o o o CO
I oo o o CO
CD O
f
Ji
O
Loop: 1 Line: 12E Compt: Hz
Secondary, (Chn - Ch1)/IHpl | Point Norm.at x,y,z (1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 53
Loop: 1Line: 13E
secondary, (Chn - chi)/iH P i UTEM Survey at: Eagle LakePoint Norm.at x,y,z
j(1000,1600,0) Compt: Hz Base Freq _ 30.974 Hz
For: International Precious Metals Corporation
Page 54
: 00^8- CO
- o- o- co
F
- o- o- co
o -o- o- CO
I
00o o CO
CDo o
-t-
i
"CO"
o
o -p
Loop: 1 Line: 14ECompt: Hz
Secondary, (Chn -Ch1)/IHpl Point Norm. at x,y,z(1000,1600,0) Rase Fren. 30 974 H7
UTEM Survey at: Eagle Lake For: International Precious Metals Corporation[L AMONTAGNE FI'f'iJl'fTlf'BHHU^MlffliM
Page 55
00§co
05o o CD
O Oan
ro-ooCO
- o -o- o- CO
uL
L
~oo o"O CO
-L
iT
t
Loop: 1 Line: 15E Compt: Hz
secondary, (Chn - chi)/iH P ij UTEM Survey at: Eagle LakeToooTeoo o* X ' V ' Z I pQri' nterQati°na ' P recious Metals Corporation
Job 9611
Surveyed : 12/4/48 Reduced : 12/5/96 Plotted : 12/5/96
Page 56
rCD
- OOCO
—— O OCO
- O- CO
-O- O- CO
O-OOCO
tIT
Loop: 1 Line: 16ECompt: Hz
Secondary, (Chn -Ch1)/IHpl Point Norm. at x,y,z(1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle Lake For: International Precious Metals Corporation[LAMONTAGNEH^IIfHiiVfflHSS^HIIBI
Page 57
00o o
O) O O 00
o o\- c/3
O OO)
o o o
cx> o o O5
O>o o en
o o CO
roo-oO)
Loop: 1 Line: 17E
| Compt: Hz
secondary, (Chn - Hpc)/iHpi UTEM Survey at: Eagle LakePoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
For: International Precious Metals Corporation
Page 58
O
§CO
00o oCO
CD-oOCO
-o o CO
rv> o o CO
o• ooCO
00 o"O
[I CO
o
Loop: 1 Line: 18E Compt: Hz
Secondary, (Chn - Ch1)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 59
roo- ooC/D
CO- a oC/D
00
L S 00
-O- O
o o o
CDo'O C/)
O)o"OO)
T
I
Loop: 1 Line: 19E Compt: Hz
Secondary, (Chn -Ch1)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 60
Loop: 1 Line: 20E Compt: Hz
secondary, (Chn - chi)/iH P i UTEM Survey at: Eagle LakePoint Norm.at x,y,z i For: international Precious Metals Corporation I(1000,1600,0) ;—————————————————————————————————c—————— ;
Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD GEOPHYSIQUE LTEE
Job 9611
Surveyed : 4/6/4 i Reduced : 12/5/96 j Plotted : 12/5/96 |
Page 61
Loop: 1 secondary, (Chn-chi)/iHpijUTEM Survey at: Eagle LakeLine: 21 E Compt: Hz
Point Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
For: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEEJob
9611Surveyed : 4/6/6 Reduced : 12/5/96 Plotted : 12/5/96
Page 62
Loop: 1 Line: 22E Compt: Hz
Secondary, (Chn -Ch1)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 63
F CD O OC/)
o o 00
ro o oC/5
Oo o O>
Loop: 1 Line: 23ECompt: Hz
Secondary, (Chn - Ch1)/IHpl Point Norm. at x,y,z(1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle Lake For: International Precious Metals Corporation[L AMONTAG NEBJMJBBSBEBBBBKffliSffiB
Page 64
- o o O5
o o an
o-oo05
ro o o
ro-1 o o o
O O
o o CD
o o05
o o oC/5
oo o o05
CD
Loop: 1 Line: 24E Compt: Hz
secondary, (Chn - chi)/iH P i UTEM Survey at: Eagle Lakepoint Norm.atx,y, 2 | For: international Precious Metals Corporation(1000,1600,0) !—————————————————————————————————c——————
Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD GEOPHYSIQUELTEE
Job 9611
Surveyed : 4/6/6 Reduced : 12/5/96 Plotted : 12/5/96
Page 65
o o oCO
00o oCO
CT> Oo CO
Loop: 1 Line: 25ECompt: Hz
Secondary, (Chn - Ch1)/IHpl Point Norm. at x,y,z(1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle Lake For: International Precious Metals Corporation[L AMONT AC NEKH3SKl[3IB3!l!i!^Sf5ffliliBffl
Page 66
Ek- oF-° h ° F co
COo" O
r co
CDO'O
CO
Loop: 1 Line: 26E Compt: Hz
Secondary, (Chn -Ch1)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
ofeo o CO
COo o CO
CO±p
IGEOPHYSIQUELTEE 1 Plotted : 12/5/96
Page 67
Loop: 1 Line: 8E Compt: Hz
Secondary, (Chn-Ch1)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEE 9611Surveyed : 12/4/48 Reduced : 12/5/96 Plotted : 12/5/96
Page 68
HzHz point norm
normalized to 500m out from the midpoint of the loopfront
(1000S,1600E,0)
Primary Field Reduced
top axis - Ch 5-8 bottom axis - Ch 1-5
Page 69
Loop: 1 Line: 6ECompt: Hz
Secondary, (Chn - Hpc)/IHpl Point Norm. at x,y,z (1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle Lake For: International Precious Metals Corporation[LAMONTAGNEH^HHiHMKffiHS^BilH
Page 70
Loop: 1 jSecondary, (Chn - Hpc)/IHpl
7E Point Norm.at x,y,z ! (1000,1600,0)Line:
jCompt: Hz | BaseFreq . 30.974 HZ
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 71
I Loop: 1 Line: 8E
i
Compt: Hz
secondary, (Chn - Hpc)/iH P i[ UTEM Survey at: Eagle Lakeitx.y.z
(1000,1600,0)Base Freq. 30.974 Hz
For: International Precious Metals CorporationJob
9611 Plotted : 12/5/96
Page 72
Loop: 1 | Line: 9E Compt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Surveyed : 4/6/4 Reduced : 12/5/96 Plotted : 12/5/96
Page 73
I Loop: 1 |Line: 10E Compt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEE 95 ^
Surveyed : 4/6/4 Reduced : 12/5/96 Plotted : 12/5/96
Page 74
Loop: 1 Line: 11E Compt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD j ob
GEOPHYSIQUE LTEE 95! 1Surveyed : 4/6/5 Reduced : 12/5/96 Plotted : 12/5/96 !
Page 75
Loop: 1 Line: 12ECompt: Hz
Secondary, (Chn - Hpc)/IHpl Point Norm. at x,y,z(1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle Lake For: International Precious Metals Corporation[LAMONTAGNE@j 1 Jliim<liiffiB.LmilJ'Jlili.LJ
Page 76
Loop: 1 Line: 13E Compt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation jLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEE 95 1 1
Surveyed : 4/6/5 [ Reduced : 12/5/96 Plotted : 12/5/96
Page 77
Loop: 1 Line: 14E Compt: Hz
Secondary, (Chn - Hpc)/IHpl Point Norm.at x,y,z
1(1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Plotted : 12/5/96
Page 78
i 00— oo
r- GO
F- O>- o- o- GO
- o- o- GO
ro -o o
u GO
- o - o- o- GO
!
L
GO
o-oGO
Loop: 1 Line: 15ECompt: Hz
Secondary, (Chn - Hpc)/IHpl Point Norm. at x,y,z(1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle Lake For: International Precious Metals Corporation[LAMONTAGNEB^HifiHilfii9!^^9BI
Page 79
Loop: 1 Line: 16E
;Compt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 80
oo o o CO
CD Oo co
ooco
Oo CO
o o o CO
oo o'O CO
en o o CO
o o CO
ro o oCO
Loop: 1 Line: 17E Compt: Hz
;Secondary, (Chn - Ch1)/IHpl Point Norm.at x,y,z (1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD J 0 b
GEOPHYS1QUE LTEE 9611Surveyed : 4/6/7 Reduced : 12/5/96 Plotted : 12/5/96
Page 81
Loop: 1 Line:Compt: Hz
secondary, (Chn - Hpc)/iHpi UTEM Survey at: Eagle LakeFor: International Precious Metals Corporationft Point Norm.at x,y,z
(1000,1600,0)Base Freq. 30.974 Hz LAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE ITEE 9511Surveyed : 4/6/7 i Reduced : 12/5/96 Plotted : 12/5/96
Page 82
'— ro
- CD -o- o- CO
- CD
- O- CO
• o o CO
IV)o o CO
o o o co
00o o CO
COo o CO
X\I-
5
a
ri 0xP0^
IV)o o 1
o o CO
Loop: 1 Line: 19E Compt: Hz
secondary, (Chn - H Pc)/iHpi UTEM Survey at: Eagle LakePoint Norm.at x,y,z
|(1000,HFor: international Precious Metals Corporation~
I GEOPHYSICS LTD J 0b I GEOPHYSIQUE LTEE 9511
Surveyed : 4/6/4 Reduced : 12/5/96 Plotted : 12/5/96
Page 83
r
Loop: 1 | Line: 20E JGompt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 84
Loop: 1 jLine: 21 E Compt: Hz
Secondary, (Chn - Hpc)/IHpl[Point Norm.at x,y,z (1000,1600,0) Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
I GEOPHYSICS LTD ICEOPHYSIQUE Job
9611Surveyed : 4/6/6
Plotted : 12/5/96
Page 85
Loop: 1 Line: 22E Compt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEE gg1 1Surveyed : 4/6/6 i Reduced : 12/5/96; Plotted : 12/5/96 I
Page 86
; Loop: 1 Line: 24E Compt: Hz
|Secondary, (Chn - Hpc)/IHpl Point Norm.at x,y,z (1000,1600,0)
Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
Page 87
Loop: 1 jsecondary, (Chn - Hpc)/iH P i| UTEM Survey at: Eagle LakeLine: 23E Compt: Hz
Point Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
For: International Precious Metals CorporationLAMONTAGNE GEOPHYSICS LTD
GEOPHYSIQUE LTEE 9511
Surveyed : 4/6/6 Reduced : 12/5/95 Plotted : 12/5/96
Page 88
o-ooCO
00 OoCO
O5 O O CO
1V5o o
OO
I Loop: 1 iLine: 25E jCompt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
CO -
00o o CO
Page 89
- o- O
- o- GO
co o o GO
I
F coL_°I OE CO o
rooo£
/
\>;
it
/*!NT y
r -1I ?Ji ^
CD
Loop: 1 iLine: 26E Compt: Hz
Secondary, (Chn - Hpc)/IHplPoint Norm.at x,y,z(1000,1600,0)Base Freq. 30.974 Hz
UTEM Survey at: Eagle LakeFor: International Precious Metals Corporation
i LTDIGEOPHYSIQUELTEE
Surveyed : 4/6/7 Reduced : 12/5/96 Plotted : 12/5/96
Page 90
Appendix B
9611 Production Diary
UTEM Survey at Eagle Lake, Ontario
for
International Precious Metals Corporation
Page 91
9611 Production Diary UTEM Survey at Eagle Lake, Ontario
February 26 Mobilization
February 27 Mobilization
February 28 Mobilization
February 29 Mobilization
March 1
March 1,025m Hz
Loop 1
Rob Langridge packs gear and travels to Toronto to pick-up Phil Guimond. They continue on to Sudbury.
Rob and Phil drive to Terrace Bay in deteriorating conditions. Visibility is marginal due to blowing snow.
Stuck in Schrieber until 16:00 as the road is closed through to Nipigon. The road opens to restricted traffic - one car every 1.5 minutes. Icy conditions slowed progress and we stopped in Thunder Bay.
Icy conditions again slowed progress. We stopped in Dryden to talk with Dennis Sweany and to pick up maps and groceries. Dennis warned us of heavy slush on the lake. On to Birchdale Lodge to set up.
Snowmobiled out to the grid to check out the conditions. The ride is approximately 70 minutes from the lodge. We skidooed in three sides of the loop and returned to the lodge for wire. Skidoo trouble and the weather - windy with snow squals at times combining for whitc-outs - slowed us down. Eventually we transported the wire out to within 1km of the grid - stopped by night, heavy snow and some slush.
Repaired skidoo. Drove the truck and trailer Eagle Lake south of Eagle River and found an access point near Detour Point on the north shore of Temple Bay. Skidooed geophysical gear and wire out to the grid. One altercation with slush. Layed out loop - the front edge as a straight line at -500S. Surveyed one line with quite a bit of the line surveyed at 25m.
Line 600E 500S - 1525S To Date: 1.025km
Appendix B - Inlernalional Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 1
Page 92
March 3 5,000m Hz
Loop 1
March 4 5,550m Hz
Loop 1
March 5 5,150m Hz
Loop 1
March 6 5450m Hz
Loop 1
March 7 4175m Hz
Cold over night but good conditions for surveying. Surveyed 4 lines with quite a bit surveyed at 25m.
Line 700E800E
1500E1600E
500S - 1550S 500S-1600S 500S - 1900S 500S - 1950S
To Date: 6.025km
Cold over night but good conditions for surveying. Some ice cracking heard during the day and some slush but no trouble. Surveyed 4 lines with quite a bit surveyed at 25m.
Line 900E 1000E 1500E 1600E
500S- 1650S 500S - 1700S 500S - 2100S 500S - 2100S
To Date: 11.575km
Cold over night but good conditions for surveying. Some ice cracking heard during the day and some slush but no trouble. Surveyed 4 lines with quite a bit surveyed at 25m.
Line 1100E 1200E 1300E 1400E
500S - 1725S 500S - 1775S 500S- 1800S 500S - 1850S
To Date: 16.725km
Surveyed 4 lines with quite a bit surveyed at 25m. A major cracking of the lake resulted in slush holes appearing in the afternoon.
Line 2100E 2200E 2300E 2300E
500S - 2150S 500S - 1975S 500S - 1800S 500S- 1525S
To Date: 22.175km
Surveyed 4 lines with quite a bit surveyed at 25m. Windy and cold. More slush appeared. Picked up the loop which had frozen in in several places. Skidooed in a pad on Line
Appendix B - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 2
Page 93
1400E @ 1520S. Pulled all the gear off the lake.
Loop 1 Line 1700E 500S - 2000S1800E 500S - 2025S 2500E 500S - 1050S 2600E 500S - 1100S
To Date: 26.350km
March 8 Packed gear and started back towardsSudbury. Stopped at White River.
March 9 Arrived at Sudbury.
Appendix B - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 3
Page 94
Appendix C
Reduced Data Files
Page 95
REDUCED DATA FILESDATA FILE FORMAT
An example of a standard UTEM data file is:
6007.823478E2 7.862026E2 7.691314E2 6.781751E2 4.902651E2 1.514270E2 -2.756569E2 -5.372626E2 -6.270449E2 -6.920210E2
3.543459E-4 1.0000000000000000
7007.630606E2 7.349983E2 6.725795E2 5.313154E2 2.721035E2
-1.168353E2 -4.873122E2 -6.371236E2 -6.258996E2 -6.187860E2 2.491019E-4 1.000000 0000000000
800
Each record within these files has the following form:
labelcl c2 c3 c4 c5c6 c7 c8 c9 clOIHp l dcil 12 £3 14 15 16 17 18 19 110
A description of the elements of this record follow:
label: An integer value, not to exceed four digits, is used as a station label which along with the line label is used to find the coordinates of the station within the line file.The labels are correlated to the station numbers of the grid surveyed.Note: In this report all station labels are equal to the northing on the grid line.
cl-clO: All UTEM data are expressed as a percentage of a reference total field value.As measured by the UTEM coil, the raw observations are time derivatives of the transmitted primary waveform, expressed in volts and amperes, respectively. These raw data are converted to an equivalent magnetic field value that would be measured by a magnetometer sensor if a unit-ampere-square-wave AC-current were present in the transmitter loop. These raw values Chn c (iic=l--10);expressed as the equivalent magnetic field per unit current during the reduction process include a direct signal component from the transmitter loop as well as a secondary component from the presence of conductive bodies. The ten channel UTEM data (en) stored in the reduced data files are,
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - IZagle Lake pg 1
Page 96
therefore, ratios of these equivalent total field values normalised to the local computed primary field at the point of observation. Mathematically, these reduced data files are expressed as follows:
cn=(Chnc / I Hp I ) x 100% where n = 1....10
In this equation:
I Hp I is the total primary field strength per unit current as computed from the loop vertices and the station location.
dc is the ratio between the component of the primary field of the loop in the direction of measurement i.e. transverse, horizontal in-line or vertical direction for coil orientation and the magnitude of the total primary field strength:
dc=H^c / I H^ I : this ratio can be either a positive or negative value.
il-ilO are statistical codes which give estimates of the repeatability of the measurements. These statistical codes are defined as follows:
STATISTIC CODE ESTIMATED STANDARD DEVIATION
0 No estimate, only a single reading1 <0.1%
'• 2 0.1%-0.2%' 3 0.2%-0.5%
4 0.5%-1.0%5 1.0%-2.0%6 2.0%-5.0%7 5.0%-10.0%8 10.0%-20.0%9 >20.0%
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 2
Page 97
Loop/Line FilesThe following are the (x,y,z) (grid South, grid East, Up) coordinates of the vertices of transmitter Loop and the stations on Lines 600E-2600E as used in the reduction process.
Loop 1 (23 vertices)
cor# x(S) y(E) z(+UP)
1 500 600 02 500 700 03 500 800 04 500 900 05 500 1000 06 500 1100 07 500 1200 08 500 1300 09 500 1400 010 500 1500 011 500 1600 012 500 1700 013 500 1800 014 500 1900 015 i 500 2000 016 ' 500 2100 017 500 2200 018 500 2300 019 500 2400 020 500 2500 021 500 2600 022 -600 2600 023 -625 600 0
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 3
Page 98
Line 600Estation* x(S) y(E) z(+UP)
525 524.7 600 0550 549.4 600 0575 574.1 600 0600 598.8 600 0625 623.5 600 0650 648.2 600 0675 672.9 600 0700 697.6 600 0725 722.3 600 0750 747 600 0775 775 600 0800 800 600 0825 825 600 0850 850 600 0875 875 600 0900 900 600 0925 925 600 0950 950 600 0975 975 600 01000 1000 600 01025 1025 600 01050 1050 600 01075 1075 600 01100 1100 600 01125 1125 600 01150 1150 600 01175 1175 600 01200 1200 600 01225 - 1225 600 01250 1250 600 01275 1275 600 01300 1300 600 01325 i 1325 600 01350 j 1350 600 01375 i 1375 600 01400 1400 600 01425 1425 600 01450 1450 600 01475 1475 600 01500 1500 600 01525 1525 600 0
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 4
Page 99
Line 700Estation #
525550575600625650675700725750775800825850875900925950975100010251050107511001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650
x(S)527.88552.75577.63602.5
627.38652.25677.13
702726.88751.75776.63801.5
826.38851.25876.13
901925.88950.75975.631000.5
1025.381050.251075.13
11001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650
y(E)700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700700
Z(+UP)0000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 5
Page 100
Line 800Estation #
525550575600625650675700725750775800825850875900925950975100010251050107511001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650
X(S)527.88552.75577.63602.5
627.38652.25677.13
702726.88751.75776.63801.5
826.38851.25876.13
901925.88950.75975.631000.5
1025.381050.251075.13
11001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650
y(E)800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800700700
Z(+UP)0000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 6
Page 101
Line 900Estation #
525550575600625650675700725750775800825850875900925950975100010251050107511001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650
X(S)528.83553.67578.5
603.33628.17
653677.83702.67727.5
752.33777.17
802826.83851.67876.5
901.33926.17
951975.831000.671025.5
1050.331075.17
11001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650
y(E)900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900900
( + UP)0000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 7
Page 102
Line 1000Estation #
52555057560062565067570072575077580082585087590092595097510001025105010751100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700
X(S)512.54538.08563.63589.17614.71640.25665.79691.33716.88742.42767.96793.5
819.04844.58870.13895.67921.21946.75972.29997.83
1023.381048.921074.46
1100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700
y(E)100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000
z(+UP)000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 8
Page 103
Line 1100Estation #
52555057560062565067570072575077580082585087590092595097510001025105010751100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700 .1725
x(S)517.33542.67
568593.33618.67
644669.33694.67
720745.33770.67
796821.33846.67
872897.33922.67
948973.33998.671024
1049.331074.67
11001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725
y(E) 1100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100
z(+UP)000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 9
Page 104
Line 1200Estation #
52555057560062565067570072575077580082585087590092595097510001025105010751100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700172517501775
X(S)525.96550.92575.88600.83625.79650.75675.71700.67725.63750.58775.54800.5
825.46850.42875.38900.33925.29950.25975.21
1000.171025.131050.081075.04
1100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700172517501775
y(E)120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200120012001200
z(+UP)00000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 10
Page 105
Line 1300E
station #525550575600625650675700725750775800825850875900925950975100010251050107511001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800
X(S)530.75555.5
580.25605
629.75654.5
679.25704
728.75753.5
778.25803
827.75852.5
877.25902
926.75951.5
976.251001
1025.751050.5
1075.2511001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800
y(E)1300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300130013001300
z(+UP)0000000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 11
Page 106
Line 1400Estation^
52555057560062565067570072575077580082585087590092595097510001025105010751100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700172517501775180018251850
x(S)52555057560062565067570072575077580082585087590092595097510001025105010751100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700172517501775180018251850
y(E)140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400140014001400
Z( + UP)000000000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 12
Page 107
Line 1500Estation #
525550575600625650675700725750775800825850875900925950975100010251050107511001125115011751200122512501275130013251350137514001425145014751500152515501 5751600162516501675170017251750177518001825185018751900
X(S)528.83553.67578.5
603.33628.17
653677.83702.67727.5
752.33777.17
802826.83851.67876.5
901.33926.17
951975.831000.671025.5
1050.331075.17
110011251150117512001225125012751300132513501375140014251450147515001525155015751600162516501675170017251750177518001825185018751900
y(E)15001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500150015001500
Z(+UP)00000000000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 13
Page 108
Line 1600Estation #
525550575600625650675700725750775800825850875900925950975100010251050107511001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800182518501875190019251950
X(S)525.96550.92575.88600.83625.79650.75675.71700.67725.63750.58775.54800.5
825.46850.42875.38900.33925.29950.25975.211000.171025.131050.081075.04
11001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800182518501875190019251950
y(E)1600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600160016001600
Z(+UP)0000000000000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 14
Page 109
Line 1700Estation #
o2550751001251501752002252502753003253503754004254504755005255505756006256506757007257507758008258508759009259509751000102510501075110011251 15011751200122512501275130013251350137514001425145014751500152515501575
x(S)0
25.150.175.1
100.2125.2150.2175.2200.3225.3250.3275.3300.4325.4350.4375.4400.5425.5450.5475.5500
525.48550.46575.44600.42625.4
650.38675.35700.33725.31750.29775.27800.25825.23850.21875.19900.17925.15950.13975.1
1000.081025.061050.041075.02
11001125115011751200122512501275130013251350137514001425145014751500152515501575
y(E)170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017001700170017,0017001700170017001700
z(+UP)0000000000000000000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 15
Page 110
Line 1700E (cont)station* x(S) y(E) z(+UP)
1600 1600 1700 01625 1625 1700 01650 1650 1700 01675 1675 1700 01700 1700 1700 01725 1725 1700 01750 1750 1700 01775 1775 1700 01800 1800 1700 01825 1825 1700 01850 1850 1700 01875 1875 1700 01900 1900 1700 01925 1925 1700 01950 1950 1700 01975 1975 1700 02000 2000 1700 0
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 16
Page 111
Line 1800Estation #
52555057560062565067570072575077580082585087590092595097510001025105010751100112511501.1751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800182518501875190019251950197520002025
x(S)526.92551.83576.75601.67626.58651.5
676.42701.33726.25751.17776.08
801825.92850.83875.75900.67925.58950.5
975.421000.331025.251050.171075.08
11001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800182518501875190019251950197520002025
y(E)1800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800180018001800
z(+UP)0000000000000000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 17
Page 112
station #52555057560062565067570072575077580082585087590092595097510001025105010751100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700172517501775180018251850187519001925195019752000202520502075
X(S)525.48550.46575.44600.42625.4
650.38675.35700.33725.31750.29775.27800.25825.23850.21875.19900.17925.15950.13975.1
1000.081025.061050.041075.02
1100112511501175120012251250127513001325135013751400142514501475150015251550157516001625165016751700172517501775180018251850187519001925195019752000202520502075
Line 1900Ey(E) z(+UP)1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 1900 19CO 1900 1900 1900
000000000000000000000000000000000000000000000000000000000000000
2100 2100 1900 0 Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 18
Page 113
station #525550575600625650675700725750775800825850875900925950975100010251050107511001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800182518501875190019251950197520002025205020752100
X(S)527.88552.75577.63602.5
627.38652.25677.13
702726.88751.75776.63801.5
826.38851.25876.13
901925.88950.75975.631000.5
1025.381050.251075.13
11001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800182518501875190019251950197520002025205020752100
Line 2000Ey(E) z(+UP)2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 20PO 2000 2000 2000 2000
0000000000000000000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 19
Page 114
station #5255505756006256506757007257507758008258508759009259509751000102510501075110011251150117512001225125012751300132513501375140014251450147515001525155015751600162516501675170017251750177518001825185018751900192519501975200020252050207521002150
X(S)
525.96550.92575.88600.83625.79650.75675.71700.67725.63750.58775.54800.5
825.46850.42875.38900.33925.29950.25975.21
1000.171025.131050.081075.04
110011251150117512001225125012751300132513501375140014251450147515001525155015751600162516501675170017251750177518001825185018751900192519501975200020252050207521002150
Line 2100Ey(E) z(+UP)2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100 2UOO 2,100 2100 2100 2100 2100
00000000000000000000000000000000000000000000000000000000000000000
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 20
Page 115
Line 2200Estation #
550575625650675725775800825850875900925950975100010251050107511001125115011751200122512501275130013251350140014501500152515501575160016251650167517001725175018001850190019251975
x(S)561
585.5634.5659
683.5732.5781.5806
830.5855
879.5904
928.5953
977.51002
1026.51051
1075.511001125115011751200122512501275130013251350140014501500152515501575160016251650167517001725175018001850190019251975
y(E)220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200220022002200
Z(+UP) 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
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 21
Page 116
Line 2300Estation #
525550575600625650675700725750775800825850875900925950975100010251050107511001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800
X(S)528.83553.67578.5
603.33628.17
653677.83702.67727.5
752.33777.17
802826.83851.67876.5
901.33926.17
951975.83
1000.671025.5
1050.331075.17
11001125115011751200122512501275130013251350137514001425145014751500152515501575160016251650167517001725175017751800
y(E)2300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300230023002300
Z( + UP) 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 0 0
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 22
Page 117
Line 2400Estation #
5005255505756006256506757007257507758008258508759009259509751000102510501075110011251150117512001225125012751300132513501375140014251450147515001525
X(S)501
525.96550.92575.88600.83625.79650.75675.71700.67725.63750.58775.54800.5
825.46850.42875.38900.33925.29950.25975.211000.171025.131050.081075.04
110011251150117512001225125012751300132513501375140014251450147515001525
y(E)240024002400240024002400240024002400240024002400240024002400240024002400240024002400240024002400240024002400240024002400240024002400240024002400240024002400240024002400
Z(+UP) 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
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 23
Page 118
Line 2500Estation #
525550575600625650662675700725750775800825850875900925950975100010251050
X(S)526.92551.83576.75601.67626.58
651.5664
676.42701.33726.25751.17776.08
801825.92850.83875.75900.67925.58
950.5975.42
1000.331025.251050.17
y(E)25002500250025002500250025002500250025002500250025002500250025002500250025002500250025002500
Z( + UP) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 24
Page 119
Line 2600Estation # x(S) y(E) z(+UP)
525 525 2600 0550 550 2600 0575 575 2600 0600 600 2600 0625 625 2600 0650 650 2600 0675 675 2600 0700 700 2600 0725 725 2600 0750 750 2600 0775 775 2600 0800 800 2600 0825 825 2600 0850 850 2600 0875 875 2600 0900 900 2600 0925 925 2600 0950 950 2600 0975 975 2600 01000 1000 2600 01025 1025 2600 01050 1050 2600 01075 1075 2600 01100 1100 2600 0
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 25
Page 120
L1L600C3 Loopl Line 600E Component 3 - Hz
5509.6432526e+l 9.6547401e+l 9.6610611e+l 9.6754845e+l 9.6009354e+l 9.4103622e+l 9.0711998e+l 7.8167503e+l 7.1546371c+l 5.6758064e+l 1.5323707e-3 l.OOOOOOOe+01111111111
6009.7151657e+l 9.7292702e+l 9.7351410e+l 9.7842468e+l 9.7697746e+l 9.6519005e+l 9.1113419e+l 6.5443352e+l 3.9603016e+l 3.3553975e+0 7.2979828e-4 l.OOOOOOOe+01111111111
6509.8009590e+l 9.8082100e+l 9.8402557e+l 9.8764992e+l 9.7967247e+l 9.5081474e+l 8.4051704e+l 4.7806271e+l 1.1005243e+l -2.9761976e+l 4.6397533e-4 l.OOOOOOOe+01111111111
7009.8162987e+l 9.8543549e+l 9.8975807e+l 9.9793831e+l 9.9469452e+l 9.8926025e+l 8.7367805e+l 4.4844849e+l 1.7862338e+0 -4.0122307e+l 3.3220724e-4 l.OOOOOOOe+01111111111
7259.8429070e+l 9.8895622e+l 9.9379471e+l 1.0048595e+2 1.0118460e+2 1.0205170e+2 9.1842667e+l 4.3466797e+l -2.748351 le+0 -4.5922825e+l 2.8863319e-4 l.OOOOOOOe+0
1 1 1 ; 1 1 1 1 1 1 1750 i
9.8888054e+l 9.9415779e+l 1.0002292e+2 1.0120605e+2 1.0216631e+2 1.0545532e+2 9.5270477e+l 4.4001102e+l -5.0484385e+0 -5.1153500e+l 2.5396945e-4 l.OOOOOOOe+01111111111
7751.0236445e+2 1.0289246e+2 1.0336056e+2 1.0438129e+2 1.0460626e+2 1.0948650e+2 1.0301573e+2 5.7705730e+l 4.4774737e+0 -4.7544113e+l 2.2240645e-4 l.OOOOOOOe+01111111111
7751.0236887e+2 1.0294153e+2 1.0347177e+2 1.0463478e+2 1.0589464e+2 1.0870606e+2 1.0052734e+2 5.1022461e+l -8.5797191e-l -4.6915901e+l 2.2240645e-4 l.OOOOOOOe+011111111-11
8001.0002322e+2 1.0041641e+2 1.0081072e+2 1.0127079e+2 9.9417648e+l 1.0035236e+2 9.4284019e+l 5.6424442e+^ 1.0446459e+l -3.4433842e+l 1.9936168e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 26
Page 121
L1L600C3 Loopl Line 600E Component 3 - Hz (cont)
8009.9928482e+l 1.0045010e+2 1.0070529e+2 1.0141640e+2 1.0018864e+2 9.9518799e+l 9.1288307e+l 5.0892281e+l 8.3506422e+0 -3.5102139e+l 1.9936168e-4 l.OOOOOOOe+01111111111
8251.0147303e+2 1.0166677e+2 1.0188765e+2 1.0152231e+2 9.6852943e+l 9.0571030e+l 8.2390678e+l 5.3330692e+l 1.2700335e+l -3.1977903e+l 1.7999295e-4 l.OOOOOOOe+01111132324
8251.0147438e+2 1.0189259e+2 1.0213092e+2 1.0207042e+2 9.7946655e+l 8.9706703e+l 7.9405556e+l 4.7371002e+l 8.9229431e+0 -3.1692873e+l 1.7999295e-4 l.OOOOOOOe+01111111111
8509.9939667e+l 1.0000623e+2 9.9916389e+l 9.8847595e+l 9.1909172e+l 7.9191650e+l 6.2191555e+l 2.8614649e+l -7.9505124e+0 -4.5476124e+l 1.6350708e-4 l.OOOOOOOe+01111111111
8509.9921799e+l 1.0007635e+2 9.9894653e+l 9.9022346e+l 9.2669930e+l 7.8114227e+l 5.9425106e+l 2.1620346e+l -9.9446831e+0 -4.6567673e+l 1.6350708e-4 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 1875 i
9.9480545e+l 9.9333412e+l 9.8889206e+l 9.7480873e+l 8.8294220e+l 6.7515778e+l 3.2782898e+l -1.2576644e+l -4.2134693e+l -6.8607620e+l 1.4932263e-4 1 .OOOOOOOe+01111111111
9009.8527588e+l 9.8152458e+l 9.7643959e+l 9.5897293e+l 8.5111687e+l 5.7671986e+l 7.5726094e+0 -4.7468468e+l -7.3889832e+l -8.7921722e+l 1.3700384e-4 l.OOOOOOOe+01111111111
9259.7136650e+l 9.6520378e+l 9.5716324e+l 9.3443901e+l 8.0778557e+l 4.8876678e+l -8.2676458e+0 -6.2181259e+l -8.5503731e+l -9.7428474e+l 1.2621775e-4 l.OOOOOOOe+011111111-11
9509.6284981e+l 9.5495155e+l 9.4660667e+l,' 9.2000374e+l 7.7581696e+l 4.3952240e+l -1.5548816e+l -6.9145874e+l -9.0001038e+l -9.7879814e+l 1.1670565e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 27
Page 122
L1L600C3 Loopl Line 600E Component 3 - Hz (cont)
9759.5570190e+l 9.4989212e+l 9.3634377e+l 9.0871895e+l 7.5617149e+l 4.0375004e+l -1.6744358e+l -7.1420341e+l -8.6191376e+l -9.1389717e+l 1.0826337e-4 l.OOOOOOOe+01111111111
10009.5098007e+l 9.4217880e+l 9.2997086e+l 8.9576500e+l 7.4205070e+l 3.8299957e+l -1.7357061e+l -6.5870140e+l -8.5794518e+l -8.7959045e+l 1.0072788e-4 l.OOOOOOOe+01111111111
10259.5013237e+l 9.4241539e+l 9.2982109e+l 8.9408318e+l 7.3204063e+l 3.8044086e+l -1.5385814e+l -6.7649849e+l -7.8254128e+l -8.2609688e+l 9.3967217e-5 l.OOOOOOOe+01111343555
10509.4526405e+l 9.3695496e+l 9.2587143e+l 8.8591019e+l 7.2227097e+l 3.7706760e+l -1.3718916e+l -6.3551079e+l -8.1513672e+l -8.3127426e+l 8.7873632e-5 l.OOOOOOOe+01111111111
10759.4349510e+l 9.3857460e+l 9.2214706e+l 8.8415619e+l 7.1613869e+l 3.8116596e+l -1.3973477e+l -6.0649864e+l -7.7651726e+l -8.5721268e+l 8.2358194e-5 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 11100 j
9.4342812e+l 9.3624153e+l 9.2161095e+l 8.8579025e+l 7.1306389e+l 3.8114830e+l -1.1780450e+l -5.9708591e+l -7.4570633e+l -8.3242661e+l 7.7346886e-5 l.OOOOOOOe+01112231656
11259.4284958e+l 9.3444077e+l 9.2373367e+l 8.8311813e+l 7.1408096e+l 3.7991695e+l -1.3504419e+l -5.8407402e+l -7.4139008e+l -8.0810989e+l 7.2777657e-5 l.OOOOOOOe+01122224563
11509.3854561e+l 9.3198067e+l 9.2340363e+l 8.8310303e+l 7.1527061e+l 3.5943428e+l -1.3242500e+l -6.1019096e+l -7.7897118e+l -8.4794861e+l 6.8598041e-5 l.OOOOOOOe+011111111-11
12009.4096794e+l 9.3449142e+l 9.2552391e+l 8.9694466e+l 7.2521744e+l 3.4415676e+l -2.0749514e+l -6.2729309e+,l* -7.8295006e+l -8.4992004e+l 6.1235682e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 28
Page 123
L1L600C3 Loopl Line 600E Component 3 - Hz (cont)
12509.4070572e+l 9.3322418e+l 9.2522179e+l 9.0634575e+l 7.3639740e+l 3.1040400e+l -2.6803711e+l -6.2994705e+l -7.5168915e+l -7.9398926e+l 5.4973723e-5 l.OOOOOOOe+01111111111
12759.4335533e+l 9.3769112e+l 9.3336281e+l 9.1067566e+l 7.3780373e+l 3.0355570e+l -2.7620108e+l -6.3036850e+l -7.6834373e+l -7.8179367e+l 5.2186435e-5 l.OOOOOOOe+01111111111
13009.4294991e+l 9.3795311e+l 9.3352203e+l 9.0917778e+l 7.3456421e+l 2.4745554e+l -2.9740528e+l -6.6227432e+l -7.1972382e+l -8.0349174e+l 4.9598435e-5 l.OOOOOOOe+01111111111
13259.4201721e+l 9.3735573e+l 9.2978569e+l 9.1683289e+l 7.0510933e+l 1.7247282e+l -4.1415962e+l -7.2707748e+l -8.1416916e+l -9.0087173e+l 4.7190846e-5 l.OOOOOOOe+01111111111
13509.4177437e+l 9.3716408e+l 9.3407104e+l 9.1721481e+l 6.9254929e+l 8.1739483e+0 -5.2736160e+l -8.3688293e+l -8.5737808e+l -8.5506088e+l 4.4946959e-5 l.OOOOOOOe+0111,1111111
1375 I9.3979790e+l 9.3597015e+l 9.3726204e+l 9.2528137e+l 6.9296661e+l 5.9790678e+0 -5.7301178e+l -8.4056732e+l -8.7974236e+l -8.9942749e+l 4.2852069e-5 l.OOOOOOOe+01111111111
14009.4239304e+l 9.3847931e+l 9.3631119e+l 9.2728714e+l 7.0552124e+l 8.5701170e+0 -5.4181297e+l -8.0767906e+l -8.0843292e+l -8.9944786e+l 4.0893163e-5 l.OOOOOOOe+01111111111
14259.4086891e+l 9.3884224e+l 9.3823463e+l 9.3080811e+l 7.1762253e+l 1.2618858e+l -4.8642315e+l -7.7798225e+l -7.9803337e+l -8.3237335c+l 3.9058559e-5 l.OOOOOOOe+011111111-11
14509.4028839e+l 9.3592873e+l 9.3581360e+l 9.2738808e+l 7.1703209e+l 1.4781128e+l -4.2172657e+l -6.8851723e+f -8.2421028e+l -8.4557579e+l 3.7337919e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 29
Page 124
L1L600C3
14759.3956581e+l1.5500237e+l3.5721947e-5
1 11500
9.3653397e+l1.0789064e+l3.4202298e-5
1 11525
9.4050293e+l 7.3795581e+0 3.2771470e-5
1 2
Loopl
9.3564713e+l-4.5567635e+l l.OOOOOOOe+0 1 1 1
9.3562157e+l-4.5285942e+l l.OOOOOOOe+0 1 1 1
9.3748138e+l-5.2906582e+l l.OOOOOOOe+0 1 2 1
Line 600E Component 3 - Hz (cont)
9.3415192e+l 9.2658463e+l 7.1117493e+l -6.9286102e+l -7.5096512e+l -8.1858940e+l
1 1 1
9.3518044e+l 9.1826530e+l 7.0206055e+l -7.1193260e+l -7.9325577e+l -8.2442268e+l
1111 1
9.3885483e+l 9.2542542e+l 6.7637138e+l -7.8890381e+l -8.5062874e+l -9.0018776e+l
7
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 30
Page 125
L1L700C3 Loopl Line 700E Component 3 - Hz
5509.7724632e+l 9.7807907e+l 9.7754967e+l 9.7780914e+l 9.7411278e+l 9.7231041e+l 9.3463089e+l 8.4273415e+l 7.5267891e+l 5.5339073e+l 2.3361552e-3 l.OOOOOOOe+01111111111
6009.8904701e+l 9.9103355e+l 9.9180748e+l 9.9509544e+l 9.9431519e+l 1.0069086e+2 9.5903030e+l 7.6086624e+l 4.8892582e+l 9.4433813e+0 1.0132249e-3 l.OOOOOOOe+01111111111
6509.9140282e+l 9.9369026e+l 9.9536003e+l 1.0008930e+2 1.0058663e+2 1.04127266-1-2 1.0286665e+2 8.2967819e+l 5.0645828e+l 3.4484038e+0 6.0274353e-4 l.OOOOOOOe+01111111111
7009.9524338e+l 9.9899323e+l 1.0023325e+2 1.0099412e+2 1.0180278e+2 1.0823454e+2 1.1229743e+2 9.8294266e+l 6.3813030e+l 1.1942163e+l 4.1256731e-4 l.OOOOOOOe+01111111111
7259.9787888e+l 1.0022163e+2 1.0065227e+2 1.0112894e+2 1.0009476e+2 1.0183503e+2 9.6572243e+l 6.8373749e+l 2.8640589e+l -1.9196362e+l 3.5234189e-4 l.OOOOOOOe+0
111.; 1111111750 I
1.0002636e+2 1.0050381e+2 1.0094438e+2 1.0108558e+2 9.7032562e+l 9.0323349e+l 6.8289833e+l 1.9504969e+l -2.5028244e+l -6.3415489e+l 3.0551880e-4 l.OOOOOOOe+01111111111
7501.0006715e+2 1.0056648e+2 1.0098782e+2 1.0105473e+2 9.7287277e+l 8.9880157e+l 6.8192215e+l 1.9315781e+l -2.6637072e+l -6.0891315e+l 3.0551880e-4 l.OOOOOOOe+01111111111
7751.0025404e+2 1.0076316e+2 1.0134756e+2 1.0112540e+2 9.5576118e+l 8.4196922e+l 5.5313068e+l -1.2829509e+0 -4.6200207e+l -7.6972656e+l 2.6819771e-4 l.OOOOOOOe+01111111111
8001.0049857e+2 1.0100822e+2 1.0147609e+2 1.0123701e+2 9.5234215e+l 8.4471321e+l 6.1193550e+l 1.41092406+1* -3.0814411e+l -6.4993942e+l 2.3783698e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 31
Page 126
L1L700C3 Loopl Line 700E Component 3 - Hz (cont)
8251.0080135e+2 1.0137579e+2 1.0195940e+2 1.0155708e+2 9.5385574e+l 8.5811928e+l 6.9783775e+l 2.7251730e+l -1.0190054e+l -4.9444656e+l 2.1271525e-4 l.OOOOOOOe+01111111111
8501.0026386e+2 1.0081396e+2 1.0110676e+2 1.0037231e+2 9.3446419e+l 8.4411102e+l 7.3429924e+l 3.9318989e+l -8.0534878e+0 -4.3845074e+l 1.9162757e-4 l.OOOOOOOe+01111111111
8759.9828049e+l 1.0014263e+2 1.0029379e+2 9.9204239e+l 9.1639343e+l 8.0245399e+l 6.6595146e+l 2.9080072e+l -1.4585112e+l -5.2282021e+l 1.7370780e-4 l.OOOOOOOe+01111111111
9009.8632851e+l 9.8637627e+l 9.8711922e+l 9.7073265e+l 8.7367294e+l 7.2264465e+l 4.9254944e+l 5.8329964e+0 -3.2608261e+l -6.4259537e+l 1.5831781e-4 l.OOOOOOOe+01111111111
9259.7661034e+l 9.7441147e+l 9.6903267e+l 9.4720604e+l 8.3622063e+l 6.1334415e+l 2.5815872e+l -2.2232706e+l -5.4997032e+l -7.2634796e+l 1.4497759e-4 l.OOOOOOOe+0lllill 11111
950 |9.6401733e+l 9.5791077e+l 9.5070511e+l 9.2114716e+l 7.8997002e+l 4.9554573e+l 2.6940937e+0 -4.5514946e+l -6.5842522e+l -7.7418091e+l 1.3332025e-4 l.OOOOOOOe+01111111111
9759.5385399e+l 9.4475128e+l 9.3405968e+l 9.0191528e+l 7.4819984e+l 4.0038940e+l -1.3197158e+l -6.0150471e+l -7.5433449e+l -7.9970818e+l 1.2305970e-4 l.OOOOOOOe+01111111111
10009.4499794e+l 9.3452507e+l 9.2333679e+l 8.8392303e+l 7.1715797e+l 3.4102932e+l -2.1156906e+l -6.6268013e+l -7.8699959e+l -8.3493828c+l 1.1397077e-4 l.OOOOOOOe+011111111-11
10259.4030235e+l 9.3002037e+l 9.1897057e+l 8.7576630e+l 6.9713753e+l 3.1645500e+l -2.5276503e+l -6.7549828e+l* -7.8024284e+l -8.2031258e+l 1.0587317e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 32
Page 127
L1L700C3 Loopl Line 700E Component 3 - Hz (cont)
10509.3881332e+l 9.2847198e+l 9.1547073e+l 8.7219521e+l 6.9929169e+l 3.0063932e+l -2.6526890e+l -6.6545540e+l -7.9282394e+l -8.2541183e+l 9.8621349e-5 l.OOOOOOOe+01111111111
11009.3448532e+l 9.2446358e+l 9.1412979e+l 8.7552094e+l 7.0747368e+l 2.8387873e+l -2.9485611e+l -6.5160309e+l -7.7186035e+l -8.4609406e+l 8.6200998e-5 l.OOOOOOOe+01111111111
11259.3223862e+l 9.2355377e+l 9.1327873e+l 8.8399979e+l 7.1203316e+l 2.8988338e+l -2.9710604e+l -7.0014091e+l -7.4588463e+l -7.9907448e+l 8.0827274e-5 l.OOOOOOOe+01111111111
11509.3106750e+l 9.2193680e+l 9.1696709e+l 8.8641006e+l 7.2667656e+l 2.9170458e+l -3.1336748e+l -6.6493622e+l -7.4993256e+l -7.5491592e+l 7.5937452e-5 l.OOOOOOOe+01111111111
11759.3322556e+l 9.2547768e+l 9.1697311e+l 8.9466171e+l 7.2450966e+l 2.9147699e+l -3.0477768e+l -6.8035095e+l -7.9364182e+l -7.8644569e+l 7.147331 le-5 l.OOOOOOOe+0lllilllllll
1200 |9.3200142e+l 9.2425598e+l 9.1646706e+l 8.8669540e+l 7.2175949e+l 2.6694275e+l -3.1727854e+l -6.6671341e+l -7.8721489e+l -7.6923355e+l 6.7385234e-5 l.OOOOOOOe+01111111111
12259.3217110e+l 9.2533249e+l 9.1434319e+l 8.8770065e+l 7.0278671e+l 2.3784077e+l -3.5181561e+l -6.7279457e+l -7.8665573e+l -8.8902657e+l 6.3630941e-5 l.OOOOOOOe+01111111111
12509.3136070e+l 9.2367363e+l 9.1571243e+l 8.8516373e+l 6.9977623e+l 2.3878521e+l -3.4698849e+l -6.8293404e+l -7.7790565e+l -8.4525986e+l 6.0174254e-5 l.OOOOOOOe+011111111-11
12759.3414139e+l 9.2729904e+l 9.2054092e+l 8.8563675e+l 6.9280998e+l 2.2989063e+l -3.4709953e+l -6.8265556e+l" -7.4705696e+l -8.4705757e+l 5.6983536e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 33
Page 128
L1L700C3 Loopl Line 700E Component 3 - Hz (cont)
13009.3453178e+l 9.2634468e+l 9.1935440e+l 8.8792175e+l 6.8887085e+l 1.8444267e+l -3.9444733e+l -7.0788010e+l -7.4881767e+l -8.2762466e+l 5.4031741e-5 l.OOOOOOOe+01111111111
13259.3255035e+l 9.2721359e+l 9.1961464e+l 8.8951340e+l 6.7226112e+l 1.2685559e+l -4.6773426e+l -7.5867752e+l -7.7327621e+l -8.8238594e+l 5.1295057e-5 l.OOOOOOOe+01111111111
13509.3358856e+l 9.2787781e+l 9.2054008e+l 8.8427559e+l 6.5668167e+l 5.5394192e+0 -5.5651356e+l -8.1517136e+l -8.4756760e+l -9.0488113e+l 4.8753005e-5 l.OOOOOOOe+01111111111
13759.2897751e+l 9.2417442e+l 9.2134552e+l 8.8652153e+l 6.4027023e+l 9.3014723e-l -6.0961121e+l -8.4232292e+l -8.5429222e+l -9.1252419e+l 4.6386995e-5 l.OOOOOOOe+01111111111
14009.3062424e+l 9.2503731e+l 9.1777252e+l 8.8783340e+l 6.2811203e+l 1.0277820e+0 -6.0938850e+l -8.8740944e+l -8.7768288e+l -8.6202377e+l 4.4181234e-5 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 1 1450 I
9.3264740e+l 9.2844910e+l 9.2042679e+l 8.9197311e+l 6.5744972e+l 9.3612413e+0 -4.8268791e+l -7.5216164e+l -8.0148323e+l -8.5650154e+l 4.0194285e-5 l.OOOOOOOe+01111111111
14759.3215256e+l 9.2751198e+l 9.2308548e+l 8.9301636e+l 6.6253693e+l 9.8913317e+0 -4.6327518e+l -7.2111130e+l -8.0921036e+l -8.2075890e+l 3.8389331e-5 l.OOOOOOOe+01111111111
15009.3449181e+l 9.3068382e+l 9.2376572e+l 8.9720779e+l 6.5636772e+l 7.5469937e+0 -4.9821968e+l -7.7481911e+l -8.0634811e+l -8.1741692e+l 3.6696129e-5 l.OOOOOOOe+011111111-11
15509.3732216e+l 9.3477142e+l 9.3023369e+l, 9.0295776e+l 6.4976448e+l
-1.5142903e+0 -5.7858654e+l -8.8396912e+.l -8.7341743e+l -9.2990372e+l 3.3609995e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 34
Page 129
L1L800C3 Loopl Line 800E Component 3 - Hz
5509.0986649e+l 9.1077248e+l 9.1095558e+l 9.1147369e+l 9.042121 le+1 8.8480659e+l 8.3351158e+l 7.2973366e+l 6.0722950e+l 4.4171528e+l 2.5845438e-3 l.OOOOOOOe+01111111111
6009.4628365e+l 9.4775627e+l 9.4881393e+l 9.4963646e+l 9.3369125e+l 8.9355446e+l 7.8475418e+l 5.3564857e+l 2.5820173e+l -6.1505337e+0 1.1679290e-3 l.OOOOOOOe+01111111111
6259.5714890e+l 9.5935951e+l 9.6075813e+l 9.6246063e+l 9.4950325e+l 9.2331802e+l 8.4215530e+l 6.4327003e+l 3.8779911e+l 6.1854725e+0 8.8620873e-4 l.OOOOOOOe+01111111111
6509.6475433e+l 9.6763130e+l 9.6942345e+l 9.7200386e+l 9.6217079e+l 9.5020195e+l 9.0315536e+l 7.4231560e+l 4.8975262e+l 1.5265680e+l 7.0186058e-4 l.OOOOOOOe+01111111111
6759.6938950e+l 9.7342163e+l 9.7545914e+l 9.7923416e+l 9.7036217e+l 9.6899330e+l 9.3369263e+l 7.6784256e+l 4.9785843e+l 1.1548048e+l 5.7317119e-4 l.OOOOOOOe+0lllilllllll
700 i9.7602051e+l 9.8009178e+l 9.8365074e+l 9.8663399e+l 9.8082748e+l 9.8438332e+l 9.6782150e+l 7.8350708e+l 4.7337711e+l 4.6437702e+0 4.7904800e-4 l.OOOOOOOe+01111111111
7259.8204849e+l 9.8654160e+l 9.9079956e+l 9.9487099e+l 9.8772621e+l 9.9440857e+l 9.7131973e+l 7.6664940e+l 3.9957230e+l -5.1898823e+0 4.0771966e-4 l.OOOOOOOe+01111111111
7509.8451965e+l 9.9066551e+l 9.9553123e+l 1.0000073e+2 9.8508446e+l 9.7840462e+l 9.1158966e+l 6.1132603e+l 1.9733335e+l -2.4050266e+l 3.5212733e-4 l.OOOOOOOe+011111111-11
7759.8915848e+l 9.9609856e+l 1.0011875e+2, 1.0047224e+2 9.8092865e+l 9.5252754e+l 8.3545959e+l 4.2605396e+l -5.4807937e-l -4.1150124e+l 3.0779929e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 35
Page 130
L1L800C3 Loopl Line 800E Component 3 - Hz (cont)
8009.9594109e+l 1.0038524e+2 1.0091424e+2 1.0129146e+2 9.8329781e+l 9.4619179e+l 7.9759666e+l 3.1911585e+l -1.3062762e+l -5.2224094e+l 2.7177681e-4 l.OOOOOOOe+01111111111
8259.9838402e+l 1.0064945e+2 1.0127567e+2 1.0176676e+2 9.8986427e+l 9.6094330e+l 8.3221642e+l 3.3566425e+l -1.3967591e+l -5.1700619e+l 2.4203131e-4 l.OOOOOOOe+01111111111
8501.0031068e+2 1.0118474e+2 1.0183884e+2 1.0235579e+2 9.9706291e+l 9.8252182e-t-l 8.6038460e+l 3.2852436e+l -1.3639079e+l -5.2968105e+l 2.1713050e-4 l.OOOOOOOe+01111111111
8751.0075916e+2 1.0156715e+2 1.0232072e+2 1.0273608e+2 1.0027731e+2 1.0011806e+2 8.7703590e+l 3.2088360e+l -1.9212793e+l -5.8252628e+l 1.9603685e-4 l.OOOOOOOe+01111111111
9001.0065424e+2 1.0139785e+2 1.0189317e+2 1.0243358e+2 9.9726868e+l 9.9987022e+l 8.4565323e+l 2.4490292e+l -2.4548147e+l -6.0682636e+l 1.7798260e-4 l.OOOOOOOe+0111 i 1111111
925 |9.9718094e+l 1.0014810e+2 1.0041808e+2 1.0022182e+2 9.6212112e+l 9.1188431e+l 6.6997482e+l 6.5165887e+0 -3.6519135e+l -6.6162476e+l 1.6238847e-4 l.OOOOOOOe+01111111111
9509.8619736e+l 9.8549629e+l 9.8103386e+l 9.7886734e+l 9.0879868e+l 7.6633514e+l 4.1704872e+l -1.5836922e+l -5.0583057e+l -7.4048882e+l 1.4881029e-4 l.OOOOOOOe+01111111111
9759.6878891e+l 9.6272491e+l 9.5704102e+l 9.4188950e+l 8.4175125e+l 6.1887863e+l 1.6782782e+l -3.6294880e+l -6.2166611e+l -7.5094101e+l 1.3690208e-4 l.OOOOOOOe+011111111-11
10009.5900513e+l 9.5069679e+l 9.4154816e+l 9.1865715e+l 7.9853699e+l 4.9118931e+l -1.3125092e+0 -4.8147022e+l' -6.9505943e+l -7.6492706e+l 1.2639095e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 36
Page 131
L1L800C3 Loopl Line 800E Component 3 - Hz (cont)
10259.4978157e+l 9.4009338e+l 9.3197891e+l 9.0417679e+l 7.6732292e+l 3.9664585e+l -1.5964577e+l -5.5542091e+l -7.1462631e+l -7.9967667e+l 1.1705894e-4 l.OOOOOOOe+01111111111
10509.4123192e+l 9.3242035e+l 9.2262962e+l 8.9607445e+l 7.4955132e+l 3.2347240e+l -2.6215063e+l -6.2395382e+l -7.6490791e+l -8.0769913e+l 1.0872999e-4 l.OOOOOOOe+01111111111
10759.3760498e+l 9.2821655e+l 9.1783417e+l 8.9396988e+l 7.3498642e+l 2.6655890e+l -3.3729630e+l -7.1539223e+l -7.7368164e+l -8.0518219e+l 1.0126085e-4 l.OOOOOOOe+01132114431
11009.3195457e+l 9.2067398e+l 9.1512009e+l 8.9429443e+l 7.3343300e+l 2.3802759e+l -4.0331596e+l -7.2397026e+l -8.3322548e+l -8.2282913e+l 9.4533367e-5 l.OOOOOOOe+01111111111
11509.3028534e+l 9.2104805e+l 9.1391197e+l 8.9478325e+l 7.4147896e+l 2.8605799e+l -3.0577604e+l -6.4208817e+l -7.0504082e+l -7.852671 le+1 8.2874765e-5 l.OOOOOOOe+0111:1111111
1200 j9.2583427e+l 9.2236473e+l 9.1263664e+l 8.9639549e+l 7.4339622e+l 2.9974920e+l -2.6824291e+l -6.2444229e+l -6.7568527e+l -7.8965210e+l 7.3216332e-5 l.OOOOOOOe+01111111111
12509.2702240e+l 9.1834282e+l 9.1354874e+l 8.8895081e+l 7.2234467e+l 2.2670284e+l -3.3752357e+l -6.7015015e+l -7.2435005e+l -8.0543320e+l 6.5116314e-5 l.OOOOOOOe+01111111111
12759.2961014e+l 9.2307602e+l 9.1620567e+l 8.9302399e+l 7.0647652e+l 1.9202793e+l -3.8282879e+l -7.1652168e+l -7.6915375e+l -7.9856293e+l 6.1546176e-5 l.OOOOOOOe+011111111-11
13009.2865952e+l 9.2217865e+l 9.1490974e+l 8.8977699e+l 6.8895027e+l 1.4509893e+l -4.2194668e+l -7.62084886+1* -8.5002846e+l -8.0164291e+l 5.8251226e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 37
Page 132
L1L800C3 Loopl Line 800E Component 3 - Hz (cont)
13259.2962898e+l 9.2364326e+l 9.1533928e+l 8.8999756e+l 6.6997627e+l 9.9039354e+0 -4.9805660e+l -7.8789406e+l -7.8369057e+l -7.8732506e+l 5.5203665e-5 l.OOOOOOOe+01111111111
13509.3076866e+l 9.2331528e+l 9.1679596e+l 8.8745102e+l 6.5171722e+l 6.4533119e+0 -5.4699253e+l -7.9116852e+l -8.3065117e+l -8.7380814e+l 5.2379051e-5 l.OOOOOOOe+01111111111
13759.2957870e+l 9.2264748e+l 9.1524010e+l 8.8171684e+l 6.3654510e+l 2.0491464e+0 -5.6685108e+l -7.9978035e+l -8.5380920e+l -8.8977356e+l 4.9755898e-5 l.OOOOOOOe+01111111111
14009.2880241e+l 9.2493408e+l 9.1741158e+l 8.8263779e+l 6.2858997e+l 2.5446692e+0 -5.6445774e+l -8.5601364e+l -8.8065193e+l -8.5781441e+l 4.7315385e-5 l.OOOOOOOe+01111111111
14259.2816757e+l 9.2287216e+l 9.1808258e+l 8.8054337e+l 6.3090286e+l 2.2784855e+0 -5.5482029e+l -8.0483055e+l -8.6232376e+l -8.4846191e+l 4.5040873e-5 l.OOOOOOOe+0111 i 1111111
1450 j9.3101562e+l 9.2708847e+l 9.2068039e+l 8.8695381e+l 6.3858650e+l 4.9722886e+0 -5.2937542e+l -7.7782532e+l -8.9778450e+l -8.4755196e+l 4.2917574e-5 l.OOOOOOOe+01111111111
1500 9.3376289e+l 9.2579704e+l 9.1806244e+l 8.7838470e+l 5.8646706e+l
-4.9862752e+0 -6.4348633e+l -9.0722313e+l -8.5556068e+l -8.4908005e+l 3.9073668e-5 l.OOOOOOOe+01111111111
1550 9.3355278e+l 9.3204468e+l 9.2198395e+l 8.7859314e+l 5.2246613e+l
-2.1541796e+l -8.4993233e+l -1.0813750e+2 -1.1277755e+2 -1.0424462e+2 3.5694458e-5 l.OOOOOOOe+01111111111
1600 9.3877953e+l 9.3346672e+l 9.2798355e+l 8.8651817e+l 5.6857830e+l
-9.3347359e+0 -6.9164856e+l -9.3533920e+l -9.2424316e+l -9.5632866e+l 3.2708587e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 38
Page 133
L1L900C3 Loopl Line 900E Component 3 - Hz
5509.4534309e+l 9.4608055e+l 9.4627754e+l 9.4683701e+l 9.4414223e+l 9.3978790e+l 9.2553047e+l 8.9830696e+l 8.4270821e+l 6.9118988e+l 2.6334536e-3 l.OOOOOOOe+01111111111
6009.6858612e+l 9.7046242e+l 9.7093636e+l 9.7104301e+l 9.5619843e+l 9.2134392e+l 8.4257774e+l 6.7297615e+l 4.6533947e+l 1.5124193e+l 1.2325273e-3 l.OOOOOOOe+01111111111
6509.8096809e+l 9.8389816e+l 9.8521652e+l 9.8550552e+l 9.6207321e+l 9.1754890e+l 8.1363678e+l 5.7012981e+l 2.9093266e+l -6.5891066e+0 7.5521501e-4 l.OOOOOOOe+01111111111
6759.8466995e+l 9.8776268e+l 9.9021294e+l 9.9084114e+l 9.7135475e+l 9.3963081e+l 8.5549843e+l 5.9312363e+l 2.9137897e+l -8.7007294e+0 6.2050309e-4 l.OOOOOOOe+01111111111
7009.8903358e+l 9.9301857e+l 9.9587601e+l 9.9814339e+l 9.8397491e+l 9.6864822e+l 9.0212784e+l 6.2038555e+l 2.7197798e+l -1.3396780e+l 5.2084477e-4 l.OOOOOOOe+0111.: 1111111
725 ;'
9.9142738e+l 9.9620178e+l 9.9957565e+l 1.0030497e+2 9.9322662e+l 9.9699211e+l 9.4318863e+l 6.1971756e+l 2.1877382e+l -2.0838203e+l 4.4458409e-4 l.OOOOOOOe+01111111111
7509.9560768e+l 1.0011989e+2 1.0051805e+2 1.0103300e+2 1.0051995e+2 1.0212506e+2 9.7285728e+l 5.9968040e+l 1.7092562e+l -2.8033482e+l 3.8466367e-4 l.OOOOOOOe+01111111111
7759.9930519e+l 1.0055008e+2 1.0108761e+2 1.0163381e+2 1.0132739e+2 1.0387505e+2 9.8804237e+l 5.5529007e+l 1.0161767e+l -3.4881752e+l 3.3656685e-4 l.OOOOOOOe+01111111111
8001.0017352e+2 1.0093750e+2 1.0151687e+2 1.0227483e+2 1.0200500e+2 1.0537405e+2 9.6445549e+l 4.7022583e+l ¥ -1.6293752e+0 -4.4207417e+l 2.9727400e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation -1996 UTEM Survey - Eagle Lake pg 39
Page 134
L1L900C3 Loopl Line 900E Component 3 - Hz (cont)
8251.0048798e+2 1.0130164e+2 1.0201297e+2 1.0285368e+2 1.0268771e+2 1.0601835e+2 9.2059509e+l 3.3878086e+l -1.3979453e+l -5.2798866e+l 2.6469314e-4 l.OOOOOOOe+01111111111
8501.0073627e+2 1.0148558e+2 1.0232034e+2 1.0336343e+2 1.0328693e+2 1.0447383e+2 8.4749413e+l 1.9998316e+l -2.5463995e+l -6.1914364e+l 2.3733202e-4 l.OOOOOOOe+01111111111
8751.0111800e+2 1.0197233e+2 1.0279582e+2 1.0402539e+2 1.0346092e+2 1.0246809e+2 7.6215149e+l 7.0800056e+0 -3.6600418e+l -6.6760361e+l 2.1409981e-4 l.OOOOOOOe+01111111111
9251.0081633e+2 1.0159239e+2 1.0238184e+2 1.0332389e+2 1.0086853e+2 9.0251015e+l 4.7465202e+l -2.0358543e+l -5.2724518e+l -7.2691429e+l 1.7695990e-4 l.OOOOOOOe+01111123352
9509.9911583e+l 1.0047670e+2 1.0084542e+2 1.0158225e+2 9.6894890e+l 7.9821075e+l 3.1027468e+l -3.3130676e+l -6.1744354e+l -7.5682693e+l 1.6195480e-4 l.OOOOOOOe+0111 •• 1111111
9509.9988892e+l 1.0052372e+2 1.0094897e+2 1.0152499e+2 9.7510170e+l 7.9909508e+l 2.9709251e+l -3.1771830e+l -5.8483124e+l -7.5987572e+l 1.6195480e-4 l.OOOOOOOe+01111111111
9759.8980171e+l 9.9097534e+l 9.9132713e+l 9.9063866e+l 9.2104622e+l 6.7974205e+l 1.4180116e+l -4.1524197e+l -6.5444992e+l -7.8347366e+l 1.4879210e-4 l.OOOOOOOe+0illlllllll
9759.8966164e+l 9.9093559e+l 9.9062424e+l 9.8871971e+l 9.2286339e+l 6.7979599e+l 1.3728323e+l -4.2930500e+l -6.5467255e+l -7.8484756e+l 1.4879210e-4 l.OOOOOOOe+0Illlllllll
10009.7599770e+l 9.7332413e+l 9.6854652e+l 9.6152573e+l 8.6143028e+l 5.4363781e+l -5.5433884e+0 -5.4190254e+l" -6.9721626e+l -8.1879761e+l 1.3717452e-4 l.OOOOOOOe+0Illlllllll
Appendix C - International Precious Metals Corporation - 1996 LJTEM Survey - Eagle Lake pg 40
Page 135
L1L900C3 Loopl Line 900E Component 3 - Hz (cont)
10009.7670776e+l5.3775375e+l1.3717452e-4
1 11025
9.6276756e+l3.8858555e+l1.2686371e-4
1 11025
9.6358376e+l3.9690365e+l1.2686371e-4
1 11050
9.5290565e+l2.8578306e+l1.1766620e-4
1 11075
9.4526550e+l2.5633347e+l1.0942388e-4
1 11100
9.3772743e+l2.5599529e+l1.0200624e-4
1 11125
9.3277527e+l2.7189480e+l9.5261974e-5
1 11150
9.3244194e+l2.9834894e+l8.9150730e-5
1 11175
9.3047264e+l3.1253336e+l8.3594539e-5
1 1
9.7367134e+l-4.1027908e+0 l.OOOOOOOe+0 1 1 1
9.5680992e+l-2.3250546e+l l.OOOOOOOe+0 1 1 1
9.5851242e+l-2.3612478e+l l.OOOOOOOe+0 1 1 1
9.4620308e+l-3.6140118e+l l.OOOOOOOe+0 1 1 1
9.3779343e+l-4.0145855e+l l.OOOOOOOe+0 lil 1
9.2872215e+l-3.9620266e+l l.OOOOOOOe+0 1 1 1
9.2429527e+l-3.5345047e+ll.OOOOOOOe+0111
9.2359436e+l-3.2034740e+l l.OOOOOOOe+0 1 1 1
9.2285255e+l-2.7899101e+l l.OOOOOOOe+0 1 1 1
9.6934990e+l-5.3024734e+l
1 1 1
9.5004745e+l-6.4843483e+l
1 1 1
9.5120804e+l-6.5740997e+l
1 1 1
9.3748489e+l-7.5746429e+l
1 1 1
9.3049576e+l -7.4685715e+l
1 1
9.2233223e+l -7.6119980e+l
1 1
9.1809578e+l -6.8358459e+l
9.1804642e+l-6.3823341e+l
111
9.1504616e+l .-6.3385334e+l.
1 1 1
9.6240768e+l-7.0984993e+l
1 1
9.3685600e+l-7.6229332e+l
9.3772835e+l-7.7942383e+l
1 1
9.17944036+1-7.8962852e+l
1 1
9.1263428e+l-7.7980011e+l
1 1
9.0407547e+l-7.9739891e+l
1 1
9.0072777e+l-7.8036423e+l
1 1
9.0253822e+l-7.4328064e+l
1 1
,9.0268967e+l-6.9646080e+l
1 1
8.6380348e+l -7.7833763e+l
8.0633263e+l -8.2265015e+l
8.0521248e+l -8.13103416+1
7.6967171e+l -8.2450699e+l
7.5429070e+l -8.2479683e+l
7.5261749e+l -8.07108996+1
7.5257607e+l -8.3304054e+l
7.5709282e+l -7.8189690e+l
7.6176888e+l -7.7575249e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 41
Page 136
L1L900C3 Loopl Line 900E Component 3 - Hz (cont)
12009.2881874e+l 9.2068802e+l 9.1442093e+l 9.0156654e+l 7.6274254e+l 3.1912796e+l -2.6303261e+l -6.2344246e+l -7.5113548e+l -7.8568459e+l 7.8527104e-5 l.OOOOOOOe+01111111111
12259.2803497e+l 9.2063248e+l 9.1385345e+l 9.0155441e+l 7.7369423e+l 3.2962212e+l -2.4457748e+l -6.2319569e+l -6.9714851e+l -7.8698532e+l 7.3892086e-5 l.OOOOOOOe+01111111111
12509.2565048e+l 9.1848511e+l 9.1170303e+l 9.0155571e+l 7.7881500e+l 3.4118263e+l -2.2863276e+l -6.0441101e+l -6.4715820e+l -7.2389198e+l 6.9641035e-5 l.OOOOOOOe+01111111111
12759.2664993e+l 9.1968102e+l 9.1314346e+l 9.0136261e+l 7.7370132e+l 3.2757175e+l -2.1735270e+l -6.1271202e+l -6.7808884e+l -7.6317139e+l 6.5732398e-5 l.OOOOOOOe+01111111111
13009.2546799e+l 9.1865074e+l 9.1235565e+l 8.9503006e+l 7.4388062e+l 2.8239586e+l -2.7719919e+l -5.9416176e+l -7.1842781e+l -8.0899704e+l 6.2129955e-5 l.OOOOOOOe+0111:1111111
1325 I9.2640381e+l 9.1913788e+l 9.1328712e+l 8.8785812e+l 7.1460655e+l 1.9765369e+l -3.5525589e+l -6.8229630e+l -7.5765182e+l -7.6602921e+l 5.8802478e-5 l.OOOOOOOe+01111111111
13509.2872185e+l 9.2093811e+l 9.1324211e+l 8.8122200e+l 6.6617630e+l 1.0343745e+l -4.6045277e+l -7.8948372e+l -7.7352661e+l -7.9716431e+l 5.5722485e-5 l.OOOOOOOe+01111111111
13759.2814911e+l 9.2185371e+l 9.1242126e+l 8.7300774e+l 6.1694881e+l 1.6840191e+0 -5.5154175e+l -8.3859161e+l -8.3435051e+l -8.2564613e+l 5.2866068e-5 l.OOOOOOOe+01111111111
14009.2851685e+l 9.2132729e+l 9.1431320e+l 8.6921364e+l 5.9772213e+l
-1.2597093e-l -5.8408295e+l -8.4826691e+l"-8.3011597e+l -8.1329338e+l 5.0212009e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 42
Page 137
L1L900C3 Loopl Line 900E Component 3 - Hz (cont)
1425 9.2904358e+l-8.1709242e-l 4.7741782e-5
1 1 1450
9.3095215e+l-5.8479805e+0 4.5438745e-5
1 1 1475
9.3014145e+l-1.4831664e+l 4.3288241e-5
1 1 1525
9.3661064e+l-2.9078896e+l 3.9394079e-5
1 1 1575
9.3258034e+l-3.5427246e+l 3.5970101e-5
1 1 1625
9.3230217e+l-2.6891382e+l 3.2944547e-5
1 1 1650
9.3469162e+l-2.5961872e+l3.1562449e-5
1 1
9.2346123e+l-5.6807793e+l l.OOOOOOOe+0 1 1 1
9.2547813e+l-6.2097389e+l l.OOOOOOOe+0 1 1 1
9.2444710e+l-7.2415817e+l l.OOOOOOOe+0 1 1 1
9.3095619e+l-8.7372368e+l l.OOOOOOOe+0 1 1 1
9.2737320e+l-8.7342903e+l l.OOOOOOOe+0 1 i 1 1
9.2874092e+l-8.07739036+1 l.OOOOOOOe+0 1 1 1
9.3147728e+l-7.3599777e+l l.OOOOOOOe+0 1 1 1
9.1426224e+l-8.18387306+1
1 1 1
9.1691063e+l-8.6313461e+l
1 1 1
9.1381676e+l-9.4922333e+1
1 1 1
9.2001900e+l-1.0994954e+2
1 1
9.1693626e+l-1.1062649e+2
1 1 1
9.1443359e+l-9.5224937e+l
1 1 1
9.1958130e+l -9.50043186+1
1 1 1
8.7189529e+l-7.9658783e+l
1 1
8.6892075e+l-9.08388376+1
1 1
8.5973045e+l-9.2625099e+l
1 1
8.4705383e+l-1.02384796+2
8.3490608e+l-1.0991378e+2
1 1
8.3630379e+l-9.4986069e+l
1 1
8.4059814e+l-8.7200333e+l
1 1
5.9757839e+l -8.6020859e+l
5.7506886e+l -8.87631236+1
5.3185055e+l -8.6730797e+l
4.6209526e+l -9.6912712e+l
4.2018387e+l -9.9518456e+l
4.4218216e+l -9.4659035e+l
4.43511546+1 -9.1742668e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 43
Page 138
L1L1000C3 Loopl Line 1000E Component 3 - Hz
5509.3109482e+l 9.3193398e+l 9.3277481e+l 9.3387894e+l 9.3768486e+l 9.4948647e+l 9.6459045e+l 9.7274391e+l 9.4436470e+l 8.4411301e+l 3.8935530e-3 l.OOOOOOOe+01111111111
6009.6073868e+l 9.6229797e+l 9.6388687e+l 9.6755028e+l 9.8006157e+l 1.0168648e+2 1.0653699e+2 1.0593034e+2 9.2607788e+l 5.8561058e+l 1.5158789e-3 l.OOOOOOOe+01111111111
6509.6921822e+l 9.7201981e+l 9.7382759e+l 9.8156693e+l 9.9836510e+l 1.0576147e+2 1.1127333e+2 9.9444717e+l 6.5978355e+l 1.8489048e+l 8.8146684e-4 l.OOOOOOOe+01111111111
6759.7386772e+l 9.7698532e+l 9.7983635e+l 9.8825127e+l 1.0091756e+2 1.0755120e+2 1.1306750e+2 9.0365410e+l 5.0321671e+l -4.9211502e-l 7.1413262e-4 l.OOOOOOOe+01111111111
7009.7459175e+l 9.7842384e+l 9.8132454e+l 9.9081642e+l 1.0144463e+2 1.0922321e+2 1.1375063e+2 8.2036812e+l 3.3803139e+l -1.6386271e+l 5.9321348e-4 l.OOOOOOOe+0111 i 1111111
725 i9.8125450e+l 9.8578125e+l 9.8930077e+l 1.0002090e+2 1.0276761e+2 1.1210817e+2 1.1635581e+2 7.6961205e+l 2.5296038e+l -2.5599964e+l 5.0220906e-4 l.OOOOOOOe+01111111111
7509.8919632e+l 9.9417053e+l 9.9876816e+l 1.0113734e+2 1.0432738e+2 1.1555850e+2 1.2010263e+2 7.3406448e+l 1.9367258e+l -3.0613575e+l 4.3157439e-4 l.OOOOOOOe+01111111111
7759.8492470e+l 9.9052734e+l 9.9546448e+l 1.0101787e+2 1.0484156e+2 1.1668678e+2 1.1783309e+2 6.2752594e+l 7.6537328e+0 -3.9441933e+l 3.7540580e-4 l.OOOOOOOe+01111111111
8009.9029655e+l 9.9699043e+l 1.0026746e+2 1.0197232e+2 1.0586722e+2 1.1719946e+2 1.1057529e+2 4.7390953e+l* -4.9055834e+0 -4.7984856e+l 3.2985758e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 44
Page 139
L1L1000C3 Loopl Line 1000E Component 3 - Hz (cont)
8259.9352417e+l1.1539709e+22.9231905e-4
11850
1.0001527e+21.1214390e+22.6095725e-4
11875
9.9783813e+l1.0630576e+22.3444838e-4
11900
1.0019099e+29.9859749e+l2.1181404e-4
11925
1.0035561e+29.2225510e+l1.9231612e-4
11950
1.0037089e+28.2923233e+l1.7538769e-4
11975
1.0006213e+27.2357643e+l1.6058730e-4
111000
9.8573723e+l5.9164253e+l1.4756607e-4
111025
9.7897652e+l4.5829082e+l1.3604492e-4
11
1.0006358e+2 9.9206230e+l
l.OOOOOOOe+0 111
1.0079519e+2 8.5078987e+l
l.OOOOOOOe+0 111
1.0066567e+2 6.9428192e+l
l.OOOOOOOe+0 111
1.0099592e+25.4617188e+l
l.OOOOOOOe+0 111
1.0119188e+2 3.8714283e+l
l.OOOOOOOe+0 1,11
j1.0112743e+2 2.4261375e+l
l.OOOOOOOe+0 111
1.0066418e+2 8.8628111e+0
l.OOOOOOOe+0 111
9.8938484e+l-6.1874633e+0l.OOOOOOOe+0111
9.8097237e+l-2.1247227e+ll.OOOOOOOe+0111
1.0075323e+23.0050812e+l
111
1.0161839e+2 1.4013823e+l
1 1
1.0152758e+2-2.1334274e+0
1 1
1.0198056e+2-1.6339907e+l
111
1.0210135e+2-2.6910204e+l
11 1
1.0200417e+2-3.7928490e+l
111
1.0130014e+2-4.4980598e+l
1.0251625e+2 -2.0757141c+l
1.0332433e+2-3.3056957e+l
11
1.0334823e+2-4.1860973e+l
11
1.0389769e+2-5.0428810e+l
11
1.0384663e+2-5.4288887e+l
11
1.0366457e+2-6.0812225e+l
11 1
9.9286316e+l -5.4972359e+l
1
1.0632024e+2 -5.6253212e+l
1.0699149e+2 -6.2401 131e+l
1.0603551e+2 -6.5280922e+l
1.0530695e+2 -7.1049568e+l
1.0399224e+2 -7.2158173e+l
1.0161975e+2 -7.5210236e+l
1.0260597e+2-6.7341942e+l
11
9.9732796e+l-6.9777664e+l
111
9.7904861e+l -6.3665817e+f
111
9.7642395e+l -7.6958626e+l
9.8503410e+l -7.8868568e+l
9.2586403e+l -7.5663437e+l
8.6730278e+l -8.0781693e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 45
Page 140
L1L1000C3 Loopl Line 1000E Component 3 - Hz (cont)
10509.6494003e+l 9.6336044e+l 9.5838455e+l 9.4424278e+l 7.9648140e+l 3.0192814e+l -3.7964397e+l -7.3711761e+l -8.2210846e+l -8.5453072e+l 1.2579856e-4 l.OOOOOOOe+01111111111
10759.5608070e+l 9.5136467e+l 9.4309608e+l 9.1971703e+l 7.3903183e+l 1.9424576e+l -5.0521683e+l -8.6152611e+l -8.3908890e+l -8.4003265e+l 1.1664300e-4 l.OOOOOOOe+01111111111
11009.4691505e+l 9.4041664e+l 9.3332466e+l 9.0381241e+l 7.0062477e+l 1.1770392e+l -5.7645351e+l -8.8386490e+l -8.9352806e+l -8.7574654e+l 1.0842696e-4 l.OOOOOOOe+01111111111
11259.4156044e+l 9.3477570e+l 9.2433632e+l 8.9304153e+l 6.8160141e+l 1.2373497e+l -5.6340981e+l -8.3966919e+l -8.8685562e+l -9.2614204e+l 1.0117401c-4 l.OOOOOOOe+01111111111
11509.3572701e+l 9.2780518e+l 9.1715942e+l 8.8720131e+l 6.935781 le+1 1.5421319e+l -4.7908176e+l -7.5999268e+l -8.1894211e+l -8.6798988e+l 9.4602052e-5 l.OOOOOOOe+01111111111
12009.2789658e+l 9.1885246e+l 9.1160568e+l 8.7857849e+l 7.0714119e+l 2.2416241e+l -3.4240906e+l -6.5043510e+l -7.4180153e+l -7.9173813e+l 8.3180552e-5 l.OOOOOOOe+01111111111
12509.2469460e+l 9.1795685e+l 9.0681374e+l 8.8315994e+l 7.2584015e+l 2.8826252e+l -2.5977804e+l -5.6891262e+l -7.6205467e+l -8.2251907e+l 7.3633608e-5 l.OOOOOOOe+01111111111
12759.2714935e+l 9.1941048e+l 9.0800797e+l 8.8883362e+l 7.4648132e+l 3.1233839e+l -2.0042366e+l -5.5460796e+l -6.2712002e+l -7.6168251e+l 6.9437214e-5 l.OOOOOOOe+011111111-11
13009.2554047e+l 9.1719482e+l 9.1064713e+l 8.8843689e+l 7.4504021e+l 3.2921375e+l -1.6896833e+l -5.1814491e+l' -6.7744865e+l -7.8641304e+l 6.5571803e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 46
Page 141
L1L1000C3 Loopl Line 1000E Component 3 - Hz (cont)
13259.2624138e+l 9.1857712e+l 9.1092804e+l 8.8797989e+l 7.3297127e+l 3.0969194e+l -1.8345505e+l -5.779901 le+1 -6.5250885e+l -6.9141853e+l 6.2003463e-5 l.OOOOOOOe+01111111111
13509.2434319e+l 9.1710106e+l 9.0807297e+l 8.7639984e+l 7.0945839e+l 2.4831615e+l -2.5476871e+l -6.0583359e+l -6.5494553e+l -7.1281769e+l 5.8702703e-5 l.OOOOOOOe+01111111111
13759.2588432e+l 9.1955353e+l 9.0810860e+l 8.7434807e+l 6.6479225e+l 1.6376247e+l -3.3980309e+l -6.3527031e+l -7.1941505e+l -7.7672981e+l 5.5643555e-5 l.OOOOOOOe+01111111111
14009.2676155e+l 9.1985069e+l 9.0446861e+l 8.6330444e+l 6.1054722e+l 6.0880318e+0 -4.4959465e+l -7.1703522e+l -7.7551247e+l -8.2134872e+l 5.2803189e-5 l.OOOOOOOe+01111111111
1425 9.2585457e+l 9.1989952e+l 9.0491089e+l 8.5166473e+l 5.6439247e+l
-3.5906937e+0 -5.7537167e+l -8.3278816e+l -7.9675415e+l -7.9622871e+l 5.0161412e-5 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 1 1450 j
9.2673584e+l 9.1979912e+l 9.0523949e+l 8.4478363e+l 5.1852684e+l-1.2913834e+l -6.3430473e+l -8.3995895e+l -8.8251343e+l -8.9681488e+l 4.7700374e-5 l.OOOOOOOe+01111111111
1475 9.3003113e+l 9.2373825e+l 9.0871239e+l 8.4435211e+l 5.0761711e+l-1.6522566e+l -6.6623878e+l -8.7979706e+l -8.7747284e+l -8.5381760e+l 4.5404075e-5 l.OOOOOOOe+01111111111
1500 9.3151253e+l 9.2533791e+l 9.1135330e+l 8.4100258e+l 4.9487011e+l
-1.8566076e+l -6.8603516e+l -9.3505760e+l -8.5843750e+l -7.9715355e+l 4.3258377e-5 l.OOOOOOOe+01111111111
1525 9.3170670e+l 9.2679131e+l 9.1096809e+l 8.3498299e+l 4.5904118e+l
-2.3736572e+l -7.4431976e+l -9.40699926+1 -8.7425552e+l -8.8197075e+l 4.1250642e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 47
Page 142
L1L1000C3 Loopl Line 1000E Component 3 - Hz (cont)
1550 9.3127205e+l 9.2529106e+l 9.1209953e+l 8.2924126e+l 4.2435749e+l-2.9655348e+l -8.2170288e+l -9.6304253e+l -9.3628204e+l -8.9643272e+l 3.9369465e-5 l.OOOOOOOe+01111111111
1600 9.3531593e+l 9.2893082e+l 9.1535606e+l 8.2865875e+l 4.0232441e+l
-3.3056366e+l -8.3871017e+l -9.3958260e+l -9.1117615e+l -9.3582649e+l 3.5946847e-5 l.OOOOOOOe+01111111111
1650 9.3545105e+l 9.2996284e+l 9.1669449e+l 8.3295479c+l 4.2509674e+l
-3.0235746e+l -7.7482079e+l -9.5678719e+l -9.5126472e+l -8.8557648e+l 3.2920321e-5 l.OOOOOOOe+01111111111
1700 9.3811234e+l 9.3273254e+l 9.2027245e+l 8.4755165e+l 4.5937954e+l
-2.4244518e+l -7.2345802e+l -8.9294388e+l -8.3546844e+l -8.2634453e+l 3.0232372e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 48
Page 143
L1L1100C3 Loopl Line 1100E Component 3 - Hz
5501.0183401e+2 1.0193477e+2 1.0203501e+2 1.0230102e+2 1.0308202e+2 1.0491788e+2 1.0730037e+2 1.0868105e+2 1.0696844e+2 9.9592514e+T 3.4775275e-3 l.OOOOOOOe+01111111111
6001.0208924e+2 1.0229033e+2 1.0249061e+2 1.0308772e+2 1.0541538e+2 1.1115258e+2 1.2104489e+2 1.2841837e+2 1.2717493e+2 1.0873148e+2 1.4647890e-3 l.OOOOOOOe+01111111111
6251.0202626e+2 1.0226956e+2 1.0248215e+2 1.0330267e+2 1.0611922e+2 1.1327110e+2 1.2547097e+2 1.2934894e+2 1.1895594e+2 8.7582977e+l 1.1066553e-3 l.OOOOOOOe+01111111111
6501.0208060e+2 1.0236801e+2 1.0255395e+2 1.0364724e+2 1.0676811e+2 1.1508533e+2 1.2843694e+2 1.2394617e+2 1.0060762e+2 5.7539936e+l 8.7646360e-4 l.OOOOOOOe-fO1111111111
6751.0193917e+2 1.0225584e+2 1.0253480e+2 1.0370695e+2 1.0741513e+2 1.1719825e+2 1.3200529e+2 1.1657713e+2 7.9414688e+l 2.7418407e+l 7.1671885e-4 l.OOOOOOOe+0111 ,; 1111111
700 |1.0213304e+2 1.0250376e+2 1.0287960e+2 1.0419771e+2 1.0866347e+2 1.2119919e+2 1.3775323e+2 1.1485488e+2 6.8052948e+l 1.0914564e+l 5.9985375e-4 l.OOOOOOOe+01111111111
7251.0179138e+2 1.0226977e+2 1.0250577e+2 1.0419692e+2 1.0970163e+2 1.2544540e+2 1.4523842e+2 1.1502585e+2 6.1607872e+l 5.8860981e-l 5.1099795e-4 l.OOOOOOOe+01111111111
7501.0085986e+2 1.0141708e+2 1.0170956e+2 1.0359068e+2 1.0998248e+2 1.2812444e+2 1.4729285e+2 1.0656027e+2 4.8255791e+l -1.1491735e+l 4.4142283e-4 1 .OOOOOOOe+01111111111
7751.0110125e+2 1.0165894e+2 1.0211134e+2 1.0416675e+2 1.1081058e+2 1.2822200e+2 1.3975081e+2 8.6107788e+l' 2.6055021e+l -2.8512915e+l 3.8566804e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 49
Page 144
L1L1100C3 Loopl Line 1100E Component 3 - Hz (cont)
8001.0110375e+2 1.0173550e+2 1.0237009e+2 1.0444092e+2 1.1065631e+2 1.2456110e+2 1.2236128e+2 5.7119160e+l -6.3715059e-l -4.5923534e+l 3.4014360e-4 l.OOOOOOOe+01111111111
8251.0147801e+2 1.0219894e+2 1.0289375e+2 1.0500080e+2 1.1064276e+2 1.2022888e+2 1.0303211e+2 3.0929171e+l -2.0581367e+l -5.6395954e+l 3.0239258e-4 l.OOOOOOOe+01111111111
8501.0175758e+2 1.0250513e+2 1.0332970e+2 1.0544320e+2 1.1056243e+2 1.1471554e+2 8.3755508e+l 1.0491226e+l -3.6246296e+l -6.5255363e+l 2.7067747e-4 l.OOOOOOOe+01111111111
8751.0175153e+2 1.0258873e+2 1.0344157e+2 1.0576457e+2 1.0993618e+2 1.0853898e+2 6.7009842e+l -6.3931050e+0 -4.5135868e+l -6.8573921e+l 2.4373566e-4 l.OOOOOOOe+01111111111
9001.0185735e+2 1.0275481e+2 1.0373543e+2 1.0621822e+2 1.0932711e+2 1.0167245e+2 5.0858967e+l -1.9506964e+l -5.2794731e+l -7.1427002e+l 2.2062771e-4 l.OOOOOOOe+0111(1111111925 ;
1.0154353e+2 1.0239105e+2 1.0349702e+2 1.0594247e+2 1.0805370e+2 9.3668770e+l 3.6410595e+l -3.0553274e+l -5.9733089e+l -7.3866714e+l 2.0064088e-4 l.OOOOOOOe+01111111111
9501.0139262e+2 1.0214919e+2 1.0317545e+2 1.0571281e+2 1.0645484e+2 8.6668106e+l 2.4469889e+l -4.0221935e+l -6.2981865e+l -7.3524506e+l 1.8322490e-4 1 .OOOOOOOe+01111111111
9751.0097806e+2 1.0172681e+2 1.0269061e+2 1.0489970e+2 1.0403147e+2 7.8581718e+l 1.2869754e+l -4.4666573e+l -6.8986671e+l -7.9642700e+l 1.6794860c-4 l.OOOOOOOe+01111111111
10001.0066899e+2 1.0132291e+2 1.0198492e+2 1.0385143e+2 1.0057998e+2 6.9321968e+l 2.1526504e+0 -5.0127380e+l" -7.1051682e+l -8.0694672e+l 1.5446944e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 50
Page 145
L1L1100C3 Loopl Line 1100E Component 3 - Hz (cont)
10259.9912071e+l5.7692566e+l1.4251238e-4
1 11050
9.8551979e+l4.3057644e+l1.3185393e-4
1 11075
9.7554863e+l3.1980520e+l1.2231088e-4
1 11100
9.6596779e+l2.4540947e+l1.1373177e-4
1 11125
9.5615349e+l1.9316547e+l1.0608728e-4
1 11150
9.4916893e+l1.7988672e+l9.9156634e-5
1 11175
9.4374786e+l1.8337877e+l9.2853625e-5
1 11200
9.3981308e+l1.9959286e+18.7104694e-5
1 11225
9.3555916e+l2.1008583e+l8.1846971e-5
1 1
1.0034830e+2-1.1954722e+l l.OOOOOOOe+0 1 1 1
9.8708786e+l-2.4587570e+l l.OOOOOOOe+0 1 1 1
9.7447952e+l-3.5578869e+l l.OOOOOOOe+0 1 1 1
9.6232033e+l-4.1441666e+l l.OOOOOOOe+0 1 1 1
9.5046852e+l-4.2975735e+l l.OOOOOOOe+0 1 ,; 1 1
9.4296455e+l-4.2907719e+l l.OOOOOOOe+0 1 1 1
9.3570602e+l-3.9608803e+l l.OOOOOOOe+0 1 1 1
9.3166107e+l-3.8057701e+l l.OOOOOOOe+0 1 1 1
9.2700417e+l-3.4404476e+l l.OOOOOOOe+0 1 1 1
1.0062569e+2-5.9030460e+l
111
9.8611343e+l-6.7532402e+l
1 1 1
9.6898491e+l-7.1122055e+l
1 1 1
9.5388245e+l-7.6517067e+l
1 1 1
9.4140961e+l-7.7922668e+l
1 1 1
9.3247955e+l-7.5135674e+l
1 1 1
9.2417801e+l-7.0740547e+l
111
9.1613678e+l-7.3205055e+l
1 1 1
9.1380974e+l -6.9034637e+l*
1 1
1.0148050e+2-7.3575851e+l
1 1
9.8097557e+l-7.8768951e+l
1 1
9.5132202e+l-8.0433434e+l
1 1
9.2612083e+l-8.16007166+1
9.0873505e+l-8.1534142e+l
1 1
8.9486526e+l-7.9480743e+l
8.8615280e+l-8.19590386+1
1 1
8.7780289e+l-7.17189876+1
1 1
8.7442856e+l-7.3935623e+l
1 1
9.4349159e+l -7.9476685c+l
8.6704041e+l -8.2894463e+l
8.0443130e+l -8.4995743e+l
7.5777878e+l -8.1825668e+l
7.2088242e+l -8.11301736+1
6.9545502e+l -8.3342628e+l
6.9051109e+l -8.4254555e+l
6.9094330e+l -7.5472191e+l
6.9121712e+l -7.5379745e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 51
Page 146
L1L1100C3 Loopl Line 1100E Component 3 - Hz (cont)
12509.3115501e+l2.3465513e+l7.7026285e-5
1 11275
9.3078491e+l2.6386425e+l7.2595831e-5
1 11300
9.3001892e+l2.9069416e+l6.8514899e-5
1 11325
9.2839874e+l2.9089115e+l6.4748048e-5
1 11350
9.2777527e+l2.6405867e+l6.1264211e-5
1 11375
9.2842682e+l1.9857666e+l5.8036123e-5
1 11400
9.2956528e+l1.1190313e+l5.5039709e-5
1 11425
9.3144035e+l1.5457594e+05.2253632e-5
1 11450
9.3086441e+l-6.1671476e+04.9659058e-5
1 1
9.2388885e+l-2.9083229e+l l.OOOOOOOe+0 1 1 1
9.2207542e+l-2.3698074e+ll.OOOOOOOe+0111
9.2125847e+l-1.87831636+1 l.OOOOOOOe+0 1 1 1
9.2044212e+l-1.6583801e+l l.OOOOOOOe+0 1 1 1
9.'1888321e+l-2.1687286e+l l.OOOOOOOe+0 1 ,; 1 1
9.2020325e+l-2.8979837e+l l.OOOOOOOe+0 1 1 1
9.2177849e+l-3.9701298e+ll.OOOOOOOe+0111
9.2393173e+l-4.8365307e+l l.OOOOOOOe+0 1 1 1
9.2454796e+l-5.4617912e+l l.OOOOOOOe+0 1 1 1
9.1012291e+l -6.1597626e+l
9.0712532e+l -5.7331772e+l
1 1 1
9.0707535e+l-5.2129631e+l
1 1 1
9.0740166e+l-5.0263618e+l
111
9.0681313e+l-5.5561771e+l
9.0799461e+l-6.0379589e+l
111
9.0907051e+l-6.5729744e+l
111
9.0898193e+l-7.5816605e+l
1 1
9.0714081e+l -7.7810303e+l
1 1 1
8.7513344e+l-7.1892944e+l
1 1
8.7319855e+l-6.6681007e+l
1 1
8.7610451e+l-6.2504704e+l
1 1
8.7357925e+l-6.1360229e+l
1 1
8.7240227e+l-6.3517120e+l
1 1
8.6474380e+l-6.7163712e+l
1 1
8.6435593e+l-7.2695076e+l
1 1
8.5996468e+l-7.8476021e+l
1 1
8.5773415e+l-7.71253366+1
1 1
6.9787636e+l -7.4285690e+l
7.0257233e+l -7.2572075e+l
7.13808066+1 -7.2749428e+l
7.0894470e+l -7.13219606+1
6.9345566e+l -7.1513535e+l
6.6921684e+l -7.4717842e+l
6.4031822e+l -7.83638156+1
6.0318348e+l -7.9130783e+l
5.7135815e+l -7.76796196+1
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 52
Page 147
L1L1100C3 Loopl Line 1100E Component 3 - Hz (cont)
1475 9.3230171e+l-9.0757914e+0 4.7239144e-5
1 1 1500
9.3115349e+l-1.0162834e+l 4.4978893e-5
1 1 1525
9.3270096e+l-1.2818746e+l 4.2864842e-5
1 1 1550
9.3403618e+l-1.4101929e+l 4.0884952e-5
1 1 1575
9.3556572e+l-1.5343619e+l 3.9028386e-5
1 1 1625
9.3844978e+l-9.0198669e+0 3.5647237e-5
1 1 1675
9.4148636e+l-3.2410355e+0 3.2653781e-5
1 1 1725
9.4279877e+l-4.3364620e+02.9992658e-5
1 1
9.2561333e+l-5.8023201e+l l.OOOOOOOe+0 1 1 1
9.2450722e+l-6.1689907e+ll.OOOOOOOe+0111
9.2701706e+l-5.8864536e+l l.OOOOOOOe+0 1 1 1
9.2520470e+l-6.5269241e+l l.OOOOOOOe+0 1 1 1
9.3012695e+l-6.9401398e+l l.OOOOOOOe+0 1 i 1 1
9.3255325e+l-6.7135941e+l l.OOOOOOOe+0 1 1 1
9.3632858e+l-5.5891720e+ll.OOOOOOOe+0111
9.3852844e+l-5.5351048e+l l.OOOOOOOe+0 1 1 1
9.0919815e+l-8.0664459e+l
1 1 1
9.1040901e+l-7.9117805e+l
1 1 1
9.1368507e+l-8.4901360e+l
111
9.1334412e+l-8.5464134e+l
1 1 1
9.1588043e+l-8.46406636+1
1 1
9.2345123e+l-8.7721672e+l
1 1 1
9.2533897e+l-8.15644846+1
1 1
9.2823250e+l -7.6623413e+l
1 1 1
8.5503044e+l-7.8221344e+l
1 1
8.5576080e+l-8.1548416e+l
8.6020782e+l-8.3634186e+l
1 1
8.5941216e+l-8.4191452e+l
8.6163887e+l-8.71148306+1
1 1
8.7995049e+l-8.2439522e+l
8.9522583e+l-8.5574860e+l
1 1
8.8657478e+l-8.4169487e+l
1 1
5.4608635e+l -7.98667606+1
5.4782631e+l -8.25290686+1
5.3410027e+l -8.3198189e+l
5.3196873e+l -8.3566635e+l
5.3674847e+l -8.62697376+1
5.7753338e+l -8.16048746+1
6.1921158e+l-8.2452202e+l
5.8841095e+l -8.8288033e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 53
Page 148
L1L1200C3 Loopl Line 1200E Component 3 - Hz
5509.9665939e+l 9.9749969e+l 9.9902466e+l 1.0009522e+2 1.0078264e+2 1.0214922e+2 1.0522421e+2 1.0668649e+2 1.0712460e+2 1.0187876e+2 2.8944230e-3 l.OOOOOOOe+01111111111
6009.9752281e+l 9.9940483e+l 1.0017377e+2 1.0076006e+2 1.0280892e+2 1.0852334e+2 1.1925439e+2 1.2867436e+2 1.3325999e+2 1.2106050(3+2 1.3568820e-3 l.OOOOOOOe+01111111111
6501.0023353e+2 1.0053019e+2 1.0077534e+2 1.0189552e+2 1.0530038e+2 1.1544557e+2 1.3343256e+2 1.3844989e+2 1.2729157e+2 8.8918907e+l 8.4364106e-4 l.OOOOOOOe+01111111111
6751.0052190e+2 1.0088489e+2 1.0118769e+2 1.0249818e+2 1.0641742e+2 1.1851994e+2 1.3809216e+2 1.3135193e+2 1.0573375e+2 5.5807808e+l 6.9820718e-4 l.OOOOOOOe+01111111111
7001.0087582e+2 1.0124339e+2 1.0164639e+2 1.0305180e+2 1.0781725e+2 1.2178345e+2 1.4241780e+2 1.2187858e+2 8.1824448e+l 2.4275709e+l 5.8996241e-4 l.OOOOOOOe+0lllilllllll
725 ;1.0051123e+2 1.0094678e+2 1.0142056e+2 1.0314439e+2 1.0871693e+2 1.2498733e+2 1.4440727e+2 1.1006734e+2 6.1927582e+l 3.4467607e+0 5.0652790e-4 l.OOOOOOOe+01111111111
7501.0092707e+2 1.0144253e+2 1.0198178e+2 1.0386215e+2 1.1010943e+2 1.2716916e+2 1.4089180e+2 9.2820152e+l 4.0259785e+l -1.4987019e+l 4.4045589e-4 l.OOOOOOOe+01111111111
7751.0138158e+2 1.0197871e+2 1.0257008e+2 1.0469330e+2 1.1119788e+2 1.2649976e+2 1.2917897e+2 6.9426620e+l 1.4658299e+l -3.4287971e+l 3.8699753e-4 l.OOOOOOOe+01111111111
8001.0136398e+2 1.0195736e+2 1.0268315e+2 1.0488026e+2 1.1120052e+2 1.2175327e+2 1.1076572e+2 4.0139080e+l' -9.2694569e+0 -4.6886929e+l 3.4298262e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 54
Page 149
L1L1200C3 Loopl Line 1200E Component 3 - Hz (cont)
8251.0167153e+2 1.0240158e+2 1.0322157e+2 1.0561620e+2 1.1098080e+2 1.1651519e+2 8.9301132e+l 1.8252138e+l -2.7762884c+l -5.8545349e+l 3.0621348e-4 l.OOOOOOOe+01111111111
8501.0182018e+2 1.0256612e+2 1.0351768e+2 1.0611075e+2 1.1058711e+2 1.0995791e+2 6.9783707e+l -2.9516604e+0 -3.9814602e+l -6.1279293e+l 2.7511935e-4 l.OOOOOOOe+01111111111
8751.0207133e+2 1.0292844e+2 1.0388530e+2 1.0659583e+2 1.1009481e+2 1.0216546e+2 5.2561192e+l -1.8891630e+l -5.3167114e+l -6.9288406e+l 2.4854796e-4 l.OOOOOOOe+01111111111
9001.0221805e+2 1.0306085e+2 1.0428378e+2 1.0719859e+2 1.0967034e+2 9.4659828e+l 3.6597073e+l -3.0435825e+l -6.0220360e+l -7.3219452e+l 2.2563509e-4 l.OOOOOOOe+01111111111
9251.0219450e+2 1.0303007e+2 1.0439585e+2 1.0765612e+2 1.0941029e+2 8.8397354e+l 2.5193876e+l -4.0065014e+l -6.7607170e+l -7.8265999e+l 2.0571986e-4 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 1950 i
1.0206017e+2 1.0289603e+2 1.0430814e+2 1.0778243e+2 1.0937284e+2 8.4521538e+l 1.8990587e+l -4.2501938e+l -7.1927528e+l -8.3160568e+l 1.8828873e-4 l.OOOOOOOe+01111111111
9751.0148763e+2 1.0236441e+2 1.0405594e+2 1.0779736e+2 1.0969995e+2 8.4845154e+l 1.9484652e+l -4.2287449e+l -6.9289467e+l -8.0988129e+l 1.7293674e-4 l.OOOOOOOe+01111111111
10001.0145809e+2 1.0222746e+2 1.0354107e+2 1.0754066e+2 1.1080595e+2 8.5825783e+l 2.5065565e+l -3.6322445e+l -6.3334545e+l -7.6702888e+l 1.5934023e-4 l.OOOOOOOe+01111111111
10251.0102089e+2 1.0167570e+2 1.0278816e+2 1.0591079e+2 1.0823672e+2 8.4109436e+l 2.3279711e+l -3.55482676+1* -6.2367382e+l -7.5445412c+l 1.4723791e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 55
Page 150
L1L1200C3 Loopl Line 1200E Component 3 - Hz (cont)
10501.0001023e+2 1.0045872e+2 1.0102611e+2 1.0322753e+2 1.0348507e+2 7.6142456e+l 1.6440153e+l -4.0237148e+l -6.3982384e+l -7.4843109e+l 1.3641620e-4 l.OOOOOOOe+01111111111
10759.9283897e+l 9.9474327e+l 9.9513367e+l 1.0078819e+2 9.8330292e+l 6.8536896e+l 7.0795331e+0 -4.3654385e+l -6.6916855e+l -7.6966133e+l 1.2669936e-4 l.OOOOOOOe+01111111111
11009.8289246e+l 9.8315048e+l 9.7888756e+l 9.8155220e+l 9.3202415e+1 6.2444435e+l 1.0958228e+0 -4.6696747e+l -7.1856621e+l -8.2100609e+l 1.1794116e-4 l.OOOOOOOe+01111111111
11259.7461433e+l 9.7246758e+l 9.6492287e+l 9.5927467e+l 8.9323402e+l 5.6177048e+l -3.6578197e+0 -5.3606407e+l -7.0217323e+l -7.5900360e+l 1.1000673e-4 l.OOOOOOOe+01111111111
11509.6677994e+l 9.6319038e+l 9.5302803e+l 9.3761482e+l 8.5551064e+l 4.9954609e+l -1.0280898e+l -5.5384212e+l -7.0312653e+l -7.7432358e+l 1.0280782e-4 1 .OOOOOOOe+0111,1111111
1175 i9.5759987e+l 9.5129738e+l 9.3949493e+l 9.1817085e+l 8.0686569e+l 4.3013447e+l -1.7349644e+l -5.5765495e+l -6.9553299e+l -7.6785103e+l 9.625651 Oe-5 l.OOOOOOOe+01111111111
12009.5090736e+l 9.4257027e+l 9.3123360e+l 9.0234489e+l 7.6589638e+l 3.5317650e+l -2.2518774e+l -6.0190948e+l -7.2545349e+l -7.5672554e+l 9.0277776e-5 l.OOOOOOOe+01111111111
12259.4394539e+l 9.3542114e+l 9.2215508e+l 8.8748688e+l 7.3669556e+l 2.9584045e+l -2.5764643e+l -6.5079117e+l -7.2176414e+l -7.4439072e+l 8.4807325e-5 l.OOOOOOOe+011111111-11
12509.3884171e+l 9.3045586e+l 9.1599968e+l 8.7880928e+l 7.1465263e+l 2.5586529e+l -2.8788847e+l -6.39847566+1" -7.5571320e+l -8.0282333e+l 7.9789694c-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 56
Page 151
L1L1200C3 Loopl Line 1200E Component 3 - Hz (cont)
12759.3883385e+l2.4281893e+l7.5176788e-5
1 11300
9.3680534e+l2.5424179e+l7.0926872e-5
1 11325
9.3721970e+l2.4282589e+l6.7003348e-5
1 11350
9.3450684e+l2.1413561e+l6.3374231e-5
1 11375
9.3287369e+l1.8106987e+l6.0011389e-5
1 11400
9.3313347e+l1.2897449e+15.6889861e-5
1 11425
9.3253822e+l7.7140942e+05.3987631e-5
1 11450
9.3366058e+l3.0876238e+05.1285133e-5
1 11475
9.3348793e+l-1.4234694e+04.8764872e-5
1 1
9.29890446+1-2.89029856+1 l.OOOOOOOe+0 1 1 1
9.2849998e+l-2.9852118e+l l.OOOOOOOe+0 1 1 1
9.2882751e+l-3.17416556+1 l.OOOOOOOe+0 1 1 1
9.2624039e+l-3.3041836e+l l.OOOOOOOe+0 1 1 1
9.2718040e+l-3.6744350e+l l.OOOOOOOe+0 1 1 1
9.2447334e+l-4.19024516+1 l.OOOOOOOe+0 1 1 1
9.2461121e+l-4.7401653e+l l.OOOOOOOe+0 1 1 1
9.2649300e+l-5.2821693e+l l.OOOOOOOe+0 1 1 1
9.2511826e+l-5.7736423e+l l.OOOOOOOe+0 1 1 1
9.1734131e+l -6.41939856+1
1
9.1389595e+l-6.3393600e+l
1 1 1
9.1475578e+l-6.4876915e+l
1 1 1
9.1376976e+l -6.5501526e+l
1 1 1
9.1172310e+l -6.8172409e+l
1 1 1
9.1185539e+l-7.2755127e+l
1 1 1
9.12249306+1-7.3694084e+l
1 1 1
9.1409477e+l-7.6898727e+l
1 1 1
9.1269463e+l-8.23380206+1
8.8051331e+l-7.4177902e+l
1 1
8.7667145e+l-7.3972084e+l
8.8080978e+l-7.2942963e+l
1 1
8.8301224e+l-7.3996506e+l
1 1
8.8322441e+l-7.6073265e+l
1 1
8.8329597e+l-8.08013086+1
1 1
8.8393883e+l-7.9267029e+l
1 1 1
8.8431831e+l-8.4570885e+l
1 1
8.8099716e+l-7.9903374e+l
1 1
7.1435318e+l -7.3710030e+l
7.1399673e+l -8.2179184e+l
7.2353584e+l -7.38113256+1
7.1335472e+l -7.8086609e+l
7.0924599e+l -7.6603218e+l
6.9362686e+l -8.18768316+1
6.7488220e+l -8.18489006+1
6.5922768e+l -8.8266266e+l
6.3525700e+l -7.8753189e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 57
Page 152
L1L1200C3 Loopl Line 1200E Component 3 - Hz (cont)
1525 9.3315681e+l-6.8922935e+0 4.4210414e-5
1 1 1575
9.3552429e+l-1.3850841e+l 4.0217863e-5
1 1 1625
9.3779961e+l-2.1080841e+l 3.6700956e-5
1 1 1675
9.3743065e+l-1.6778477e+l 3.3589367e-5
1 1 1725
9.3743347e+l-6.7686405e+0 3.0825140e-5
1 1 1775
9.4082878e+l-6.3955426e+02.8360180e-5
1 1
9.2776962e+l-6.4916229e+l l.OOOOOOOe+0 1 1 1
9.3083618e+l-7.0276314e+l l.OOOOOOOe+0 1 1 1
9.3166962e+l-7.4176018e+l l.OOOOOOOe+0 1 1 1
9.3268555e+l-6.7504318e+l l.OOOOOOOe+0 1 1 1
9.3286461e+l-5.1393879e+ll.OOOOOOOe+0111
9.3654274e+l-5.1574371e+l l.OOOOOOOe+0 1 1 1
9.1576813e+l -8.5699982e+l
1
9.1936432e+l -8.9874809e+l
1 1 1
9.2280380e+l-9.062081 le+1
1 1 1
9.2194778e+l-8.1189430e+l
1 1 1
9.2520988e+l-7.4053909e+l
1 1 1
9.3359520e+l-6.8606926e+l
111
8.8254845e+l-8.77080846+1
1 1
8.8050423e+l-8.7892776e+l
1 1
8.7332054e+l-9.2552338e+l
1 1
8.6899185e+l-8.2634254e+l
8.9081154e+l-7.7861557e+l
1 1
8.9530281e+l-7.9985664e+l
6.0034382e+l -8.4985092e+l
5.8027416e+l -8.4916092e+l
5.3414070e+l -9.1425171e+l
5.2057957e+l -8.30397956+1
5.8980614e+l -7.8732918e+l
6.0808796e+l -8.4126289e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 58
Page 153
L1L1300C3 Loopl Line 1300E Component 3 - Hz
5509.5145134e+l9.7792725e+l2.6494465e-3
1 1575
9.6262001e+l1.0177436e+21.7693661e-3
1 1600
9.7421837e+l1.0624332e+21.3061204e-3
1 1625
9.8048920e+l1.1060610e+21.0211173e-3
1 1650
9.8652603e+l1.1473624e+28.2864962e-4
1 1675
9.8995697e+l1.1863093e+26.9034717e-4
1 1700
9.9493942e+l1.2184907e+25.8646151e-4
1 1725
9.9806305e+l1.2369353e+25.0579157e-4
1 1750
9.9987663e+l1.2351163e+24.4151125e-4
1 1
9.5266670e+l 1.0040999e+2
l.OOOOOOOe+0 1 1 1
9.6458595e+l 1.0741736e+2
l.OOOOOOOe+0 111
9.7633308e+l 1.1671759e+2
l.OOOOOOOe+0 1 1 1
9.8318703e+l 1.2558795e+2
l.OOOOOOOe+0 111
9.8938187e+l 1.3480626e+2
l.OOOOOOOe+0 1 1 1
9.9340919e+l 1.3994807e+2
l.OOOOOOOe+0 1 1 1
9.9884621e+l 1.4189645e+2
l.OOOOOOOe+0 1 1 1
1.0026844e+2 1.3810255e+2
l.OOOOOOOe+0 1 1 1
1.0048580e+2 1.2869844e+2
l.OOOOOOOe+0 1 1 1
9.5389008e+l 1.0270483e+2
9.6581795e+l 1.1546463e+2
1 1 1
9.7858109e+l 1.2974950e+2
1 1 1
9.8610802e+l 1.3918706e+2
1 1 1
9.9261551e+l 1.4068892e+2
1 1 1
9.9677399e+l 1.3422240e+2
1 1
1.0027759e+2 1.1907780e+2
1 1 1
1.007421le+2 9.8620010e+l
1 1 1
1.0103574e+2 7.5081886e+l
1 1 1
9.5612190e+l 1.0379182e+2
9.6989456e+l 1.2005506e+2
1 1
9.8393074e+l 1.3806836e+2
1 1
9.9299797e+l 1.4435892e+2
1.0017211e+2 1.3479199e+2
1.0094933e+2 1.1253912e+2
1.0183965e+2 8.4468094e+l
1 1
1.0248166e+2 5.4553398e+l
1 1
1.0301424e+2 2.7014137e+l
1 1
9.6202522e+l 9.8489990e+l
9.8129936e+l 1.1670134e+2
1.0036951e+2 1.3153322e+2
1.0208839e+2 1.2313961e+2
1.0382182e+2 9.4494370e+l
1.0528371e+2 5.8606701e+l
1.0681539e+2 2.6001764e+l
1.0796733e+2 -1.5830923e+0
1.0862943e+2 -2.2588951e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 59
Page 154
L1L1300C3 Loopl Line 1300E Component 3 - Hz (cont)
7751.0024173e+2 1.2087989e+2 3.8922363e-4
1 1 800
1.0040450e+2 1.1567920e+2 3.4596887e-4
1 1 825
1.0062694e+2 1.0787160e+2 3.0968167e-4
1 1 850
1.0095570e+2 9.7919975e+l 2.7887727e-4
1 1 875
1.0100627e+2 8.4852516e+l 2.5246089e-4
1 1 900
1.0120499e+2 7.1727341e+l 2.2960795e-4
1 1 925
1.0136021e+2 6.4327286e+l 2.0968544e-4
1 1 950
1.0123940e+2 6.7721260e+l 1.9219970e-4
1 1 975
1.0123528e+27.5139389e+l1.7676008e-4
1 1
1.0081181e+2 1.1389986e+2
l.OOOOOOOe+0 1 1 1
1.0101685e+2 9.4690422e+l
l.OOOOOOOe+0 1 1 1
1.0132407e+2 7.3861443e+l
l.OOOOOOOe+0 1 1 1
1.0171478e+2 5.0829933e+l
l.OOOOOOOe+0 111
1.0185412e+2 2.4201262e+l
l.OOOOOOOe+0 1 •: 1 1
1.02143626+2 8.5307848e-l
l.OOOOOOOe+0 1 1 1
1.0239259e+2-1.26469516+1l.OOOOOOOe+0 1 1 1
1.0222819e+2-5.8319345e+0 l.OOOOOOOe+0 1 1 1
1.0224279e+2 6.3234816e+0
l.OOOOOOOe+0 1 1 1
1.0137463e+25.0871460e+l
1 1 1
1.0170477e+2 2.6894302e+l
1 1 1
1.0221008e+2 5.1365991e+0
1 1 1
1.0260890e+2-1.48427716+1
1 1 1
1.0282336e+2-3.7852039e+l
1 1 1
1.0321320e+2-5.9707420e+l
1 1
1.0360345e+2-7.2588936e+l
1 1 1
1.0366574e+2-6.5230156e+l
1.0385500e+2 -5.22734996+11
1.0370160e+2 2.8126009e+0
1 1
1.0403296e+2-1.7226816e+l
1 1
1.0453466e+2-3.3854820e+l
1 1
1.0516061e+2-4.9238228e+l
1 1
1.0535489e+2-6.6106773e+l
1 1
1.0572590e+2-8.2758072e+l
1 1
1.0626811e+2-9.40109946+1
1.0893790e+2-3.8891724e+l
1.0878328e+2 -4.97678836+1
1.0811525e+2 -5.8346405e+l
1.0698282e+2 -6.6971504e+l
1.0481636e+2 -7.6772430e+l
1.0276267e+2-8.7848373e+l
1.0165268e+2 -9.6783737e+l
1 1
1.0679505e+2-8.8417717e+l
1 1
1.0722723e+2-7.6413116e+l
1 1
1.0366049e+2-9.3766273e+l
1.0645478e+2 -8.4890373e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 60
Page 155
L1L1300C3 Loopl Line 1300E Component 3 - Hz (cont)
10001.0121862e+2 1.0226910e+2 1.0378532e+2 1.0767967e+2 1.0853490e+2 8.2594299e+l 1.9102661e+l -3.9943760e+l -6.3861778e+l -7.3686981e+l 1.6305351e-4 l.OOOOOOOe+01111111111
10251.0105886e+2 1.0197253e+2 1.0360614e+2 1.0748251e+2 1.0988832e+2 8.8506767e+l 2.9695738e+l -2.8675348e+l -5.3427872e+l -6.6162514e+l 1.5082612e-4 l.OOOOOOOe+01111111111
10501.0094123e+2 1.0182259e+2 1.0282922e+2 1.0661776e+2 1.0979054e+2 9.1754539e+l 3.5091053e+l -1.7430277e+l -4.3604691e+l -6.1474091e+l 1.3987022e-4 l.OOOOOOOe+01111111111
10751.0191794e+2 1.0235062e+2 1.0289674e+2 1.0558936e+2 1.0797013e+2 9.0589539e+l 3.4357021e+l -1.7505131e+l -4.4006336e+l -6.0791676e+l 1.3001417e-4 l.OOOOOOOe+01111111111
11001.0075546e+2 1.0090469e+2 1.0094820e+2 1.0228548e+2 1.0240054e+2 8.0419205e+l 2.0583412e+l -3.5063576e+l -5.9777374e+l -7.3179153e+l 1.2111491e-4 l.OOOOOOOe+0
1 1 1 ; 1 1 1 1 1 1 11125 ;
9.8936234e+l 9.8843788e+l 9.8227928e+l 9.8651024e+l 9.8186676e+l 7.6767166e+l 1.8160290e+l -3.6364082e+l -6.2172237e+l -7.4316139e+l 1.1297490e-4 l.OOOOOOOe+01111111111
11509.7741188e+l 9.7359085e+l 9.6438606e+l 9.6570740e+l 9.6989952e+l 7.7169685e+l 2.0817141e+l -3.2811825e+l -5.8339314e+l -7.1572723e+l 1.0558411e-4 l.OOOOOOOe+01111111111
11759.7238403e+l 9.6623322e+l 9.5563927e+l 9.5856735e+l 9.5897049e+l 7.7158409e+l 1.9862560e+l -3.2542248e+l -5.6160156e+l -7.0462440e+l 9.8853845e-5 l.OOOOOOOe+01111111111
12009.6609261e+l 9.5924583e+l 9.4803383e+l 9.4870712e+l 9.4656372e+l 7.3647095e+l 1.4511073e+l -3.5396847e+l" -5.9577751e+l -7.6787010e+l 9.2708346e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 61
Page 156
L1L1300C3 Loopl Line 1300E Component 3 - Hz (cont)
12259.6298836e+l 9.5608170e+l 9.4274673e+l 9.4357544e+l 9.2490715e+l 6.7297653e+l 6.5314951e+0 -4.5428989e+l -6.6890167e+l -7.4931030e+l 8.7082386e-5 l.OOOOOOOe+01111111111
12509.5992386e+l 9.5140091e+l 9.3972305e+l 9.3592331e+l 9.0748863e+l 6.1477226e+l -1.2872516e+0 -5.0263790e+l -7.0178230e+l -7.9110313e+l 8.1919832e-5 l.OOOOOOOe+01111111111
12759.5322472e+l 9.45901 lle+1 9.3340538e+l 9.3047379e+l 8.9890533e+l 5.7346100e+l -6.8649220e+0 -5.2141800e+l -7.2572937e+l -8.0114059e+l 7.7171928e-5 l.OOOOOOOe+01111111111
13009.5231728e+l 9.4382919e+l 9.2995811e+l 9.3115669e+l 8.8678757e+l 5.3263226e+l -1.2420686e+l -5.6741852e+l -6.8072296e+l -7.2705673e+l 7.2796138e-5 l.OOOOOOOe+01111111111
13259.5003632e+l 9.4084419e+l 9.2969406e+l 9.2536469e+l 8.7271996e+l 4.6060951e+l -1.6113186e+l -6.0654408e+l -7.2719093e+l -7.7941353e+l 6.8755398e-5 l.OOOOOOOe+0111:1111111
1350 I9.4712212e+l 9.3692680e+l 9.2713654e+l 9.2654907e+l 8.4258324e+l 4.0275089e+l -2.4763458e+l -6.5351189e+l -7.7140015e+l -8.0793465e+l 6.5017062e-5 l.OOOOOOOe+01111111111
13759.4775833e+l 9.4003677e+l 9.2775459e+l 9.2326683e+l 8.2336754e+l 3.3367466e+l -3.2999306e+l -7.1699234e+l -7.8620544e+l -7.5999702e+l 6.1552339e-5 l.OOOOOOOe+01111111111
14009.4516121e+l 9.3731773e+l 9.2705238e+l 9.1917755e+l 8.0036583e+l 2.6878668e+l -3.9998272e+l -7.2183479e+l -8.1736069e+l -8.4010857e+l 5.833591 le-5 l.OOOOOOOe+01111111111
14259.4434189e+l 9.3662277e+l 9.2700447e+l 9.1635254e+l 7.9412720e+l 2.3265699e+l -4.3765858e+l -7.6705353e+l" -7.8801147e+l -7.8813324e+l 5.5345197e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 62
Page 157
L1L1300C3 Loopl Line 1300E Component 3 - Hz (cont)
14509.4494904e+l 9.3801826e+l 9.2800140e+l 9.2384041e+l 7.8707504e+l 2.2557636e+l -4.4165363e+l -7.5193298e+l -8.0910515e+l -8.1390358e+l 5.2560164e-5 l.OOOOOOOe+01111111111
14759.4440063e+l 9.3783905e+l 9.2874321e+l 9.2171600e+l 7.6944832e+l 1.9326118e+l -4.5205223e+l -7.2773300e+l -8.3247650e+l -8.9112175e+l 4.9962942e-5 l.OOOOOOOe+01111111111
15009.4382500e+l 9.3548981e+l 9.3087280e+l 9.1177704e+l 7.2522194e+l 1.1870255e+l -5.0892975e+l -7.9650131e+l -7.7844032e+l -7.6708923e+l 4.7537556e-5 l.OOOOOOOe+01111111111
1525 9.4318810e+l 9.3652191e+l 9.2705154e+l 9.0191681e+l 6.5708397e+l-1.2342204e+0 -5.9157345e+l -8.2060631e+l -8.7696114e+l -8.8475418e+l 4.5269651e-5 l.OOOOOOOe+01111111111
1550 9.4290176e+l 9.3867798e+l 9.2469986e+l 8.8427361e+l 5.9022942e+l
-1.4118203e+l -7.1193436e+l -8.8493477e+l -9.6591591e+l -9.1571747e+l 4.3146334e-5 l.OOOOOOOe+0111; 1111111
1575 ; 9.4492126e+l 9.3750076e+l 9.2961411e+l 8.7528038e+l 5.3007305e+l-2.2597111e+l -7.6048576e+l -9.5799950e+l -9.2235214e+l -8.4530411e+l 4.1156018e-5 l.OOOOOOOe+01111111111
1600 9.4416237e+l 9.3823837e+l 9.2845299e+l 8.7078178e+l 5.2811207e+l-2.4274019e+l -7.5656532e+l -8.5916283e+l -9.1289444e+l -9.2322708e+l 3.9288232e-5 l.OOOOOOOe+01111111111
1625 9.4423721e+l 9.3798767e+l 9.3159538e+l 8.866001 le+1 5.5329651e+l-1.9590193e+l -6.9500504e+l -8.8411766e+l -8.6336639e+l -8.1884781e+l 3.7533500e-5 l.OOOOOOOe+01111111111
1650 9.4471123e+l 9.3951508e+l 9.3005997e+l 8.9044769e+l 5.6490288e+l-1.5604124e+l -6.4598717e+l -8.43393556+1" -8.1794479e+l -7.8089546e+l 3.5883197e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 63
Page 158
L1L1300C3 Loopl Line 1300E Component 3 - Hz (cont)
1675 9.4484337e+l 9.4076736e+l 9.3131775e+l 8.9342369e+l 5.7945396e+l
-1.3300666e+l -6.2358864e+l -8.2392746e+l -8.2021324e+l -8.1137489e+l 3.4329565e-5 l.OOOOOOOe+01111111111
1700 9.4538559e+l 9.3969208e+l 9.3277863e+l 8.9867149e+l 5.9321701e+l
-1.1005345e+l -5.8501633e+l -8.2475182e+l -8.2277992e+l -8.1307961e+l 3.2865461e-5 l.OOOOOOOe+01111111111
1750 9.4612404e+l 9.4270760e+l 9.3661461e+l 9.0957939e+l 6.2477001e+l-7.6352715e+0 -5.6998760e+l -7.9031441e+l -7.8410332e+l -7.6505577e+l 3.0180618e-5 l.OOOOOOOe+01111111111
1800 9.4802620e+l 9.4454475e+l 9.4062637e+l 9.2951027e+l 6.5564720e+l
-6.3784614e+0 -5.5410881e+l -8.1931374e+l -9.1237350e+l -8.7513039e+l 2.7783330e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 64
Page 159
L1L1400C3 Loopl Line 1400E Component 3 - Hz
5509.8377586e+l 9.8502487e+l 9.8604759e+l 9.8736443e+l 9.9002060e+l 1.0015537e+2 1.0191171e+2 1.0364130e+2 1.0425539e+2 1.0144874e+2 2.9716045e-3 l.OOOOOOOe+01111111111
5759.8865219e+l 9.8997757e+l 9.9200546e+l 9.9389549e+l 1.0021570e+2 1.0262883e+2 1.0722359e+2 1.1130587e+2 1.1521496e+2 1.1212603e+2 1.9146428e-3 l.OOOOOOOe+01111111111
6009.8933388e+l 9.9126213e+l 9.9324669e+l 9.9720543e+l 1.0107922e+2 1.0527003e+2 1.1279261e+2 1.1957434e+2 1.2520209e+2 1.1562624e+2 1.3880929e-3 l.OOOOOOOe+01111111111
6259.8956398e+l 9.9200157e+l 9.9443214e+l 1.0002605e+2 1.0197605e+2 1.0832887e+2 1.1913866e+2 1.2716634e+2 1.3158858e+2 1.1152724e+2 1.0736487e-3 l.OOOOOOOe+01111111111
6509.9210381e+l 9.9540710e+l 9.9789925e+l 1.0059189e+2 1.0349313e+2 1.1200852e+2 1.2775758e+2 1.3488565e+2 1.3512157e+2 1.0033582e+2 8.6521049e-4 l.OOOOOOOe+0
1 1 1 j 1 1 1 1 1 1 1675 i
9.9776054e+l 1.0011998e+2 1.0049306e+2 1.0151299e+2 1.0532072e+2 1.1656892e+2 1.3654509e+2 1.4004865e+2 1.3185744e+2 8.3918953e+l 7.1730872e-4 l.OOOOOOOe+01111111111
7001.0018617e+2 1.0058061e+2 1.0101225e+2 1.0240120e+2 1.0706344e+2 1.2107903e+2 1.4436162e+2 1.4055544e+2 1.2052007e+2 6.0394669e+l 6.0720975e-4 l.OOOOOOOe+01111111111
7251.0030621e+2 1.0073670e+2 1.0123721e+2 1.0293103e+2 1.0838874e+2 1.2461292e+2 1.4869341e+2 1.3205052e+2 9.9688606e+l 3.2793213e+l 5.2228488e-4 l.OOOOOOOe+011111111-11
7501.0053471e+2 1.0106509e+2 1.0138899e+2 1.0342596e+2 1.0945212e+2 1.2621529e+2 1.4659641e+2 1.1492936e+2' 7.1535965e+l 5.0385289e+0 4.5495768e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 65
Page 160
L1L1400C3 Loopl Line 1400E Component 3 - Hz (cont)
7751.0068262e+2 1.0130919e+2 1.0174316e+2 1.0403943e+2 1.0976039e+2 1.2483195e+2 1.3542996e+2 8.8260689e+l 4.1103844e+l -1.7135017e+l 4.0040741 e-4 l.OOOOOOOe+01111111111
8001.0096769e+2 1.0160568e+2 1.0231378e+2 1.0453947e+2 1.0965157e+2 1.1967643e+2 1.1656658e+2 5.8257954e+l 1.1269448e+l -3.5597000e+l 3.5542084e-4 l.OOOOOOOe+01111111111
8251.0014380e+2 1.0079098e+2 1.0160577e+2 1.0386771e+2 1.0720783e+2 1.0853126e+2 8.7565117e+l 2.5471001e+l -1.7870256e+l -5.2376076e+l 3.1777401e-4 l.OOOOOOOe+01111111111
8501.0044478e+2 1.0120019e+2 1.0210479e+2 1.0422786e+2 1.0549071e+2 9.6801750e+l 5.9460716e+l -4.3395591e+0 -3.8876457e+l -6.0398670e+l 2.8587884e-4 l.OOOOOOOe+01111111111
8751.0064894e+2 1.0145676e+2 1.0247961e+2 1.0453714e+2 1.0279379e+2 8.2339035e+l 2.8517530e+l -3.2515163e+l -6.1056374e+l -7.3425331e+l 2.5857112e-4 l.OOOOOOOe+0lllilllllll
900 :1.0098323e+2 1.0195040e+2 1.0307445e+2 1.0483004e+2 1.0063535e+2 6.9929390e+l 1.2483244e+0 -5.6343151e+l -7.8730667e+l -8.3724792e+l 2.3497807e-4 l.OOOOOOOe+01111111111
9251.0106563e+2 1.0195642e+2 1.0326345e+2 1.0529702e+2 9.9115105e+l 6.1941174e+l -1.5642112e+l -7.2775810e+l -9.1404716e+l -9.0376175e+l 2.1443272e-4 l.OOOOOOOe+01111111111
9501.0105585e+2 1.0200372e+2 1.0352856e+2 1.0544911e+2 1.0018542e+2 6.1324154e+l -1.5374871e+l -7.3482132e+l -9.2827789e+l -9.0195206e+l 1.9641664e-4 l.OOOOOOOe+01111111111
9751.0122534e+2 1.0235043e+2 1.0384974e+2 1.0652499e+2 1.0247046e+2 6.6753540e+l -5.4305019e+0 -6.43762516+1* -8.2930847e+l -8.4030144e+l 1.8052077e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 66
Page 161
L1L1400C3 Loopl Line 1400E Component 3 - Hz (cont)
10001.0114060e+2 1.0223577e+2 1.0397971e+2 1.0682552e+2 1.0560545e+2 7.5656082e+l 7.4320412e+0 -4.8690884e+l -7.2640846e+l -8.0804794e+l 1.6641832e-4 l.OOOOOOOe+01111111111
10251.0110992e+2 1.0215143e+2 1.0378399e+2 1.0746348e+2 1.0836466e+2 8.4505188e+l 2.2466488e+l -3.3934826e+l -5.4946301e+l -6.7837990e+l 1.5384497e-4 l.OOOOOOOe+01111111111
10501.0101488e+2 1.0192072e+2 1.0332413e+2 1.0677325e+2 1.1059631e+2 9.4778580e+l 3.8720505e+l -1.6434195e+l -3.6934975e+l -5.2347645e+l 1.4258469e-4 l.OOOOOOOe+01111111111
10751.0068445e+2 1.0128149e+2 1.0262775e+2 1.0621401e+2 1.1101656e+2 1.0035521e+2 4.8218403e+l -5.5869265e+0 -3.1546354e+l -5.0586750e+l 1.3245938e-4 l.OOOOOOOe+01111111111
11001.0037208e+2 1.0071803e+2 1.0134491e+2 1.0458737e+2 1.0906071e+2 9.7516853e+l 4.4521782e+l -6.4280105e+0 -3.2137012e+l -5.4678158e+l 1.2332082e-4 l.OOOOOOOe+0111:1111111
1125 ;9.9950432e+l 1.0008109e+2 1.0025214e+2 1.0213145e+2 1.0567822e+2 9.1601852e+l 3.6129494e+l -1.9677174e+l -4.5754318e+l -6.3575779e+l 1.1504473e-4 l.OOOOOOOe+01111111111
11509.9111343e+l 9.8907875e+l 9.8911652e+l 9.9859558e+l 1.0321719e+2 8.7201874e+l 2.7189774e+l -2.6043043e+l -5.2193501e+l -7.0517509e+l 1.0752622e-4 l.OOOOOOOe+01111111111
11759.8516983e+l 9.8156677e+l 9.7707481e+l 9.8452003e+l 1.0113914e+2 8.3888466e+l 2.3173449e+l -3.3933392e+l -6.0231007e+l -7.0047653e+l 1.0067613e-4 l.OOOOOOOe+011111111-11
12009.8081825e+l 9.7587654e+l 9.7029831e+l 9.7764198e+l 1.0041518e+2 8.2342209e+l 1.9536762e+l -3.53455356+1' -6.1556335e+l -7.7516914e+l 9.4418247e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 67
Page 162
L1L1400C3 Loopl Line 1400E Component 3 - Hz (cont)
12259.7677788e+l 9.7154716e+l 9.6307800e+l 9.7361992e+l 1.0037689e+2 8.0103073e+l 1.5407139e+l -4.0697807e+l -6.2727280e+l -7.3860359e+l 8.8687018e-5 l.OOOOOOOe+01111111111
12509.7377663e+l 9.6754028e+l 9.5843369e+l 9.6835800e+l 1.0066426e+2 7.8828323e+l 9.7426281e+0 -4.3312897e+l -6.7875298e+l -7.8056702e+l 8.3425817e-5 l.OOOOOOOe+01111111111
12759.7055267e+l 9.6482498e+l 9.5580009e+l 9.7198074e+l 1.0043658e+2 7.5579155e+l 5.1035590e+0 -4.9665257e+l -7.1206627e+l -7.9326660e+l 7.8585552e-5 l.OOOOOOOe+01111111111
13009.6703232e+l 9.6155197e+l 9.5343384e+l 9.6967705e+l 9.9788849e+l 7.0688797e+l -2.0212448e+0 -5.1235378e+l -7.3551758e+l -8.4573196e+l 7.4123382e-5 l.OOOOOOOe+01111111111
13259.6436089e+l 9.5744980e+l 9.4820915e+l 9.6439758e+l 9.8188538e+l 6.5795219e+l -8.2390614e+0 -5.8582767e+l -7.6248550e+l -8.1295326e+l 7.0001763e-5 l.OOOOOOOe+0111:11111111350 ;
9.6314423e+l 9.5600746e+l 9.4894951e+l 9.6310165e+l 9.6277428e+l 5.8613701e+l -1.4619081e+l -5.8903473e+l -7.8309044e+l -8.5581581e+l 6.6187757e-5 l.OOOOOOOe+01111111111
13759.5935135e+l 9.5376953e+l 9.4522781e+l 9.5702606e+l 9.2777176e+l 5.1067299e+l -2.5278532e+l -6.6029572e+l -7.8436493e+l -8.2575806e+l 6.2652281e-5 l.OOOOOOOe+01111111111
14009.5815987e+l 9.5034866e+l 9.4794098e+l 9.4436859e+l 8.8911591e+l 4.1394016e+l -3.1187956e+l -7.1851372e+l -8.4482445e+l -8.5280251e+l 5.9369646e-5 l.OOOOOOOe+01111111111
14259.5585510e+l 9.5028465e+l 9.4105125e+l 9.4751755e+l 8.6165649e+l 3.4132984e+l -3.9640877e+l -7.4293709e+f -8.2612381e+l -8.1272453e+l 5.6317018e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 68
Page 163
L1L1400C3 Loopl Line 1400E Component 3 - Hz (cont)
14509.5800217e+l 9.5092728e+l 9.4645470e+l 9.4292191e+l 8.5953835e+l 3.2603760e+l -3.7784370e+l -7.4559845e+l -8.1515564e+l -8.2097122e+l 5.3474061e-5 l.OOOOOOOe+01111111111
14759.5778290e+l 9.5086479e+l 9.4639511e+l 9.4906693e+l 8.7126335e+l 3.6547474e+l -3.3493286e+l -6.8328033e+l -8.2986748e+l -8.6748558e+l 5.0822699e-5 l.OOOOOOOe+01111111111
15009.5747009e+l 9.5276611e+l 9.4622589e+l 9.5708809e+l 8.6601578e+l 3.4505581e+l -3.4254578e+l -7.2565643e+l -7.9501266e+l -7.8144005e+l 4.8346603e-5 l.OOOOOOOe+01111111111
15259.5711853e+l 9.5135193e+l 9.4568321e+l 9.4854050e+l 8.4121323e+l 2.7453136e+l -3.8542599e+l -7.5173553e+l -8.1304871e+l -8.0788063e+l 4.6031320e-5 l.OOOOOOOe+01111111111
15509.5635361e+l 9.5036568e+l 9.4695740e+l 9.4319580e+l 7.9254875e+l 1.8246525e+l -4.9230274e+l -7.4993889e+l -7.9035553e+l -8.2969032e+l 4.3863653e-5 l.OOOOOOOe+0
111-: 11111111575 i
9.5808853e+l 9.5228882e+l 9.4555740e+l 9.3871094e+l 7.5110565e+l 9.9009380e+0 -5.2450562e+l -8.2562531e+l -8.0964142e+l -7.7561325e+l 4.1831816e-5 l.OOOOOOOe+01111111111
16009.5685585e+l 9.5161186e+l 9.4518539e+l 9.3228569e+l 7.1230339e+l 3.6211224e+0 -5.6760651e+l -8.1593704e+l -8.7557106e+l -8.6956352e+l 3.9925158e-5 l.OOOOOOOe+01111111111
1650 9.5692055e+l 9.5221237e+l 9.4506371e+l 9.2748535e+l 6.5885651e+l-5.7073789e+0 -6.2930225e+l -8.3766121e+l -8.4331306e+l -8.2599884e+l 3.6449663e-5 l.OOOOOOOe+01111111111
1700 9.5667992e+l 9.5445168e+l 9.4827026e+l 9.3160187e+l 6.5617340e+l
-9.2524452e+0 -6.0722023e+l -8.4337975e+.l -8.8288712e+l -8.4694031e+l 3.3370066e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 69
Page 164
L1L1400C3
1750 9.5702271e+l-5.5361781e+0 3.0630861e-5
1 1 1800
9.5732056e+l-2.1964419e+0 2.8185772e-5
1 1 1850
9.5900818e+l5.9765177e+02.5995954e-5
1 1
Loopl
9.5480408e+l-6.3972954e+l l.OOOOOOOe+0 1 1 1
9.5539101e+l-6.5743446e+l l.OOOOOOOe+0 1 1 1
9.5870422e+l-6.3499508e+l l.OOOOOOOe+0 1 1 1
Line 1400E Component 3 - Hz (cont)
9.5013260e+l 9.3949669e+l 6.8097466e+l -8.1901695e+l -8.6321373e+l -8.8916458e+l
1111 1
9.5257072e+l 9.6178062e+l 7.2406219e+l -8.7451210e+l -8.6152306c+l -8.0080154e+l
1 1 1
9.6429153e+l 9.8350105e+l 8.0883270e+l -9.0131897e+l -8.7295753e+l -8.6398903e+l
11111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 70
Page 165
L1L1500C3 Loopl Line 1500E Component 3 - Hz
5501.0004888e+2 1.0012621e+2 1.0010389e+2 1.0029618e+2 1.0042934e+2 1.0079345e+2 1.0178107e+2 9.9470009e+l 9.9242607e+l 9.4125664e+l 2.7589160e-3 l.OOOOOOOe+01111111111
6009.8659637e+l 9.8854843e+l 9.9016495e+l 9.9508675e+l 1.0015356e+2 1.0145230e+2 1.0450808e+2 9.8514069e+l 9.7667137e+l 8.1290443e+l 1.3411255e-3 l.OOOOOOOe+01111111111
6259.8693245e+l 9.8937553e+l 9.9094521e+l 9.9736420e+l 1.0092493e+2 1.0347562e+2 1.0932420e+2 1.0142406e+2 1.0040306e+2 7.5731041e+l 1.0463580e-3 l.OOOOOOOe+01111111111
6509.8889175e+l 9.9179100e+l 9.9394226e+l 1.0022735e+2 1.0195096e+2 1.0618839e+2 1.1619080e+2 1.0644935e+2 1.0219438e+2 6.7870163e+l 8.4837253e-4 l.OOOOOOOe+01111111111
6759.9274529e+l 9.9605751e+l 9.9878143e+l 1.0095867e+2 1.0357163e+2 1.1017490e+2 1.2444650e+2 1.1272328e+2 1.0460020e+2 5.9497192e+l 7.0658821e-4 l.OOOOOOOe+0
1 1 1 j 1 1 1 1 1 1 1700 |
9.9440735e+l 9.9829201e+l 1.0019743e+2 1.0153579e+2 1.0503093e+2 1.1468133e+2 1.3441336e+2 1.2122306e+2 1.1058923e+2 5.7789726e+l 6.0031575e-4 l.OOOOOOOe+01111111111
7251.00077666+2 1.0052512e+2 1.0093027e+2 1.0250175e+2 1.0706035e+2 1.1957394e+2 1.4386005e+2 1.2699685e+2 1.0915113e+2 4.7254406e+l 5.1790086e-4 l.OOOOOOOe+01111111111
7501.0063614e+2 1.0114771e+2 1.0143522e+2 1.0339668e+2 1.0894204e+2 1.2377577e+2 1.5072487e+2 1.2365005e+2 9.6043243e+l 2.9186590e+l 4.5227760e-4 l.OOOOOOOe+011111111-11
7751.0065908e+2 1.0127197e+2 1.0175275e+2 1.0397041e+2 1.1008405e+2 1.2577229e+2 1.5111311e+2 1.12178686+2* 7.6580414e+l 9.1952133e+0 3.9891319e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 71
Page 166
L1L1500C3 Loopl Line 1500E Component 3 - Hz (cont)
8001.0060928e+2 1.0124710e+2 1.0183514e+2 1.0415451e+2 1.1024175e+2 1.2450730e+2 1.4264990e+2 9.0788704e+l 4.8141827e+l -1.1548828e+l 3.5476664e-4 l.OOOOOOOe+01111111111
8251.0108547e+2 1.0174739e+2 1.0257683e+2 1.0495579e+2 1.1054072e+2 1.2135265e+2 1.2788771e+2 6.6993179e+l 2.1687647e+l -2.8623341e+l 3.1772157e-4 l.OOOOOOOe+01111111111
8501.0124174e+2 1.0187830e+2 1.0275027e+2 1.0509673e+2 1.0969013e+2 1.1483975e+2 1.0612444e+2 4.0357960e+l -4.1892819e+0 -4.3284519e+l 2.8625972e-4 l.OOOOOOOe+01111111111
8751.0121416e+2 1.0195650e+2 1.0293843e+2 1.0540606e+2 1.0834361e+2 1.0555155e+2 8.2072708e+l 1.6428282e+l -2.6665714e+l -5.8577343e+l 2.5926417e-4 l.OOOOOOOe+01111111111
9001.0126158e+2 1.0201817e+2 1.0305290e+2 1.0545290e+2 1.0646032e+2 9.5716011e+l 5.6678864e+l -7.2326841e+0 -4.3441746e+l -6.4229240e+l 2.3589437e-4 l.OOOOOOOe+0
1 1 1 ; 1 1 1 1 1 1 1925 j
1.0133424e+2 1.0212992e+2 1.0340781e+2 1.0555569e+2 1.0491953e+2 8.6495613e+l 3.5335625e+l -2.7580275e+l -5.8906841e+l -6.9153214e+l 2.1550640e-4 l.OOOOOOOe+01111111111
9501.0140956e+2 1.0236501e+2 1.0348814e+2 1.0591768e+2 1.0372334e+2 7.8425293e+l 1.8986216e+l -4.0554482e+l -6.7488220e+l -7.5100784e+l 1.9759823e-4 l.OOOOOOOe+01111111111
9751.0126920e+2 1.0224421e+2 1.0345671e+2 1.0577979e+2 1.0246871e+2 7.2552292e+l 6.1253119e+0 -5.1113686e+l -7.3891014e+l -7.5418846e+l 1.8177308e-4 l.OOOOOOOe+011111111-11
10001.0111806e+2 1.0209323e+2 1.0342279e+2 1.0558771e+2 1.0177693e+2 7.0273247e+l -1.0861545e+0 -5.4838020e+l -7.2874336e+l -7.2084084c+l 1.6771303e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 72
Page 167
L1L1500C3 Loopl Line 1500E Component 3 - Hz (cont)
10251.0143864e+2 1.0246887e+2 1.0367295e+2 1.0599426e+2 1.0322047e+2 7.2162598e+l 2.1970909e+0 -4.6493130e+l -7.0852104e+l -7.9528709e+l 1.5516057e-4 l.OOOOOOOe+01111111111
10501.0115027e+2 1.0200617e+2 1.0319415e+2 1.0563638e+2 1.0436351e+2 7.7380295e+l 9.6110277e+0 -4.3472679e+l -6.5677414e+l -6.9805252e+l 1.4390484e-4 1 .OOOOOOOe+01111111111
10751.0106198e+2 1.0170363e+2 1.0265523e+2 1.0550465e+2 1.0537400e+2 8.1338173e+l 1.37777436+1 -3.7534260e+l -5.9912220e+l -6.9707695e+l 1.3377171e-4 l.OOOOOOOe+01111111111
11001.0107975e+2 1.0168763e+2 1.0246066e+2 1.0501667e+2 1.0612582e+2 8.1927361e+l 1.6948755e+l -4.0964020e+l -6.3846245e+l -6.9766869e+l 1.2461595e-4 l.OOOOOOOe+01111111111
11251.0081193e+2 1.0123237e+2 1.0205518e+2 1.0431822e+2 1.0534529e+2 8.0625328e+l 1.2716264e+l -4.4766460e+l -6.8530205e+l -7.3664612e+l 1.1626271e-4 l.OOOOOOOe+0111; 11111111150 ;
9.9986351e+l 1.0032167e+2 1.0100567e+2 1.0260802e+2 1.0396144e+2 8.0147980e+l 9.6981878e+0 -4.6453915e+l -7.2453178e+l -7.9209007e+l 1.0867145e-4 l.OOOOOOOe+01111111111
11759.9383034e+l 9.9278992e+l 9.9399719e+l 1.0140085e+2 1.0400764e+2 8.2731796e+l 1.4488827e+l -4.5964188e+l -7.4945473e+l -8.0851456e+l 1.0175281e-4 l.OOOOOOOe+01111111111
12009.8719383e+l 9.8578926e+l 9.8471169e+l 1.0080067e+2 1.0563229e+2 8.6693718c+l 1.5959534e+l -4.4648930e+l -6.9450134e+l -7.4262886e+l 9.5430405e-5 l.OOOOOOOe+011111111-11
12259.8086929e+l 9.7820869e+l 9.7653908e+l 1.0041998e+2 1.0716722e+2 9.0642128e+l 1.7480261e+l -4.1231937e+.l -6.9824066e+l -8.0787292e+l 8.9638503e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 73
Page 168
L1L1500C3 Loopl Line 1500E Component 3 - Hz (cont)
12509.7551491e+l 9.7345390e+l 9.7336418e+l 1.0034342e+2 1.0855647e+2 9.4912628e+l 2.0709732e+l -4.2132717e+l -6.4403305e+l -7.3466843e+l 8.4320280e-5 l.OOOOOOOe+01111111111
12759.7180305e+l 9.6612839e+l 9.6443947e+l 9.9628296e+l 1.0967192e+2 9.6086174e+l 2.3490036e+l -4.0706688e+l -7.0081932e+l -7.8165573e+l 7.9426478e-5 l.OOOOOOOe+01111111111
13009.6548965e+l 9.6207939e+l 9.5868179e+l 9.9688797e+l 1.1114769e+2 9.7786980e+l 2.3640312e+l -4.2807690e+l -6.8309258e+l -7.3252716e+l 7.4913980e-5 l.OOOOOOOe+01111111111
13259.6712532e+l 9.6260033e+l 9.6044624e+l 1.0023997e+2 1.1237360e+2 9.7798019e+l 2.1904831e+l -4.2627884e+l -6.9830566e+l -7.4679436e+l 7.0745169e-5 l.OOOOOOOe+01111111111
13509.6295624e+l 9.5858200e+l 9.5800179e+l 9.9674660e+l 1.1224345e+2 9.6780968e+l 1.8978449e+l -4.7328773e+l -7.6014381e+l -7.8034683e+l 6.6886860e-5 l.OOOOOOOe+0111,1111111
1375 ;9.6164223e+l 9.5697067e+l 9.5325653e+l 9.9984047e+l 1.1205231e+2 9.4590347e+l 1.5419122e+l -4.7796268e+l -7.8106049e+l -8.2578079e+l 6.3309875e-5 l.OOOOOOOe+01111111111
14009.5916443e+l 9.5621185e+l 9.5532211e+l 9.9612740e+l 1.1144611e+2 9.0696983e+l 1.1866476e+l -4.9951733e+l -7.8651627e+l -8.0776962e+l 5.9988310e-5 l.OOOOOOOe+01111111111
14259.5660194e+l 9.5140038e+l 9.5212517e+l 9.9097885e+l 1.0906632e+2 8.4255676e+l 3.3529482e+0 -5.1039803e+l -8.3840340e+l -9.1059937e+l 5.6899207e-5 l.OOOOOOOe+011111111-11
14509.5160782e+l 9.4980240e+l 9.4732018e+l 9.8835587e+l 1.0653412e+2 7.7292778e+l -3.1529646e+0 -5.6579849e+l' -7.8925621e+l -8.1826691e+l 5.4022057e-5 l.OOOOOOOe+03233323546
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 74
Page 169
L1L1500C3 Loopl Line 1500E Component 3 - Hz (cont)
14759.5316612e+l 9.4858643e+l 9.4655975e+l 9.8850731e+l 1.0483123e+2 7.2872574e+l -1.0107067e+l -5.8250145e+l -7.9338509e+l -8.6610603e+l 5.1338622e-5 l.OOOOOOOe+01111111111
15009.5343559e+l 9.4905930e+l 9.4719269e+l 9.8295189e+l 1.0343290e+2 6.5750641e+l -1.3915160e+l -6.2206455e+l -7.9830704e+l -8.1299660e+l 4.8832506e-5 l.OOOOOOOe+01111111111
15259.4743652e+l 9.4511459e+l 9.4551247e+l 9.7965942e+l 1.0037331e+2 5.8044285e+l -1.8673958e+l -6.7436012e+l -8.2103401e+l -7.9018181e+l 4.6489047e-5 l.OOOOOOOe+01111111111
15509.5052399e+l 9.4961464e+l 9.4486839e+l 9.8083893e+l 9.7215050e+l 5.1755611e+l -2.5331944e+l -6.9150009e+l -8.9194374e+l -9.0752625e+l 4.4294989e-5 l.OOOOOOOe+01111111111
15759.5122368e+l 9.4660156e+l 9.5024185e+l 9.7853783e+l 9.5153938e+l 4.5477535e+l -3.2786083e+l -7.1447548e+l -8.4747131e+l -8.3066139e+l 4.2238433e-5 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 1 1600
9.5013771e+l 9.4631027e+l 9.4720078e+l 9.7805511e+l 9.4154541e+l 4.2858620e+l -3.2079853e+l -7.1677055e+l -8.5850418e+l -8.6972481e+l 4.0308587e-5 l.OOOOOOOe+01111111111
16259.499771 le+1 9.4788399e+l 9.4426155e+l 9.7371933e+l 9.2762779e+l 3.9059612e+l -3.3567406e+l -7.0864738e+l -8.1005310e+l -8.2326569e+l 3.8495706e-5 l.OOOOOOOe+01111111111
16509.4858025e+l 9.4543854e+l 9.4720459e+l 9.7501030e+l 8.9658463e+l 3.2415775e+l -3.5230835e+l -7.3202255e+l -8.2647629e+l -7.7788292e+l 3.6790952e-5 l.OOOOOOOe+011111111-11
16759.4905052e+l 9.4317825e+l 9.4487999e+l 9.7233940e+l 8.8187874e+l 2.8639120e+l -3.9578964e+l -7.5299973e+l' -8.0909203e+l -7.9206795e+l 3.5186265e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 75
Page 170
L1L1500C3 Loopl Line 1500E Component 3 - Hz (cont)
17009.5064438e+l2.1989027e+l3.3674314e-5
1 11725
9.4609314e+l1.2101007e+l3.2248430e-5
1 11750
9.4832985e+l2.7730396e+03.0902502e-5
1 11800
9.5079247e+l-1.0143497e+l 2.8428680e-5
1 1 1850
9.5226311e+l-1.5425610e+l 2.6213496e-5
1 1 1900
9.4869934e+l-2.9727745e+02.4223804e-5
1 1
9.4491302e+l-4.5868847e+l l.OOOOOOOe+0 1 1 1
9.4726555e+l-5.2885273e+l l.OOOOOOOe+0 1 1 1
9.4534088e+l-6.2340775e+l l.OOOOOOOe+0 1 1 1
9.4948967e+l-7.5921295e+l l.OOOOOOOe+0 1 1 1
9.5107803e+l-8.2241768e+l l.OOOOOOOe+0i i i i
9.5316902e+l-7.6020218e+ll.OOOOOOOe+0111
9.4566231e+l-7.6935822e+l
1 1 1
9.4818123e+l-7.6998993e+l
1 1
9.4487061e+l-8.2633659e+l
1 1 1
9.4784622e+l-9.8442108e+l
1 1 1
9.4856133e+l-1.0459602e+2
1 1 1
9.5534775e+l-9.4155800e+l
1 1 1
9.6420692e+l-8.3797424e+l
1 1
9.5507278e+l-8.6705589e+l
1 1
9.5558197e+l-8.7174057e+l
1 1
9.4258331e+l-9.9298920e+l
9.4520409e+l-9.9851707e+l
1 1
9.6221146e+l-9.0800179e+l
1 1
8.4592247e+l -8.2192596e+l
8.0309967e+l -9.1830688e+l
7.5467239e+l -9.2073326e+l
6.9470947e+l -8.5077782e+l
6.8796425e+l -8.4879639e+l
7.3500397e+l -8.2853683e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 76
Page 171
L1L1600C3 Loopl Line 1600E Component 3 - Hz
5509.7805496e+l9.6092216e+l2.9199698e-3
1 1600
9.8694405e+l9.7194344e+l1.3801544e-3
1 1625
9.8658478e+l9.9475510e+l1.0706228e-3
1 1650
9.8708694e+l1.0136343e+28.6469459e-4
1 1675
9.9005852e+l1.0411661e+27.1818428e-4
1 1700
9.9126221e+l1.0815024e+26.0889078e-4
1 1725
9.9354836e+l1.1269134e+25.2443828e-4
1 1750
9.9595314e+l1.1883470e+24.5738165e-4
1 1775
9.9913193e+l1.2451917e+24.0297458e-4
1 1
9.7876366e+l 9.4432014e+l l.OOOOOOOe+0 1 1 1
9.8888588e+l 9.5483589e+l l.OOOOOOOe+0 1 1 1
9.8888359e+l 1.0042702e+2 l.OOOOOOOe+0 1 1 1
9.8969360e+l 1.0460537e+2 l.OOOOOOOe+0 1 1 1
9.9300652e+l 1.1060419e+2 l.OOOOOOOe+0 1 ; 1 1
9.9447586e+l 1.1901089e+2 l.OOOOOOOe+0 1 1 1
9.9748009e+l 1.2929843e+2 l.OOOOOOOe+0 1 1 1
1.0005367e+2 1.4349779e+2 l.OOOOOOOe+0 1 1 1
1.0050237e+2 1.5569386e+2 l.OOOOOOOe+0 1 1 1
9.7816055e+l 8.3526939e+l
9.8064102e+l 7.9064964e+l
1 1 1
9.8976418e+l 7.6983307e+l
1 1 1
9.9015007e+l 8.4074936e+l
1 1 1
9.9166161e+l 8.6321213e+l
1 1 1
9.9575462e+l 9.2250191e+l
1 1 1
9.9798012e+l 1.0243623e+2
1 1 1
1.0014465e+2 1.1350326e+2
1.0047971e+2 1.2863876e+2
1 1 1
1.0080945e+2, 1.3765021e+2
1 1 1
1 1
9.9411278e+l 6.7833427e+l
1 1
9.9574280e+l 7.6711060e+l
1 1
9.9852036e+l 7.8332352e+l
1 1
1.0047020e+2 8.3145905e+l
1 1
1.0087621e+2 9.3761581e+l
1 1
1.0146124e+21.0334579e+2
1 1
1.0217694e+2 1.1833793e+2
- 1 1
1.0284037e+2 1.2423653e+2
1 1
9.7638222e+l 6.4306946e+l
9.9058701e+l 4.1010300e+l
9.9809189e+l4.8783733e+l
1.0058559e+2 4.6291729e+l
1.0180804e+2 4.4703838e+l
1.0315840e+2 4.9970081e+l
1.0477381e+2 5.1907764e+l
1.0683746e+2 6.0184612e+l
1.0882101e+2 5.9896038e+l
Appendix C - International Precious Metals Corporation - 1996 UT'EM Survey - Eagle Lake pg 77
Page 172
L1L1600C3 Loopl Line 1600E Component 3 - Hz (cont)
8009.9752831e+l 1.0035794e+2 1.0079808e+2 1.0299841e+2 1.0957707e+2 1.2597616e+2 1.5664310e+2 1.2838562e+2 1.0502029e+2 3.5963142e+l 3.5804827e-4 l.OOOOOOOe+01111111111
8251.0031603e+2 1.0095554e+2 1.0160964e+2 1.0388272e+2 1.1034663e+2 1.2520425e+2 1.4839255e+2 1.0460449e+2 7.0149406e+l 6.5370827e+0 3.2040651e-4 l.OOOOOOOe+01111111111
8501.0048589e+2 1.0119910e+2 1.0190933e+2 1.0441032e+2 1.1025929e+2 1.2247915e+2 1.3347386e+2 7.8326271e+l 3.5985672e+l -1.9784498e+l 2.8847894e-4 l.OOOOOOOe+01111111111
8751.0068801e+2 1.0140717e+2 1.0225655e+2 1.0475472e+2 1.1035058e+2 1.1850890e+2 1.1885779e+2 5.3935265e+l 8.2855606e+0 -3.7243885e+l 2.6111363e-4 l.OOOOOOOe+01111111111
9001.0084968e+2 1.0167878e+2 1.0252087e+2 1.0534326e+2 1.1041161e+2 1.1546384e+2 1.0458936e+2 3.5947971e+l -1.0742254e+l -4.8742107e+l 2.3744621e-4 l.OOOOOOOe+0111 i 1111111
925 i1.0088705e+2 1.6l76556e+2 1.0279417e+2 1.0570852e+2 1.1061865e+2 1.1392429e+2 9.6640221e+l 2.4959276e+l -2.1097532e+l -5.5888618e+l 2.1681542e-4 l.OOOOOOOe+01111111111
9501.0088464e+2 1.0171595e+2 1.0279270e+2 1.0592510e+2 1.1103485e+2 1.1186632e+2 8.7406532e+l 1.5090385e+l -3.0886288e+l -5.9855137e+l 1.9870709e-4 1 .OOOOOOOe+01111111111
9751.0097759e+2 1.0184215e+2 1.0301532e+2 1.0630516e+2 1.1096896e+2 1.0911967e+2 7.8079300e+l 5.6117887e+0 -4.0648418e+l -6.5268562e+l 1.8271522e-4 l.OOOOOOOe+01111111111
10001.0103902e+2 1.0195699e+2 1.0330855e+2 1.0658842e+2 1.1099309e+2 1.0575869e+2 6.5307381e+l -5.8586125e+0 -4.6478573e+l -6.5044762e+l 1.6851506e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 78
Page 173
L1L1600C3 Loopl Line 1600E Component 3 - Hz (cont)
10251.0117565e+2 1.0206998e+2 1.0335828e+2 1.0700141e+2 1.1059177e+2 1.0255853e+2 5.4309917e+l -1.5203541e+l -5.2414108e+l -6.8409164e+l 1.5584414e-4 l.OOOOOOOe+01111111111
10501.0106241e+2 1.0203156e+2 1.0345801e+2 1.0721600e+2 1.1061085e+2 9.8375923e+l 4.4725666e+l -2.3076736e+l -5.9877644e+l -7.0705528e+l 1.4448747e-4 l.OOOOOOOe+01111111111
10751.0104283e+2 1.0193868e+2 1.0327914e+2 1.0679209e+2 1.1035978e+2 9.6241249e+l 3.7525230e+l -2.9028931e+l -6.5851234e+l -7.7296501e+l 1.3426786e-4 l.OOOOOOOe+01111111111
11001.0085306e+2 1.0171833e+2 1.0295208e+2 1.0671505e+2 1.1021187e+2 9.4720772e+l 3.1960369e+l -3.3774147e+l -7.0356506e+l -8.0891281e+l 1.25037616-4 l.OOOOOOOe+01111111111
11251.0082709e+2 1.0149487e+2 1.0246929e+2 1.0582552e+2 1.0914318e+2 9.2208557e+l 2.5379799e+l -4.0480560e+l -7.4281929e+l -8.1528725e+l 1.1665968e-4 l.OOOOOOOe+0111,1111111
1150 •1.0073998e+2 1.0129972e+2 1.0208146e+2 1.0511161e+2 1.0781512e+2 8.7120560e+l 1.5482180e+l -4.8255608e+l -8.1756508e+l -8.5307800e+l 1.0904508e-4 l.OOOOOOOe+01111111111
11751.0050500e+2 1.0106988e+2 1.0178428e+2 1.0404378e+2 1.0560404e+2 7.9874153e+l 3.3277762e+0 -5.8265842e+l -8.7165009e+l -8.9863838e+l 1.0210443e-4 l.OOOOOOOe+01111111111
12009.9737785e+l 9.9558899e+l 1.0034373e+2 1.0212110e+2 1.0362326e+2 7.7382622e+l -1.3154805e+0 -6.4620163e+l -9.1255470e+l -8.8147079e+l 9.5761272e-5 l.OOOOOOOe+011111111-11
12259.9336815e+l 9.9181458e+l 9.9326881e+l 1.0173583e+2 1.0455814e+2 8.1365364e+l 5.8363533e+0 -5.6361839e+l' -8.2562592e+l -8.0979523e+l 8.9949775e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 79
Page 174
L1L1600C3 Loopl Line 1600E Component 3 - Hz (cont)
12509.8480820e+l 9.8375328e+l 9.8475349e+l 1.0139155e+2 1.0695224e+2 8.9385170e+l 1.6887854e+l -4.3698032e+l -7.2518951e+l -8.1248749e+l 8.4613159e-5 l.OOOOOOOe+01111111111
12759.8305244e+l 9.8103798e+l 9.8172836e+l 1.0121600e+2 1.0944708e+2 9.5722549e+l 2.2023790e+l -3.9975063e+l -6.8153267e+l -7.5114830e+l 7.9701989e-5 l.OOOOOOOe+01111111111
13009.7978531e+l 9.7799805e+l 9.7860146e+l 1.0139446e+2 1.1138506e+2 9.9056915e+l 2.6910410e+l -3.7252110e+l -6.6840355e+l -7.3374680e+l 7.5173186e-5 l.OOOOOOOe+01111111111
13259.7652199e+l 9.7436745e+l 9.7598145e+l 1.0126617e+2 1.1301461e+2 1.0122954e+2 2.5255241e+l -3.9177475e+l -7.0166908e+l -7.7621078e+l 7.0989074e-5 l.OOOOOOOe+01111111111
13509.7666832e+l 9.7316490e+l 9.7161148e+l 1.0177220e+2 1.1446572e+2 1.0407544e+2 2.5905340e+l -3.9643818e+l -7.3206192e+l -8.3494942e+l 6.7116387e-5 l.OOOOOOOe+0
111-: 11111111375 '
9.7512840e+l 9.7189453e+l 9.7455048e+l 1.0220383e+2 1.1725247e+2 1.0896295e+2 3.1972719e+l -4.0239346e+l -7.2870346e+l -7.7069565e+l 6.3525877e-5 l.OOOOOOOe+01111111111
14009.7246414e+l 9.6898285e+l 9.7136063e+l 1.0284358e+2 1.2046242e+2 1.1583104e+2 3.7338314e+l -3.3783211e+l -7.0180511e+l -7.7409378e+l 6.0191618e-5 l.OOOOOOOe+01111111111
14259.7093201e+l 9.6810432e+l 9.7415207e+l 1.0340382e+2 1.2351006e+2 1.1900157e+2 4.1515099e+l -3.4973122e+l -7.4440041e+l -8.1561172e+l 5.7090605e-5 l.OOOOOOOe+01111111111
14509.6779243e+l 9.6633369e+l 9.6740807e+l 1.0314925e+2 1.2304639e+2 1.1823930e+2 3.3106632e+l -3.7373917e+l -6.8448837e+l -7.8787437e+l 5.4202286e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation -1996 UTEM Survey - Eagle Lake pg 80
Page 175
L1L1600C3 Loopl Line 1600E Component 3 - Hz (cont)
14759.6524948e+l 9.6335091e+l 9.6658691e+l 1.0358258e+2 1.2350945e+2 1.1664062e+2 3.0736931e+l -3.7669033e+l -7.6564217e+l -9.0096107e+l 5.1508348e-5 l.OOOOOOOe+01111111111
15009.6420509e+l 9.6201950e+l 9.6770828e+l 1.0378152e+2 1.2501325e+2 1.1755842e+2 2.8926451e+l -3.8700489e+l -7.5622536e+l -8.9991219e+l 4.8992402e-5 l.OOOOOOOe+01111111111
15509.6324348e+l 9.6066299e+l 9.6680878e+l 1.0380692e+2 1.236141 le+2 1.1027016e+2 2.1393660e+l -4.8040783e+l -7.6833374e+l -8.0921303e+l 4.4436998e-5 l.OOOOOOOe+01111111111
16009.6293884e+l 9.5996063e+l 9.6347893e+l 1.0258229e+2 1.1403880e+2 8.4250427e+l -2.6255314e+0 -5.7188431e+l -8.0060036e+l -8.4572021e+l 4.0434872e-5 l.OOOOOOOe+01111111111
16259.6282082e+l 9.5752693e+l 9.6254822e+l 1.0173262e+2 1.0942538e+2 7.2149147e+l -1.6596182e+l -6.1793800e+l -8.2512039e+l -8.8977516e+l 3.8614853e-5 l.OOOOOOOe+0111 i 1111111
1650 j9.6030228e+l 9.5698975e+l 9.5904289e+l 1.0122314e+2 1.0569941e+2 6.0040958e+l -2.0859644e+l -6.8568115e+l -8.0314171e+l -7.4855591e+l 3.6903391e-5 l.OOOOOOOe+01111111111
16759.5954010e+l 9.5642365e+l 9.6129837e+l 1.0123332e+2 1.0252114e+2 5.1126678e+l -2.8078899e+l -6.6445847e+l -8.4511032e+l -9.4820633e+l 3.5292433e-5 l.OOOOOOOe+01111111111
17259.5921600e+l 9.5645927e+l 9.5821739e+l 9.9395462e+l 9.3505272e+l 3.2467056e+l -4.3917686e+l -7.8030151e+l -8.5784317e+l -8.0543526e+l 3.2343156e-5 l.OOOOOOOe+01111111111
17759.6067459e+l 9.5857643e+l 9.6137917e+l 9.8531967e+l 8.4798813e+l 1.3409342e+l -5.9561306e+l -8.4347595e+l -8.8499649e+l -8.2918633e+l 2.9715597e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 81
Page 176
L1L1600C3 Loopl Line 1600E Component 3 - Hz (cont)
18009.5694008e+l 9.5556541e+l 9.5681984e+l 9.6982513e+l 7.9334908e+l 3.4699104e+0 -6.5200005e+l -9.2153610e+l -9.4566391e+l -8.0543968e+l 2.8508723e-5 l.OOOOOOOe+01111111111
1850 9.5990547e+l 9.5717468e+l 9.5631592e+l 9.5757347e+l 7.0630409e+l
-1.1794015e+l -8.0830452e+l -1.0124881e+2 -9.7692764e+l -8.1686569e+l 2.6285192e-5 l.OOOOOOOe+01111111111
1900 9.6151253e+l 9.6102547e+l 9.6125046e+l 9.6114952e+l 6.9473045e+l-1.2573134e+l -8.1917503e+l -9.9321739e+l -1.0017030e+2 -9.0533119e+l 2.4288096e-5 l.OOOOOOOe+01111111111
19509.6076691e+l 9.5788612e+l 9.6248497e+l 9.7107651e+l 7.6521439e+l 3.7843485e+0 -6.8935150e+l -9.7854691e+l -1.0177763e+2 -8.2854927e+l 2.2489143e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 82
Page 177
L1L1700C3 Loopl Line 1700E Component 3 - Hz
0-9.8187973e+l-4.1612629e+l 6.6309358e-4
1 150
-9.8123016e+l-4.2522636e+l 6.7846099e-4
1 1 100
-9.8158722e+l-4.6540375e+l 7.0527074e-4
1 1 150
-9.8157089e+l-5.6002598e+l 7.4669829e-4
1 1 200
-9.8279350e+l-6.6579399e+l 8.0886378e-4
1 1 250
-9.8396774e+l-7.5694603e+l 9.0263918e-4
1 1 300
-9.8502342e+l-8.7879997e+l 1.0511106e-3
1 1 350
-9.8609497e+l-9.4640884e+l 1.3070125e-3
1 1 400
-9.8350998e+l-9.5718956e+l1.8328241e-3
1 1
-9.7501160e+l 1.6191547e+l
-l.OOOOOOOe+0 1 1 1
-9.7530312e+l 1.4834725e+1
-l.OOOOOOOe+0 1 1 1
-9.7636223e+l 9.0576124e+0
-l.OOOOOOOe+0 1 1 1
-9.7746613e+l-5.9033160e+0-l.OOOOOOOe+0 1 1 1
-9.7920753e+l-2.5612984e+l-l.OOOOOOOe+0 1 ,; 1 1
-9.8112038e+l-4.4711941e+l-l.OOOOOOOe+0 1 1 1
-9.8259834e+l-7.4069046e+l-l.OOOOOOOe+0 1 1 1
-9.8456635e+l-9.1592781e+l-l.OOOOOOOe+0 1 1 1
-9.8272362e+l-9.4585243e+l-l.OOOOOOOe+0 1 1 1
-9.6601219e+l 6.2163418e+l
-9.6752739e+l 6.1043224e+l
1 1 1
-9.6870628e+l 5.6865002e+l
1 1 1
-9.7159882e+l 4.5683167e+l
1 1 1
-9.7476395e+l 2.9885290e+l
1 1 1
-9.4402802e+l 8.0474571 e+1
1 1
-9.4706573e+l 8.0212914e+l
-9.5139771e+l 7.7271317e+l
-9.7722488e+l 1.1588022e+l
1 1 1
-9.8017960e+l-2.3319042e+l
111
-9.8271622e+l-5.2658619e+l
1 1 1
-9.8132301e+l-6.7876587e+i
1 1
-9.5763229e+l 6.9217133e+l
1 1
-9.6297729e+l 5.8457520e+l
1 1
-9.6883987e+l 4.2963371e+l
1 1
-9.7451141e+l8.3238783e+0
1 1
-9.7995735e+l-2.7230526e+l
1 1
-9.8023102e+l-5.0736210e+l
1 1
-8.0834801e+l 8.1965858e+l
-8.1441612e+l8.1650940e+l
-8.2929321e+l 8.0144569e+l
-8.5734169e+l 7.5609848e+l
-8.8947639e+l 7.0277267e+l
-9.1551498e+l 6.2151173e+l
-9.5120827e+l 4.0311012e+l
-9.7142891e+l 1.2376220e+l
-9.7302704e+l-1.4564148e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 83
Page 178
L1L1700C3 Loopl Line 1700E Component 3 - Hz (cont)
450-9.7690674e+l-9.6515251e+l 3.4393268e-3
1 1 550
1.0004037e+2 9.7135796e+l 2.9468962e-3
1 1 600
9.9768150e+l 9.6244003e+l 1.3853561e-3
1 1 650
9.9981544e+l 1.0184873e+2 8.6609903e-4
1 1 700
1.0020675e+2 1.0808070e+2 6.0909643e-4
1 1 725
1.0017436e+2 1.1574860e+2 5.2435743e-4
1 1 750
1.0028322e+2 1.2324799e+2 4.5711614e-4
1 1 775
1.0037474e+2 1.2348825e+2 4.0258939e-4
1 1 800
1.0045676e+21.1845645e+23.5758610e-4
1 1
-9.7662071e+l-9.6554550e+l
-l.OOOOOOOe+0 1 1 1
1.0018201e+2 9.3728745e+l
l.OOOOOOOe+0 1 1 1
9.9968590e+l 9.1586273e+l
l.OOOOOOOe+0 1 1 1
1.0023662e+2 1.0398962e+2
l.OOOOOOOe+0 1 1 1
1.0056815e+2 1.1749895e+2
l.OOOOOOOe+0 1:1 1
1.0054723e+2 1.3577663e+2
l.OOOOOOOe+0 111
1.0073788e+2 1.5283362e+2
l.OOOOOOOe+0 1 1 1
1.0096067e+2 1.5251912e+2
l.OOOOOOOe+0 111
1.0104359e+21.3719379e+2
l.OOOOOOOe+0 1 1 1
-9.7629219e+l-8.5003128e+l
1 1 1
1.0018115e+27.9472092e+l
1 1 1
1.0005778e+2 6.8337868e+l
1 1 1
1.0039906e+2 8.5764252e+l
1 1 1
1.0083762e+2 1.0142610e+2
-9.7538635e+l-7.9053680e+l
1 1
1.0041079e+2 7.1567703e+l
1 1
1.0042043e+2 5.5076214e+l
1 1
1.0102759e+2 7.5650322e+l
1 1
1.0185617e+2 9.1491264e+l
1 1 11.0094759e+2 1.2945746e+2
1 1 1
1.0116695e+21.5231877e+2
111
1 1
1.0212533e+2 1.2611579e+2
1 1
1.0258757e+2 1.5282152e+2
1 1
1.0120203e+2 1.4580099e+2
1.0155393e+2 1.1629166e+2
1 1 1
1.0295464e+2 1.4002478e+2
1.0318655e+2 9.9770882e+l
1 1
-9.7212135e+l-5.9278736e+l
9.9542885e+l 5.4478683e+l
9.9438034e+l 2.6277868e+l
1.0134377e+2 4.5960785e+l
1.0340793e+2 5.3071297e+l
1.0557565e+2 8.6934227e+l
1.0768269e+2 1.0966121e+2
1.0823574e+2 8.7748260e+l
1.0746662e+24.5183300e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 84
Page 179
L1L1700C3 Loopl Line 1700E Component 3 - Hz (cont)
8251.0058780e+2 1.0114676e+2 1.0180027e+2 1.0364384e+2 1.0772003e+2 1.1523074e+2 1.2663460e+2 9.4210258e+l 6.9417587e+l 1.5054059e+l 3.1989641e-4 l.OOOOOOOe+01111111111
8501.0072794e+2 1.0138124e+2 1.0184248e+2 1.0435089e+2 1.0791673e+2 1.1303221e+2 1.1759864e+2 7.4679764e+l 4.1812218e+l -1.1552671e+l 2.8794128e-4 l.OOOOOOOe+01111111111
8751.0091702e+2 1.0155318e+2 1.0223049e+2 1.0454089e+2 1.0810431e+2 1.1121525e+2 1.0775813e+2 5.6268551e+l 1.7411434e+l -3.2503262e+l 2.6056267e-4 l.OOOOOOOe+01111111111
9001.0083450e+2 1.0164001e+2 1.0253433e+2 1.0500368e+2 1.0855318e+2 1.1037756e+2 1.0231954e+2 4.3574406e+l 2.0617490e+0 -4.2875919e+l 2.3689205e-4 l.OOOOOOOe+01111111111
9251.0107761e+2 1.0188432e+2 1.0285823e+2 1.0553363e+2 1.1009515e+2 1.1397108e+2 1.0491197e+2 4.1494663e+l -3.0551217e+0 -4.6492149e+l 2.1626543e-4 l.OOOOOOOe+0111(1111111
950 |1.0097701e+2 1.0177010e+2 1.0265578e+2 1.0586510e+2 1.1141955e+2 1.1719273e+2 1.1046671e+2 4.4184727e+l -3.8337069e+0 -4.9563351e+l 1.9816638e-4 l.OOOOOOOe+01111111111
9751.0094395e+2 1.0175404e+2 1.0292080e+2 1.0663433e+2 1.1308324e+2 1.2182793e+2 1.1589885e+2 4.7993408e+l -6.9209822e-2 -4.7624336e+l 1.8218743e-4 l.OOOOOOOe+01111111111
10251.0129971e+2 1.0216618e+2 1.0344067e+2 1.0719061e+2 1.1558496e+2 1.2380717e+2 1.1154568e+2 3.6213619e+l -1.5117306e+l -5.4111179e+l 1.5534903e-4 l.OOOOOOOe+01111111111
10501.0108585e+2 1.0234026e+2 1.03477326+2, 1.0784065e+2 1.1473294e+2 1.2015440e+2 9.5950912e+l 1.9845572e+l' -2.8721743e+l -6.1387104e+l 1.4401064e-4 1 .OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 85
Page 180
L1L1700C3 Loopl Line 1700E Component 3 - Hz (cont)
10751.0127077e+21.1366929e+21.3380978e-4
111100
1.0125503e+21.0873193e+21.2459865e-4
111125
1.0130037e+21.0640627e+21.1624643e-4
111150
1.0122778e+21.0702958e+21.0865611e-4
111175
1.0116850e+21.0605662e+21.0173839e-4
111200
1.0155739e+2 1.0519789e+2 9.5416814e-5
11 1225
1.0068372e+2 1.0349857e+2 8.9625668e-5
11 1250
9.9852112e+l 1.0726200e+2 8.4308180e-5
11 1300
9.8972153e+l1.1017869e+27.4903197e-5
11
1.0222845e+2 7.6982117e+l
l.OOOOOOOe+0 111
1.0239584e+2 6.1807785e+l
l.OOOOOOOe+0 111
1.0228976e+2 5.6160751e+l
l.OOOOOOOe+0 111
1.0215549e+2 5.5898460e+l
l.OOOOOOOe+0 111
1.0161167e+25.6443077e+l
l.OOOOOOOe+0 1,11
;1.0214161e+2 4.5951496e+l
l.OOOOOOOe+0 111
1.0067686e+2 3.6089317e+l
l.OOOOOOOe+0 111
9.9770111e+l 4.3742985e+l
l.OOOOOOOe+0 111
9.8795662e+l 4.5144939e+l
l.OOOOOOOe+0 111
1.0359294e+2 -6.3362545e-l
11 1
1.0344164e+2-1.5272427e+l
111
1.0371281e+2-2.2776314e+l
11 1
1.0322028e+2 -2.1928635e+l
1.0758204e+2-4.6981365e+l
11
1.0745964e+2-6.1254044e+l
11
1.0746955e+2-6.8750374e+l
11
1.0736736e+2-6.8904518e+l
1.0272984e+2-2.1797104e+l
111
1.0326285e+2-3.0669876e+l
111
1.0108267e+2-4.3680798e+l
11 1
1.0014322e+2-3.5835228e+l
1 1
1.1392917e+2-7.0406197e+l
1.1284586e+2 -7.9091133e+l
1.1313697e+2-8.4058357e+l
1.1326070e+2-8.7654427e+l
9.9396042e+l -3.2850555e+l,
1.0684218e+2-6.6302711e+l
1.0708493e+2-7.3746170e+l
11
1.0521237e+2-8.6072945e+l
11
1.0417951e+2-7.9818665e+l
-11
1.0354260e+2-6.8657043e+l
11
1.1324356e+2-8.1688637e+l
1.1377276e+2 -8.7844658e+l
1.1228213e+2-9.8120949e+l
1.1276993e+2 -9.1132515e+l
1.1438957e+2 -7.1231239e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 86
Page 181
L1L1700C3 Loopl Line 1700E Component 3 - Hz (cont)
13509.8688904e+l 9.8632141e+l 9.8899223e+l 1.0352430e+2 1.1662339e+2 1.1583485e+2 4.7965828e+l -2.7538105e+l -7.0406036e+l -8.4349991c+l 6.6877219e-5 l.OOOOOOOe+01111111111
14009.8602989e+l 9.8579613e+l 9.8782593e+l 1.0435241e+2 1.2152463e+2 1.2284137e+2 5.2586628e+l -2.9013479e+l -6.8562019e+l -7.7084976e+l 5.9979699e-5 l.OOOOOOOe+01111111111
14259.8385132e+l 9.8302895e+l 9.8690895e+l 1.0482679e+2 1.2371381e+2 1.2675497e+2 5.4272778e+l -2.6265825e+l -7.1011574e+l -8.4852379e+l 5.6891036e-5 l.OOOOOOOe+01111111111
14509.8075958e+l 9.8254494e+l 9.8620346e+l 1.0555679e+2 1.2566226e+2 1.3002715e+2 5.3953217e+l -3.2216526e+l -6.8234283e+l -6.8112442e+l 5.4014326e-5 l.OOOOOOOe+01111111111
14759.8209251e+l 9.8155434e+l 9.8783875e+l 1.0558556e+2 1.2812688e+2 1.3219818e+2 5.5170223e+l -3.3548424e+l -7.3917374e+l -7.5731178e+l 5.1331266e-5 l.OOOOOOOe+0lllilllllll
1550 i9.7723938e+l 9.8059181e+l 9.8618141e+l 1.0730341e+2 1.3779079e+2 1.5243129e+2 6.4143654e+l -1.8241354e+l -6.8542061e+l -8.6908440e+l 4.4288729e-5 l.OOOOOOOe+01111111111
16009.7580505e+l 9.6945740e+l 9.7623558e+l 1.0641112e+2 1.3449783e+2 1.3755156e+2 4.8258812e+l -3.2721828e+l -7.2812859e+l -8.1043900e+l 4.0302930e-5 l.OOOOOOOe+01111111111
16259.7459763e+l 9.7383003e+l 9.8621323e+l 1.0692330e+2 1.3037979e+2 1.2163363e+2 2.7380529e+l -4.0550373e+l -7.7676697e+l -8.7694138e+l 3.8490336e-5 l.OOOOOOOe+011111111-11
16509.7265015e+l 9.7408615e+l 9.8173988e+l, 1.0479954e+2 1.2374368e+2 1.0388888e+2 1.0362665e+l -5.4604866e+l -8.5424149e+l -9.1416634e+l 3.6785841e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 87
Page 182
L1L1700C3 Loopl Line 1700E Component 3 - Hz (cont)
16759.7509300e+l8.3511269e+l3.5181383e-5
1 11700
9.7273674e+l6.8664032e+l3.3669676e-5
1 11750
9.7236122e+l4.2004379e+l3.0898296e-5
1 11800
9.7299652e+l3.4188076e+l2.8424865e-5
1 11850
9.7055824e+l2.5663847e+l2.6210007e-5
1 11900
9.7227051e+l9.2513475e+02.4220632e-5
1 11950
9.6936729e+l8.1984091e+02.2428469e-5
3 42000
9.6922714e+l3.1790970e+l2.0809584e-5
1 1
9.6760742e+l-8.9539633e+0 l.OOOOOOOe+0 1 1 1
9.7461929e+l-2.1000969e+1 l.OOOOOOOe+0 1 1 1
9.7201790e+l-4.1279171e+l l.OOOOOOOe+0 1 1 1
9.7217361e+l-4.6673489e+l l.OOOOOOOe+0 1 1 1
9.7443619e+l-5.3076969e+l l.OOOOOOOe+0 1 i 1 1
9.7043472e+l-6.9233017e+l l.OOOOOOOe+0 1 1 1
9.7309174e+l-7.1445831e+ll.OOOOOOOe+0324
9.6368790e+l-5.0579239e+l l.OOOOOOOe+0 1 1 1
9.8305344e+l-5.8370087e+l
1 1 1
9.8058388e+l-6.9044464e+l
1 1 1
9.7558266e+l-7.9543808e+l
1 1 1
9.8033310e+l-8.1524673e+l
111
9.8011765e+l-7.9745117e+l
1 1 1
9.7892670e+l-9.8817825e+l
1 1
9.7485970e+l -1.0279336e+2
9.7829842e+l -9.0729485e+l
1 1 1
1.0392979e+2-7.8890282e+l
1 1
1.0390294e+2-8.6000992e+l
1 1
1.0147720e+2-8.9872345e+l
1 1
1.0103742e+2-9.3094841e+l
1 1
1.0133165e+2-8.9379204e+l
1 1
9.9580292e+l-1.0341681e+2
1 1
9.9241310e+l-1.0947440e+2
1.0087389e+2 -1.0199098e+2
1 1
1.1574403e+2 -8.7785194e+l
1.1027715e+2-8.4985977e+l
9.8778976e+l -9.0866226e+l
9.3924652e+l-8.8524582e+l
8.9930984e+l -9.1979446e+l
8.0987000e+l -9.4628181e+l
8.0590782e+l -9.7786484e+l
9.1311287e+l -9.17190556+1
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg
Page 183
L1L1800C3 Loopl Line 1800E Component 3 - Hz
5509.8404060e+l9.5681320e+l2.8591643e-3
1 1600
9.9753593e+l9.5621452e+l1.3621270e-3
1 1650
9.9882805e+l1.0067700e+28.5481216e-4
1 1675
9.9912888e+l1.0399625e+27.1010314e-4
1 1700
9.9980682e+l1.0727356e+26.0202833e-4
1 1725
1.0020963e+21.1102593e+25.1845628e-4
1 1750
1.0047292e+21.1013639e+24.5207093e-4
1 1775
1.0016287e+29.6867134e+l3.9819808e-4
1 1800
1.0035027e+28.3826958e+l3.5371128e-4
1 1
9.8537132e+l 9.1233902e+l
l.OOOOOOOe+0 1 1 1
9.9941986e+l 8.9031662e+l
l.OOOOOOOe+0 1 1 1
1.0014259e+2 9.9557220e+l
l.OOOOOOOe+0 111
1.0020728e+2 1.0731227e+2
l.OOOOOOOe+0 1 1 1
1.0031399e+2 1.1362973e+2
l.OOOOOOOe+0 1 j 1 1
1.0058345e+2 1.2123066e+2
l.OOOOOOOe+0 1 1 1
1.0086654e+2 1.1786616e+2
l.OOOOOOOe+0 1 1 1
1.0060503e+2 8.2793358e+l
l.OOOOOOOe+0 1 1 1
1.0082893e+2 4.8969193e+l
l.OOOOOOOe+0 1 1 1
9.8527100e+l 7.8265213e+l
1 1 1
1.0000060e+2 6.5105591e+l
1 1 1
1.0029322e+2 7.9137932e+l
1.0039461e+2 8.9774551e+l
111
1.0054065e+2 9.6568069e+l
1 1 1
1.0086240e+2 1.0542751e+2
1 1 1
1.0118933e+2 9.7431755e+l
1 1 1
1.0092237e+2 4.2784073e+l
1 1 1
1.0117960e+2 -8.4680223e+o'
9.8691528e+l 7.1279060e+l
1 1
1.0016448e+2 5.1593616e+l
1.0059738e+2 6.7932640e+l
1 1
1.0081112e+2 7.9731461e+l
1.0108148e+28.7009842e+l
1.0157729e+2 9.5043434e+l
1.0198032e+2 8.3481117e+l
1.0166810e+2 1.7373621e+1
1 1
1.0195013e+2 -4.4596863e+l
9.7986916e+l 5.5925350e+l
9.9347778e+l 2.4566278e+l
1.0128652e+2 3.8996731e+l
1.0252265e+2 4.7374432e+l
1.0345822e+2 4.9639530e+l
1.0480090e+2 5.1929520e+l
1.0533043e+2 3.8602264e+l
1.0233199e+2 -1.9355694e+l
1.0003473e+2 -7.5352280e+l
1 1 1 1 1
Appendix C - International Precious Metals Corporation - 1996 LJTEM Survey - Eagle Lake pg 89
Page 184
L1L1800C3 Loopl Line 1800E Component 3 - Hz (cont)
8251.0043244e+2 1.0099348e+2 1.0147332e+2 1.0213860e+2 9.9078629e+l 7.8900696e+l 3.3728607e+l -3.1214418e+l -7.1449837e+l -1.0039989e+2 3.1644106e-4 l.OOOOOOOe+01111111111
8501.0045227e+2 1.0110566e+2 1.0147910e+2 1.0263737e+2 1.0194339e+2 8.8256889e+l 5.6189072e+l -9.0367436e-l -3.7903629e+l -7.1396294e+l 2.8483491e-4 l.OOOOOOOe+01111111111
8751.0058383e+2 1.0130295e+2 1.0173045e+2 1.0305437e+2 1.0419543e+2 9.5553734e+l 7.0331924e+l 1.7410202e+l -1.8192196e+l -5.6937458e+l 2.5775202e-4 l.OOOOOOOe+01111111111
9001.0084810e+2 1.0165240e+2 1.0217439e+2 1.0387244e+2 1.0621333c+2 1.0152851e+2 8.2374847e+l 3.1230539e+l -3.9378769e+0 -4.7117531e+l 2.3433618e-4 l.OOOOOOOe+01111111111
9251.0110690e+2 1.0181374e+2 1.0254590e+2 1.0472704e+2 1.0938400e+2 1.1124244e+2 1.0364954e+2 5.4426506e+l 2.1117710e+l -2.5283459e+l 2.1393197e-4 l.OOOOOOOe+0111 i 1111111
950 j1.0156649e+2 1.0233067e+2 1.0316195e+2 1.0543120e+2 1.1238267e+2 1.2099967e+2 1.2324407e+2 7.8460831e+l 4.5576717e+l -9.0393734e+0 1.9602920e-4 l.OOOOOOOe+01111111111
9751.0136050e+2 1.0205359e+2 1.0284915e+2 1.0545171e+2 1.1399250e+2 1.2771407e+2 1.3658366e+2 8.9413864e+l 5.2248188e+l -8.0055103e+0 1.8022503e-4 l.OOOOOOOe+01111111111
10001.0135832e+2 1.0214600e+2 1.0296210e+2 1.0607297e+2 1.1534544e+2 1.2944029e+2 1.3682199e+2 8.3279602e+l 4.1216568e+l -1.9613625e+l 1.6619726e-4 l.OOOOOOOe+011111111-11
10251.0142017e+2 1.0218736e+2 1.0308368e+2 1.0626710e+2 1.1609997e+2 1.2956711e+2 1.3237700e+2 7.2513710e+l' 2.6788303e+l -2.99613216+1 1.5368500e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 90
Page 185
L1L1800C3 Loopl Line 1800E Component 3 - Hz (cont)
10501.0136694e+2 1.2703233e+2 1.4247496e-4
1 1 1075
1.0113805e+2 1.2263487e+2 1.3239098e-4
1 1 1100
1.0125605e+2 1.1649897e+2 1.2328668e-4
1 1 1125
1.0143095e+2 1.1083707e+2 1.1501262e-4
1 1 1150
1.0138713e+2 1.0730502e+2 1.0749599e-4
1 1 1175
1.0144878e+2 1.0750179e+2 1. .0064766e-4
1 1 1200
1.0110912e+2 1.0951114e+2 9.4391427e-5
1 1 1225
1.0085786e+2 1.1219945e+2 8.8661720e-5
1 1 1250
1.01778196+2 1.0894041e+2 8.3401945e-5
1 1
1.0217970e+2 1.2269905e+2 l.OOOOOOOe+0 1 1 1
1.0209799e+2 1.0599828e+2 l.OOOOOOOe+0 1 1 1
1.0214419e+2 8.8624092e+l l.OOOOOOOe+0 1 1 1
1.0233834e+27.1744995e+l l.OOOOOOOe+0 1 1 1
1.0228436e+2 6.1511875e+l l.OOOOOOOe+01 i 1 1
1.0214679e+25.9592594e+l
l.OOOOOOOe+0 1 1 1
1.0174737e+2 6.1072964e+l
l.OOOOOOOe+0 1 1 1
1.0130661e+2 6.3888260e+l
l.OOOOOOOe+0 1 1 1
1.0194545e+2 5.4971188e+l
l.OOOOOOOe+0 1 1 1
1.0305412e+2 5.7053364e+l
11 1
1.0306857e+2 3.7430756e+l
1 1
1.0313293e+2 1.7276714e+l
1 1
1.0349743e+2 -1.7543861e+0
11 1
1.0336512e+2-1.2387665e+l
1 1 1
1.0321553e+2-1.62307216+1
1 1
1.0291190e+2 -1.22260916+1
1 1
1.0215652e+2 -1.1468055e+l
1 1 1
1.02726266+2-2.0019955e+l
1 1
1.0650682e+28.8460817e+0
1 1
1.0639211e+2-8.5650606e+0
1 1
1.0645611e+2-3.0873987e+l
1 1
1.0680260e+2-4.6706463e+l
1 1
1.0662705e+2-5.6280708e+l
1 1
1.0645624e+2-5.8913250e+l
1 1
1.0605809e+2-5.7531628e+l
1 1
1.0578701e+2-5.4853493e+l
- 1 1
1.0593662e+2' -6.2712517e+l
1 1
1.1581866e+2-4.3257713e+l
1.15524936+2-5.2504318e+l
1.1414497e+2 -6.4901421e+l
1.1313813e+2-7.0993202e+l
1.1278835e+2 -7.9018463e+l
1.1339714e+2-7.4620445e+l
1.1424753e+2 -8.0340424e+l
1.1438840e+2-7.2409370e+l
1.1437917e+2-8.2469177e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 91
Page 186
L1L800C3 Loopl Line 1800E Component 3 - Hz (cont)
12751.0176790e+2 1.0191341e+2 1.0253052e+2 1.0532936e+2 1.1272617e+2 1.0439672e+2 3.9404755e+l -3.6596264e+l -7.9454399e+l -9.2159035e+l 7.8563033e-5 l.OOOOOOOe+01111111111
13001.0028812e+2 1.0043874e+2 1.0086800e+2 1.0427394e+2 1.1327121e+2 1.1353889e+2 5.3346367e+l -2.3143141e+l -6.6671196e+l -9.0485069e+l 7.4102085e-5 l.OOOOOOOe+01111111111
13259.9729942e+l 9.9728172e+l 9.9993332e+l 1.0414684e+2 1.1873542e+2 1.2725876e+2 8.1173042e+l -7.4803944e+0 -6.1548668e+l -8.5476082e+l 6.9981652e-5 l.OOOOOOOe+01111111111
13509.9566536e+l 9.9590828e+l 1.0014446e+2 1.0465475e+2 1.218751 le+2 1.4029956e+2 9.8543716e+l 9.5564175e+0 -4.5039341e+l -7.4579826c+l 6.6168730e-5 l.OOOOOOOe+01111111111
13759.9232147e+l 9.9183632e+l 9.9612831e+l 1.0511119e+2 1.2570975e+2 1.5110590e+2 1.1673816e+2 2.2808575e+l -3.9792118e+l -7.5654533e+l 6.2634281e-5 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 1 1400 i
9.9393730e+l 9.9203041e+l 9.9719604e+l 1.0586398e+2 1.2935672e+2 1.5978027e+2 1.2751968e+2 2.8875013e+l -3.5015804e+l -6.9049477e+l 5.9352598e-5 l.OOOOOOOe+01111111111
14259.9028725e+l 9.8766159e+l 9.9696266e+l 1.0622267e+2 1.3267348e+2 1.6819965e+2 1.3223790e+2 3.0960125e+l -2.7199249e+l -5.5208553e+l 5.6300873e-5 l.OOOOOOOe+01111111111
14509.8825302e+l 9.9063705e+l 9.9791176e+l 1.0681612e+2 1.3622719e+2 1.7015504e+2 1.3227892e+2 3.0046097e+l -3.4911606e+l -6.7380775e+l 5.3458767e-5 l.OOOOOOOe+011111111-11
14759.8642960e+l 9.8757973e+l 9.9467445e+l, 1.0680511e+2 1.3615546e+2 1.6904439e+2 1.2128626e+2 1.9661966e+l' -4.2941551e+l -7.2370178e+l 5.0808187e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 92
Page 187
L1L800C3 Loopl Line 1800E Component 3 - Hz (cont)
15009.8545830e+l1.6210274e+24.8332859e-5
1 11525
9.8551407e+l1.6336917e+24.6018245e-5
1 11550
9.8439331e+l1.6756308e+24.3851236e-5
1 11575
9.8262321e+l1.7092567e+24.1820036e-5
1 11600
9.8545425e+l1.6929771e+23.9913946e-5
1 11625
9.8286301e+l1.6017628e+23.8123377e-5
1 11650
9.8374931e+l1.4398022e+23.6439520e-5
1 11675
9.8159012e+l1.2510108e+23.4854424e-5
1 11700
9.8077911e+l1.0105344e+23.3360888e-5
1 1
9.8489784e+l 1.0742465e+2
l.OOOOOOOe+0 1 1 1
9.8682243e+l 9.6625793e+l
l.OOOOOOOe+0 1 1 1
9.8666183e+l 1.0051958e+2
l.OOOOOOOe+0 1 1 1
9.8378685e+l 9.8740097e+l
l.OOOOOOOe+0 111
9.8415718e+l 9.1013779e+l
l.OOOOOOOe+0 111 1
9.8642731e+l 7.7211761e+l
l.OOOOOOOe+0 111
9.8276123e+l 5.4593243e+l
l.OOOOOOOe+0 111
9.8520576e+l 3.4715199e+l
l.OOOOOOOe+0 1 1 1
9.8111626e+l 9.5929489e+0
l.OOOOOOOe+0 1 1 1
9.9219032e+l 1.0637100e+2 1.1033679e+l -5.2133621e+l
1
9.9276535e+l 1.0712305e+2 2.0922115e+0 -5.1601974e+l
1 1 1
9.9234756e+l 1.0807748e+2 2.1727735e-l -5.7965878e+l
1 1 1
9.9039658e+l 1.0811191e+2-4.3808417e+0 -5.8918343e+l
1.3628270e+2 -8.18965686+1
1.3900223e+2 -7.2088989e+l
1.4044182e+2-7.4871574e+l
1.4353662e+2-7.1250397e+l
1111 1
9.9452126e+l 1.0900519e+2 -7.8849196e+0 -5.8117882e+l
1 1
9.9276382e+l 1.0853822e+2 -1.3627575e+l -6.6279076e+l
1
9.9285881e+l 1.0780077e+2 -2.8447908e+l -7.2132713e+l
1
9.9060333e+l 1.0706220e+2 -4.3722240e+l -8.5129990e+l
1 1
9.8417053e+l 1.0595063e+2 -5.1842937e+l' -7.8953545e+l
1.4442696e+2-7.1912292e+l
1.4324884e+2 -8.5431175e+l
1.3675920e+2 -8.3064499e+l
1.2862857e+2 -8.9654915e+l
1.2103997e+2 -8.8582207e+l
1 1 1 1
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 93
Page 188
L1L800C3 Loopl Line 1800E Component 3 - Hz (cont)
17259.8513611e+l7.8045380e+l3.1952241e-5
1 11750
9.8325386e+l5.3844803e+l3.0622527e-5
1 11775
9.8053284e+l3.5672977e+l2.9366203e-5
1 11825
9.8073219e+l1.9431200e+l2.7053889e-5
1 11875
9.8147072e+l4.3894741e+l2.4979736e-5
1 11925
9.7565765e+l4.0404381e+l2.3113518e-5
1 11975
9.8455551e+l-2.2118382e+l 2.1429683e-5
1 1 2025
9.7740509e+l-2.3577602e+l1.9906291e-5
1 1
9.8342278e+l-1.3408510e+l l.OOOOOOOe+0 1 1 1
9.8379135e+l-3.5527348e+l l.OOOOOOOe+0 1 1 1
9.7906464e+l-4.9122047e+l l.OOOOOOOe+0 1 1 1
9.8247353e+l-6.6663582e+l l.OOOOOOOe+0 1 1 1
9.8085022e+l-3.8047291e+l l.OOOOOOOe+0 1 ; 1 1
9.78707286+1-3.9385223e+l l.OOOOOOOe+0 1 1 1
9.8219521e+l-1.02268026+2 l.OOOOOOOe+0 1 1 1
9.6787308e+l-9.87204216+1 l.OOOOOOOe+0 1 1 1
9.8992332e+l-6.5620117e+l
1 1 1
9.8471626e+l-7.8863243e+l
1 1 1
9.8078011e+l-8.55015726+1
1 1 1
9.8528374e+l -9.8651985e+l
9.8628807e+l-7.9550255e+l
1 1 1
9.8210243e+l-7.9592590e+l
1 1 1
1.0410701e+2-8.6168762e+l
1 1
1.0148194e+2-9.1420670e+l
1 1
1.0086192e+2-1.0205050e+2
1 1
9.9092545e+l-1.0463485e+2
1.0157348e+2 -9.19300166+1
1 1
1.1034010e+2 -9.5127113e+l
1.0077066e+2 -8.8140961e+l
9.3864426e+l -1.0542963e+2
8.5541893e+l -9.4843712e+l
9.6823196e+l -8.6823166e+l
9.7922043e+l-1.1149601e+2
1 1 1
9.7342255e+l-1.1263403e+2
1 1 1 -
1.0168904e+2-9.15104906+1
1 1
9.6460556e+l-1.1020609e+2
1 1
9.6147537e+l-1.17002816+2
9.5326080e+l -8.5131668e+l
6.5087814e+l -1.0943771e+2
6.5840485e+l -1.0991818e+2
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 94
Page 189
L1L1900C3 Loopl Line 1900E Component 3 - Hz
5509.9731018e+l 9.9861275e+l 9.9918106e+l 9.9992073e+l 9.9463043e+l 9.8252937e+l 9.6308075e+l 8.7798447e+l 8.4036194e+l 6.9671745e+l 2.9348489e-3 l.OOOOOOOe+01111111111
6009.9807938e+l 9.9991631e+l 1.0005108e+2 1.0021832e+2 9.8616676e+l 9.3995216e+l 8.6221611e+l 6.0890812e+l 4.6769325e+l 2.0021437e+l 1.3743305e-3 l.OOOOOOOe+01111111111
6509.9914200e+l 1.0017143e+2 1.0031399e+2 1.0062263e+2 9.9577347e+l 9.6345192e+l 9.0723007e+l 6.4083542e+l 4.8043777e+l 1.7740473e+l 8.5607287e-4 l.OOOOOOOe+01111111111
6759.9968246e+l 1.0024579e+2 1.0044275e+2 1.0091081e+2 1.0069307e+2 9.9937798e+l 9.8586098e+l 7.4730484e+l 6.0826477e+l 2.9292059e+l 7.0930325e-4 l.OOOOOOOe+01111111111
7001.0007657e+2 1.0040707e+2 1.0066833e+2 1.0133176e+2 1.0236296e+2 1.0598795e+2 1.1219028e+2 9.4946480e+l 8.3845634e+l 5.1116741e+l 6.0003233e-4 l.OOOOOOOe+0111,1111111
725 |1.0032283e+2 1.0069828e+2 1.0097747e+2 1.0180917e+2 1.0417351e+2 1.1156197e+2 1.2400327e+2 1.1108680e+2 1.0217342e+2 6.5294418e+l 5.1575649e-4 l.OOOOOOOe+01111111111
7501.0035688e+2 1.0076744e+2 1.0112457e+2 1.0210750e+2 1.0461029e+2 1.1224724e+2 1.2503426e+2 1.1002550e+2 9.7788055e+l 5.6227753e+l 4.4896474e-4 l.OOOOOOOe+01111111111
7751.0027476e+2 1.0067390e+2 1.0103716e+2 1.0211315e+2 1.0402257e+2 1.0842753e+2 1.1472830e+2 9.0401794e+l 7.3413902e+l 3.1348700e+l 3.9487306e-4 l.OOOOOOOe+01111111111
8001.0040811e+2 1.0083574e+2 1.0127941e+2 1.0225056e+2 1.0166479e+2 9.6291077e+l 8.2761223e+l 4.1239178e+l' 1.4794840e+l -2.1097002e+l 3.5028934e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 95
Page 190
L1L1900C3 Loopl Line 1900E Component 3 - Hz (cont)
8501.0071062e+2 1.0125526e+2 1.0173688e+2 1.0268755e+2 9.9614098e+l 8.3332237e+l 4.8101311e+l -1.3357313e+l -4.9716370e+l -7.6850014e+l 2.8143518e-4 l.OOOOOOOe+01111111111
8751.0023760e+2 1.0082859e+2 1.0134515e+2 1.0276273e+2 1.0204623e+2 9.2781532e+l 6.9670624e+l 1.5921339e+l -1.4714007e+l -4.5567322e+l 2.5442700e-4 l.OOOOOOOe+01111111111
9001.0040935e+2 1.0103757e+2 1.0162748e+2 1.0335095e+2 1.0491652e+2 1.0279916e+2 9.1303795e+l 4.6295826e+l 1.4650276e+l -2.4262049e+l 2.3111001e-4 l.OOOOOOOe+01111111111
9251.0050864e+2 1.0115810e+2 1.0175647e+2 1.0384599e+2 1.0721151e+2 1.0993660e+2 1.0758327e+2 6.4810417e+l 3.5019745e+l -8.2929096e+0 2.1082009e-4 l.OOOOOOOe+01111111111
9501.0059630e+2 1.0133125e+2 1.0197415e+2 1.0441128e+2 1.0905644e+2 1.1489970e+2 1.1589943e+2 7.3965111e+l 4.1380898e+l -7.0219488e+0 1.9304120e-4 l.OOOOOOOe+0111:1111111
1000 i1.0084212e+2 1.0166895e+2 1.0237350e+2 1.0559980e+2 1.1286102e+2 1.2652890e+2 1.3783113e+2 9.4023438e+l 6.0933769e+l 5.2040405e+0 1.6346914e-4 l.OOOOOOOe+01111111111
10501.0109003e+2 1.0198760e+2 1.0282373e+2 1.0621969e+2 1.1264622e+2 1.2126868e+2 1.1897370e+2 6.2851974e+l 2.0819464e+l -2.8449587e+l 1.4000607e-4 l.OOOOOOOe+01111111111
10751.0130103e+2 1.0218548e+2 1.0327132e+2 1.0640983e+2 1.1068240e+2 I.1057991e+2 9.2789841e+l 2.8361961e+l -1.3583986e+l -5.0359894e+l 1.3004764e-4 1 .OOOOOOOe+01111111111
11001.0150204e+2 1.0244880e+2 1.0343245e+2 1.0647194e+2 1.0998301e+2 1.0461314e+2 7.5621147e+l 8.4867496e+o' -3.6727745e+l -7.0032730e+l 1.2106491e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 96
Page 191
L1L1900C3 Loopl Line 1900E Component 3 - Hz (cont)
11251.0144621e+2 1.0238143e+2 1.0348711e+2 1.0714149e+2 1.1386790e+2 1.1803436e+2 1.0188431e+2 3.8549080e+l -5.2499194e+0 -4.7773602e+l 1.1292784e-4 l.OOOOOOOe+01111111111
11501.0125433e+2 1.0220956e+2 1.0343519e+2 1.0720570e+2 1.1472268e+2 1.2126080e+2 1.0668844e+2 4.2723343e+l -7.9939574e-l -4.5532597e+l 1.0553982e-4 l.OOOOOOOe+01111111111
11751.0090175e+2 1.0163394e+2 1.0293176e+2 1.0634280e+2 1.0785199e+2 9.3724892e+l 4.3160831e+l -2.6714487e+l -6.1276627e+l -7.9542328e+l 9.8812125e-5 l.OOOOOOOe+01111111111
12001.0133783e+2 1.0203963e+2 1.0332225e+2 1.0587160e+2 1.0238485e+2 7.0452660e+l -8.3333797e+0 -8.4853706e+l -1.1625333e+2 -1.1565873e+2 9.2668983e-5 l.OOOOOOOe+01111111111
12251.0108052e+2 1.0159933e+2 1.0309604e+2 1.0537370e+2 1.0013177e+2 6.3119411e+l -2.5591909e+l -1.0384623e+2 -1.3872739e+2 -1.3315680e+2 8.7045257e-5 l.OOOOOOOe+0111(1111111
1250 I1.0093162e+2 1.0154025e+2 1.0284403e+2 1.0542498e+2 1.0349899e+2 7.1731140e+l -9.1452713e+0 -8.8421333e+l -1.2075510e+2 -1.1859633e+2 8.1884806e-5 l.OOOOOOOe+01111111111
12751.0094144e+2 1.0154896e+2 1.0254237e+2 1.0606547e+2 1.0821029e+2 8.9700508e+l 2.3863062e+l -5.3673325e+l -9.3865982e+l -1.0802369e+2 7.7138837e-5 l.OOOOOOOe+01111111111
13001.0168282e+2 1.0203149e+2 1.0276387e+2 1.0648700e+2 1.1225234e+2 1.0404945e+2 4.8669388e+l -3.2331791e+l -7.4796539e+l -9.2603218e+l 7.2764895e-5 l.OOOOOOOe+011111111-11
13251.0928435e+2 1.0968636e+2 1.1007155e+2, 1.1474165e+2 1.2350536e+2 1.2301988e+2 6.9817711e+l -1.4827056e+l -6.3768681e+l -9.5305519e+l 6.8725858e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 97
Page 192
L1L1900C3 Loopl Line 1900E Component 3 - Hz (cont)
13501.0158743e+21.2447772e+26.4989094e-5
1 11375
1.0023749e+21.3974950e+26.1525883e-5
1 11425
9.9310417e+l1.6154120e+25.5321445e-5
1 11475
9.9123619e+l1.9724635e+24.9941591e-5
1 11500
9.8944511e+l2.1346375e+24.7517304e-5
1 11525
9.9277016e+l2.2666209e+24.5250421e-5
1 11550
9.9116127e+l2.2571460e+24.3128071e-5
1 11575
9.8941444e+l2.1450699e+24.1138650e-5
1 11600
9.8715187e+l1.9885622e+23.9271727e-5
1 1
1.0193520e+2 8.3907906e+l
l.OOOOOOOe+0 1 1 1
1.0059377e+21.0957123e+2
l.OOOOOOOe+0 1 1 1
9.9353706e+l 1.3567058e+2
l.OOOOOOOe+0 1 1 1
9.9466484e+l 1.8938858e+2
l.OOOOOOOe+0 1 1 1
9.9133591e+l 2.1349286e+2
l.OOOOOOOe+0 1.1 1
9.9351753e+l 2.2466949e+2
l.OOOOOOOe+0 1 1 1
9.9424606e+l 2.1327061e+2
l.OOOOOOOe+0 111
9.9228218e+l 1.9121371e+2
l.OOOOOOOe+0 1 1 1
9.8866920e+l 1.5530431e+2
l.OOOOOOOe+0 1 1 1
1.029131le+2 -5.9180278e-l
1 1 1
1.0134515e+2 1.9373678e+1
1 1
1.0005730e+2 4.9190479e+l
1 1 1
1.0007282e+2 8.4186012e+l
111
1.0010335e+2 1.0076931e+2
1 1 1
1.0030152e+2 1.0991570e+2
1.0720194e+2-4.9414547e+l
1 1
1.0706454e+2-2.8076946e+l
1 1
1.0727719e+2-1.0275279e+1
1 1
1.0039777e+2 9.2928062e+l
1 1
1.1991669e+2-7.2566910e+l
1.22960706+2 -5.6136177e+l
1.3061403e+2 -5.3140015e+l
9.9372536e+l 7.2407997e+l
111
9.9855682e+; 4.28973736+1
1 1 1
1.0891171e+2 1.94422096+1
1 1
1.1004205e+2 3.2968456e+l
1 1
1.1135182e+2 2.9771326e+l
1 1
1.1176305e+2 1.9540098e+l
1 1
1.1140912e+2-6.4942546e+0
- 1 1
1.1023077e+2-2.1948765e+l
1 1
1.4374677e+2 -2.9896910e+l
1.4954640e+2 -1.94591356+1
1.5526254e+2-3.3487495e+l
1.5609610e+2-3.6445099e+l
1.5336465e+2-5.2673988e+l
1.4908191e+2-5.3585011e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 98
Page 193
L1L1900C3 Loopl Line 1900E Component 3 - Hz (cont)
16259.8428703e+l 9.8492691e+l 9.990541 le+1 1.0897938e+2 1.4284210e+2 1.7620503e+2 1.1916498e+2 1.17391916+1 -3.2934883e+l -5.3837872e+l 3.7517791e-5 l.OOOOOOOe+01111111111
16509.8571594e+l 9.8951828e+l 9.9571938e+l 1.0862849e+2 1.3636195e+2 1.5626550e+2 8.9679573e+l -4.6598039e+0 -5.8686333e+l -7.9449875e+l 3.5868241e-5 l.OOOOOOOe+01111111111
16759.8702370e+l 9.8839081e+l 9.9844147e+l 1.0763205e+2 1.3067015e+2 1.3774930e+2 6.5476112e+l -2.6789042e+l -6.7200615e+l -7.3680077e+l 3.4315330e-5 l.OOOOOOOe+01223335556
17009.8639328e+l 9.8895721e+l 9.9869514e+l 1.0705885e+2 1.2568189e+2 1.2271288e+2 4.7356018e+l -3.6438721e+l -6.8845596e+l -7.8600098e+l 3.2851902e-5 l.OOOOOOOe+01111111111
17259.8656265e+l 9.8611938e+l 9.9676468e+l 1.0583427e+2 1.1842590e+2 1.0441335e+2 2.1445415e+l -4.9311569e+l -7.7314384e+l -8.1221779e+l 3.1471543e-5 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 11750 j
9.8533478e+l 9.8415329e+l 9.9438927e+l 1.0417565e+2 1.1074397e+2 8.2855652e+l 4.2898300e-l -6.2339451e+l -8.3064674e+l -8.8073631e+l 3.0168303e-5 l.OOOOOOOe+01111111111
17759.8511322e+l 9.8547958e+l 9.9262001e+l 1.0326459e+2 1.0259393e+2 6.5091385e+l -2.0011761e+l -6.6772530e+l -9.3917305e+l -1.0344749e+2 2.8936820e-5 l.OOOOOOOe+01111111111
18009.8467476e+l 9.8164055e+l 9.9104797e+l 1.0217373e+2 9.6790146e+l 4.7166100e+l -3.4498394e+l -7.7044800e+l -9.5214966e+l -9.5633530e+l 2.7772130e-5 l.OOOOOOOe+011111111-11
18259.8247406e+l 9.8516647e+l 9.89776466+1, 1.0109412e+2 8.9778664e+l 3.4655399e+l -4.7997665e+l -8.4674416e+,l -9.9388054e+l -9.7403023e+l 2.6669719e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 99
Page 194
L1L1900C3 Loopl Line 1900E Component 3 - Hz (cont)
18509.8381340e+l2.6821320e+l2.5625437e-5
1 11900
9.8197105e+l2.2628153e+l2.3696171e-5
1 11950
9.8190636e+l2.6979767e+l2.1957194e-5
1 12000
9.8459351e+l-6.8707404e+0 2.0385429e-5
1 1 2050
9.8378586e+l-1.4056598e+l 1.8961015e-5
1 1 2100
9.8667099e+l7.5483429e-l1.7666971 e-5
1 1
9.8005577e+l-5.3396339e+l l.OOOOOOOe+0 1 1 1
9.8479240e+l-5.5556591e+l l.OOOOOOOe+0 1 1 1
9.8219414e+l-4.8095989e+l l.OOOOOOOe+0 1 1 1
9.8458679e+l-7.7654633e+l l.OOOOOOOe+0 1 1 1
9.8460960e+l-8.8261505e+l l.OOOOOOOe+0 1 i 1 1
9.9115402e+l-6.8850067e+l l.OOOOOOOe+0 1 1 1
9.8932655e+l -9.1169090e+l
1 1 1
9.8579117e+l -8.4853409e+l
1 1
9.9193306e+l -7.8807579e+l
1 1 1
9.8554611e+l-9.8876129e+l
1 1 1
9.8720146e+l-9.9563675e+l
9.9022324e+l -9.1890427e+l
1.0070238e+2 -1.0093758e+2
1.0007159e+2-9.6591064e+l
1 1
1.0107162e+2-8.7175652e+l
1 1
9.8188553e+l-9.4270638e+l
1 1
9.7823845e+l-8.9886742e+l
1.0032483e+2 -9.4116982e+l
1 1
8.6800362e+l -9.4636620e+l
8.4463951e+l -9.6164803e+l
8.6893524e+l -8.4767441c+l
7.1787651e+l -8.3628395e+l
6.7032951e+l -7.8152245e+l
7.7668755e+l -8.6597687e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 100
Page 195
L1L2000C3 Loopl Line 2000E Component 3 - Hz
5509.6083191e+l9.5664223e+l2.7858641e-3
1 1600
9.8250702e+l9.5708748e+l1.3312871e-3
1 1625
9.8419014e+l9.43055196+11.0328077e-3
1 1650
9.8866661e+l9.5090622e+l8.3329936e-4
1 1675
9.9001923e+l1.0003003e+26.91015746-4
1 1700
9.9193436e+l1.0838445e+25.8477378e-4
1 1725
9.9375801e+l1.0839149e+25.0268054e-4
1 1750
9.9534447e+l1.0716879e+24.3754402e-4
1 1775
9.9681671e+l1.0098356e+23.8475942e-4
1 1
9.6212456e+l 9.5601448e+l
l.OOOOOOOe+0 1 1 1
9.8435165e+l 9.28358006+1
l.OOOOOOOe+0 111
9.8652534e+l 8.8129128e+l
l.OOOOOOOe+0 1 1 1
9.9107246e+l 8.9392288e+l
l.OOOOOOOe+0 1 1 1
9.92626196+1 1.0060707e+2
l.OOOOOOOe+0 111 1
9.95083316+1 1.1964460e+2
l.OOOOOOOe+0 1 1 1
9.9741325e+l 1.1806199e+2
l.OOOOOOOe+0 111
9.9917130e+l 1.1375575e+2
l.OOOOOOOe+0 1 1 1
1.0010449e+2 9.7103027e+l
l.OOOOOOOe+0 111
9.6265144e+l 8.6655296e+l
1 1 1
9.8504074e+l 7.1187981e+l
1 1 1
9.8731758e+l 6.1185238e+l
1 1 1
9.9253983e+l 6.0841797e+l
9.9452942e+l 7.7919243e+l
111
9.9735367e+l 1.0651221e+2
1 1
9.9928841e+l 1.0041161e+2
1 1 1
1.0015942e+2 9.0798637e+l
1 1 1
1.0045969e+2 6.4032135e+l'
1 1 1
9.6363716e+l 8.2766747e+l
1 1
9.8766655e+l 5.9335789e+l
1 1
9.9004875e+l 4.5543556e+l
1 1
9.9545860e+l 4.5409966e+l
9.9821220e+l 6.6116592e+l
1 1
1.0031543e+2 9.9360397e+l
1 1
1.0071349e+2 9.0719124e+l
1 1
1.0106283e+2 7.8945091e+l
1 1
1.0129410e+2 4.3343620e+l
1 1
9.6066452e+l 6.5115822e+l
9.7893379e+l 2.9145744e+l
9.7690887e+l 1.4825187e+l
9.8350487e+l 1.5269425e+l
9.9693947e+l 3.7742416e+l
1.0199648e+2 6.8856567e+l
1.0228129e+25.5789085e+l
1.0248257e+2 4.2491051e+l
1.0157638e+2 5.2406979e+0
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 101
Page 196
L1L2000C3 Loopl Line 2000E Component 3 - Hz (cont)
8009.9978424e+l 9.1949966e+l 3.4124200e-4
1 1 825
1.0011044e+2 1.0421339e+2 3.0484828e-4
1 1 850
1.0017412e+2 1.0356935e+2 2.7404242e-4
1 1 875
1.0045667e+2 9.7949821e+l 2.4769560e-4
1 1 900
1.0068643e+2 9.9801414e+l 2.2495980e-4
1 1 925
1.0073914e+2 1.0444073e+2 2.0518569e-4
1 1 975
1.0108092e+2 1.2010656c+2 1.7260808e-4
1 1 1025
1.0122070e+2 1.2647463e+2 1.4704590e-4
1 1 1050
1.0121958e+21.29775516+21.3627496e-4
1 1
1.0047016e+2 7.3057510e+l l.OOOOOOOe+0 1 1 1
1.0062262e+2 1.0250198e+2 l.OOOOOOOe+0 1 1 1
1.0077065e+29.8185295e+l l.OOOOOOOe+0 1 1 1
1.0097462e+28.2508804e+l l.OOOOOOOe+0 1 1 1
1.0130120e+28.4299454e+l l.OOOOOOOe+0 1 | 1 1
1.01289736+2 9.3090218e+l l.OOOOOOOe+0 1 1 1
1.0177776e+2 1.2693327e+2l.OOOOOOOe+0 1 1 1
1.0202456e+2 1.3640459e+2l.OOOOOOOe+0 1 1 1
1.0203110e+2 1.4096843e+2 l.OOOOOOOe+0 1 1 1
1.0078629e+2 2.6644184e+l
1 1 1
1.0112550e+2 6.5417099e+l
1 1
1.0128268e+2 5.6982861e+l
1 1 1
1.0158295e+23.4844353e+l
1 1 1
1.0178901e+23.5482391e+l
1 1 1
1.0196583e+2 4.4812191e+l
1 1
1.0246912e+28.4248817e+l
1 1 1
1.0277640e+2 9.3041168e+l
1 1 1
1.02871006+2, 9.3467545e+l
1 1 1
1.0164057e+2 -2.8935113e+0
1 1
1.0218309e+2 4.3199753e+l
1 1
1.0256425e+23.1774378e+l
1 1
1.0285602e+2 5.2429914e+0
1 1
1.0323758e+23.3947275e+0
1 1
1.0354212e+2 1.4690133e+l
1 1
1.0495747e+25.4746773e+l
1 1
1.0564307e+25.8984467e+l
1 1
1.0624296e+25.6802589e+l
1 1
1.0014282e+2-3.8015907e+l
1.0353969e+23.3087518e+0
1.0368264e+2 -7.6405044e+0
1.0287603e+2 -3.06344496+1
1.0369539e+2 -3.0801682e+l
1.0521059e+2 -2.0492720e+l
1.1067561e+2 6.9174352e+0
1.1336713e+2 4.7268504e-l
1.1418830e+2 1.8585670e+0
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 102
Page 197
L1L2000C3 Loopl Line 2000E Component 3 - Hz (cont)
10751.0125248e+2 1.0203294e+2 1.0293699e+2 1.0660432e+2 1.1475726e+2 1.3008247e+2 1.3889612e+2 8.5956825e+l 5.0434673e+l -2.4310784e+0 1.2660003e-4 l.OOOOOOOe+01111111111
11001.0130846e+2 1.0224475e+2 1.0330091e+2 1.0627954e+2 1.1402694e+2 1.2380984e+2 1.2174821e+2 6.4232811e+l 2.4110582e+l -2.3870319e+l 1.1787663e-4 l.OOOOOOOe+01111111111
11251.0161648e+2 1.0238708e+2 1.0351994e+2 1.0682262e+2 1.1287119e+2 1.1632193e+2 9.9947769e+l 3.7185619e+l -3.1607416e+0 -4.2509674e+l 1.0994601e-4 l.OOOOOOOe+01111111111
11501.0224477e+2 1.0289003e+2 1.0426104e+2 1.0794920e+2 1.1605050e+2 1.2525845e+2 1.1635831e+2 5.2582848e+l 9.2703180e+0 -3.6546917e+l 1.0275061e-4 l.OOOOOOOe+01111111111
11751.0177875e+2 1.0272880e+2 1.0391193e+2 1.0775837e+2 1.1527142e+2 1.2251661e+2 1.0682243e+2 3.8369484e+l -9.4380158e-l -3.9306889e+l 9.6202566e-5 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 11200 i
1.0193231e+2 1.0270749e+2 1.0398480e+2 1.0780170e+2 1.1365413e+2 1.1226203e+2 8.1762634e+l 1.1024357e+l -2.6576235e+l -5.3970512e+l 9.0226917e-5 l.OOOOOOOe+01111111111
12251.0135481e+2 1.0221946e+2 1.0335400e+2 1.0713921e+2 1.1073905e+2 1.0182231e+2 5.6988358e+l -1.5465571e+l -5.6350735e+l -7.4257988e+l 8.4759326e-5 l.OOOOOOOe+01111111111
12501.0191893e+2 1.0287357e+2 1.0406951e+2 1.0720263e+2 1.1050750e+2 9.7140030e+l 4.5156155e+l -2.8562098e+l -6.9253197e+l -8.2727501e+l 7.9744372e-5 l.OOOOOOOe+01111111111
12751.0178618e+2 1.0264429e+2 1.0374326e+2, 1.0682670e+2 1.0624508e+2 8.2572289e+l 1.1947925e+l -6.0781841e+l -1.0111717e+2 -1.0348381e+2 7.5133976e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 103
Page 198
L1L2000C3 Loopl Line 2000E Component 3 - Hz (cont)
13001.0167147e+27.9646683e+l7.0886388e-5
1 11325
1.0165974e+21.0187112e+26.6965054e-5
1 11350
1.0109949e+21.1727316e+26.3338004e-5
1 11375
1.0073637e+21.2979965e+25.9977079e-5
1 11400
1.0077285e+21.4418405e+25.6857349e-5
1 11425
1.0018583e+21.6491074e+25.3956821e-5
1 11450
1.0026137e+21.8487025e+25.1255895e-5
1 11475
1.0015492e+21.9661465e+24.8737165e-5
1 11500
1.0023966e+22.1086522e+24.6384972e-5
1 1
1.0235119e+2 4.5699306e+0 l.OOOOOOOe+0 1 1 1
1.0225667e+2 4.5686165e+l l.OOOOOOOe+0 1 1 1
1.0184056e+27.5039772e+l l.OOOOOOOe+0 1 1 1
1.0126790e+2 9.1501495e+l l.OOOOOOOe+0 1 1 1
1.0133128e+2 1.1733326e+2 l.OOOOOOOe+0 1 ! 1 1
1.0065804e+2 1.4902153e+2 l.OOOOOOOe+0 1 1 1
1.0069724e+2 1.8152876e+2 l.OOOOOOOe+0 1 1 1
1.0071474e+2 1.9433527e+2 l.OOOOOOOe+0 1 1 1
1.0076377e+2 2.1115207e+2 l.OOOOOOOe+0 1 1 1
1.0314442e+2 -6.8146675e+l
1 1 1
1.0338593e+2 -2.7639090e+l
1 1 1
1.0276105e+2 -7.2334993e-l
1 1 1
1.0233425e+2 1.6523693e+l
1 1 1
1.0230802e+2 3.8466751e+l
1 1 1
1.0144297e+2 6.4498093e+l
1 1
1.0615099e+2-1.0485515e+2
1 1
1.0715110e+2-6.7197273e+l
1 1
1.0731454e+2-4.4582165e+l
1 1
1.0732414e+2-3.0195366e+l
1.0811687e+2-8.8750687e+0
1 1
1.0857085e+2 7.7982211e+0
1.0172889e+29.1282806e+l
1 1 1
1.0163709e+2 9.8240013e+l
1.0954214e+23.1300352e+l
1 1
1.10379306+23.2545662e+l
1 1 11 1
1.01709316+2, 1.0955212e+2
1 1 1
1.1130565e+23.5985443e+l
1 1
1.0528873e+2 -1.0494456e+2
1.1194026e+2 -8.2393921e+l
1.1684013e+2_6.7444420e+l
1.2036637e+2 -6.2832966e+l
1.2543257e+2 -4.6154064e+l
1.3214760e+2 -3.4367764e+l
1.3893800e+2 -1.75941776+1
1.4299652e+2 -1.89223906+1
1.4898120e+2 -2.1253559e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 104
Page 199
L1L2000C3 Loopl Line 2000E Component 3 - Hz (cont)
15251.0006642e+2 1.0031331e+2 1.0126492e+2 1.1269513e+2 1.5694626e+2 2.3354561e+2 2.4009703e+2 1.3277838e+2 5.4710796e+l -8.8659544e+0 4.4185421e-5 l.OOOOOOOe+01111111111
15509.9648453e+l 1.0006761e+2 1.0106647e+2 1.1205501e+2 1.5628619e+2 2.2815520e+2 2.2703601e+2 1.1309367e+2 3.8405254e+l -1.9584862e+l 4.2125946e-5 l.OOOOOOOe+01111111111
16009.9325394e+l 9.9103889e+l 1.0103423e+2 1.0949016e+2 1.4210245e+2 1.8258237e+2 1.4991122e+2 4.0394737e+l -2.1125793e+l -4.9783218e+l 3.8383187e-5 l.OOOOOOOe+01111111111
16259.9204544e+l 9.9338112e+l 1.0067516e+2 1.0806687e+2 1.3256113e+2 1.5645096e+2 1.0452058e+2 6.9838014e+0 -5.1356106e+l -6.8757362e+l 3.6680525e-5 l.OOOOOOOe+01111111111
16509.9132576e+l 9,91703116+1 1.0036871e+2 1.0690475e+2 1.2428848e+2 1.2888130e+2 6.5899132e+l -2.4046133e+l -6.2006828e+l -6.9747513e+l 3.5078941e-5 l.OOOOOOOe+0111; 1111111
1700 j9.8677879e+l 9.8813477e+l 9.9755478e+l 1.0450272e+2 1.1301974e+2 9.3854332e+l 1.9304432e+l -5.2858898e+l -8.0300285e+l -8.5199509e+l 3.2149394e-5 l.OOOOOOOe+01111111111
17259.7945610e+l 9.8225037e+l 9.9048843e+l 1.0404946e+2 1.1290604e+2 9.4764702e+l 1.6212749e+l -5.3496693e+l -8.3161331e+l -8.5740623e+l 3.0808333e-5 l.OOOOOOOe+01111111111
17509.7748062e+l 9.7986511e+l 9.8960869e+l 1.0407159e+2 1.1462571e+2 9.7891663e+l 2.2270239e+l -5.1269421e+l -8.2181602e+l -8.1326225e+l 2.9541874e-5 l.OOOOOOOe+011111111-11
18009.7302338e+l 9.7624977e+l 9.8490395e+l 1.0422720e+2 1.1410222e+2 9.6309784e+l 1.8672361e+l -5.3088394e+l -8.6007607e+l -9.1105247e+l 2.7212531e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 105
Page 200
L1L2000C3 Loopl Line 2000E Component 3 - Hz (cont)
18509.6963188e+l8.3236618e+l2.5124600e-5
1 11900
9.6812744e+l7.4882553e+l2.3247076e-5
1 11925
9.6903259e+l8.0664406e+l2.2378908e-5
1 11950
9.6223244e+l8.5309006e+l2.1553820e-5
1 11975
9.6104324e+l9.2825920e+l2.0769157e-5
1 12000
9.5589844e+l9.0033333e+l2.0022439e-5
1 12050
9.5792603e+l7.2919563e+l1.8633822e-5
1 12100
9.4503113e+l5.4264397e+l1.7371522e-5
1 1
9.7238007e+l 4.3416739e-l l.OOOOOOOe+0 1 1 1
9.6883514e+l-9.4234076e+0 l.OOOOOOOe+0 1 1 1
9.7212677e+l-7.9664474e+0 l.OOOOOOOe+0 1 1 1
9.6831787e+l 1.5459363e+0 l.OOOOOOOe+0 1 1 1
9,6427483e+l 7.1264834e+0 l.OOOOOOOe+0 1 .; 1 1
9'.5811676e+l 1.6892763e+0 l.OOOOOOOe+0 1 1 1
9.6455536e+l-8.6770716e+0 l.OOOOOOOe+0 1 1 1
9.5204269e+l-2.8793846e+ll.OOOOOOOe+0111
9.8261742e+l -6.1723545e+l
1 1 1
9.7708923e+l -7.8229919e+l
9.7975044e+l-7.12145926+1
1 1 1
9.7690430e+l-6.5492310e+l
1 1 1
9.7500053e+l-5.5045975e+l
1 1 1
9.7254875e+l-6.1014542e+l
1 1 1
9.7219566e+l-6.3845402e+l
1.0374761e+2-9.2366615e+l
1 1
1.0323934e+2-9.8663116e+l
1 1
1.0405222e+2-1.0330133e+2
1 1
1.0411047e+2-8.9137543e+l
1 1
1.0509882e+2-9.3326469e+l
1 1
1.0497316e+2 -7.7759216e+l
1 1 1
9.6165314e+l -7.6213005e+l
1.0950873e+2 -9.6640198c+l
1.0698354e+2 -8.6508614e+l
1.1036290e+2 -9.7878487e+l
1.1343815e+2 -8.7524673e+l
1.1737762e+2 -1.0163554e+2
1.1392210e+2 -8.0557838e+l
1 1 1
1.0399627e+2-9.3648537e+l
1 1
1.0118945e+2-9.4004120e+l
1 1
1.0990274e+2 -9.1793610e+l
9.8493126e+l -8.9827538e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 106
Page 201
L1L2100C3 Loopl Line 2100E Component 3 - Hz
5509.5720276e+l 9.5845573e+l 9.5875748e+l 9.5986595e+l 9.5752441e+l 9.5799530e+l 9.6836487e+l 8.5748589e+l 8.2691254e+l 6.3792873e+l 2.8748042e-3 l.OOOOOOOe+01111111111
6009.6908104e+l 9.7093445e+l 9.7133278e+l 9.7305229e+l 9.6009529e+l 9.2538979e+l 8.6859467e+l 5.6722912e+l 4.1885784e+l 1.1893557e+l 13394187e-3 l.OOOOOOOe+01111111111
6259.7146454e+l 9.7372643e+l 9.7451241e+l 9.7633743e+l 9.6008667e+l 9.1572830e+l 8.3129822e+l 4.8537086e+l 3.0426199e+l -2.6406693e+0 1.0320470e-3 l.OOOOOOOe+01111111111
6509.7668594e+l 9.7920647e+l 9.8011650e+l 9.8244888e+l 9.6303551e+l 9.0291451e+l 7.9097809e+l 3.9770542e+l 1.9071190e+l -1.3266603e+l 8.2822778e-4 l.OOOOOOOe+01111111111
6759.7912910e+l 9.8214455e+l 9.8297874e+l 9.8555496e+l 9.6191406e+l 8.8918114e+l 7.4378227e+l 3.2786263e+l 1.0203220e+l -2.1169327e+l 6.8376615e-4 l.OOOOOOOe+0111 ,• 1111111
700 ;9.8219139e+l 9.8541016e+l 9.8702972e+l 9.8975632e+l 9.6986618e+l 9.0474197e+l 7.6711693e+l 3.5653843e+l 1.3909310e+l -1.6047684e+l 5.7645375e-4 l.OOOOOOOe+01111111111
7259.8142372e+l 9.8510315e+l 9.8680756e+l 9.9031097e+l 9.6550659e+l 8.7905968e+l 6.9892921e+l 2.5597357e+l 1.1212555e+0 -3.0406326e+l 4.9390865e-4 l.OOOOOOOe+01111111111
7509.8396301e+l 9.8780998e+l 9.9018845e+l 9.9578690e+l 9.8278786e+l 9.3207199e+l 8.1303108e+l 3.9854378e+l 1.6943195e+l -1.8133657e+l 4.2868141e-4 l.OOOOOOOe+01111111111
7759.8630341e+l 9.9037201e+l 9.9368340e+l 1.0006363e+2 1.0027182e+2 9.9497505e+l 9.5581062e+l 5.59433676+1* 3.4681419e+l -1.2510692e+0 3.7602230e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 107
Page 202
L1L2100C3 Loopl Line 2100E Component 3 - Hz (cont)
8009.8926247e+l 9.9406311e+l 9.9760269e+l 1.0072448e+2 1.0198825e+2 1.0523770e+2 1.0800569e+2 7.2098129e+l 5.3822636e+l 1.2718971e+l 3.3276060e-4 l.OOOOOOOe+01111111111
8259.9244522e+l 9.9721550e+l 1.0016142e+2 1.0110331e+2 1.0228562e+2 1.0466008e+2 1.0343716e+2 6.5153702e+l 4.4773033e+l 4.7260318e+0 2.9669926e-4 l.OOOOOOOe+01111111111
8509.9529823e+l 1.0010491e+2 1.0046814e+2 1.0169561e+2 1.0228970e+2 1.0223354e+2 9.5458923e+l 5.3496220e+l 3.1383949e+l -8.9262667e+0 2.6626841e-4 l.OOOOOOOe+01111111111
8759.9790703e+l 1.0036088e+2 1.0085625e+2 1.0203661e+2 1.0288527e+2 1.0121069e+2 9.1200966e+l 4.6377178e+l 2.0898790e+l -1.7943712e+l 2.4031693e-4 l.OOOOOOOe+01111111111
9009.9946053e+l 1.0063180e+2 1.0114919e+2 1.0228226e+2 1.0201495e+2 9.5564362e+l 7.5648407e+l 2.4709183e+l -3.5185661e+0 -3.6013744e+l 2.1798231e-4 l.OOOOOOOe+0
1 1 1 j 1 1 1 1 1 1 1925 i
1.0020839e+2 1.0085847e+2 1.0138493e+2 1.0275949e+2 1.0101718e+2 8.8911087e+l 5.7168400e+l 1.4439299e+0 -3.1746180e+l -5.8700439e+l 1.9860547e-4 l.OOOOOOOe+01111111111
9501.0052096e+2 1.0126573e+2 1.0187686e+2 1.0341415e+2 1.0430411e+2 9.9490814e+l 7.9819435e+l 2.7754944e+l -1.2570100e+0 -3.5690601e+l 1.8167499e-4 l.OOOOOOOe+01111111111
9751.0008595e+2 1.0083000e+2 1.0150989e+2 1.0359050e+2 1.0598799e+2 1.0769817e+2 9.8719711e+l 4.8325108e+l 1.9222340e+l -2.0334974e+l 1.6678791e-4 l.OOOOOOOe+0llllllll'll
10001.0055836e+2 1.0136791e+2 1.0233879e+2, 1.0426106e+2 1.1030511e+2 1.2153774e+2 1.2625896e+2 8.1553627e+l 5.6629974e+l 7.6612043e+0 1.5362272e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 108
Page 203
L1L2100C3 Loopl Line 2100E Component 3 - Hz (cont)
10251.0036960e+2 1.0136449e+2 1.0165186e+2 1.0465454e+2 1.1392096e+2 1.3419171e+2 1.5702550e+2 1.1265929e+2 8.6062729e+l 3.1325136e+l 1.4192023e-4 l.OOOOOOOe+01111111111
10501.0053365e+2 1.0142256e+2 1.0213019e+2 1.0539973e+2 1.1588139e+2 1.4069044e+2 1.6757864e+2 1.2251857e+2 9.6837173e+l 3.3716724e+l 1.3146893e-4 l.OOOOOOOe+01111111111
10751.0076107e+2 1.0169900e+2 1.0258310e+2 1.0569807e+2 1.1583670e+2 1.3814716e+2 1.5866287e+2 1.0637039e+2 7.7714012e+l 2.0168898e+l 1.2209515e-4 l.OOOOOOOe+01111111111
11001.0087956e+2 1.0179967e+2 1.0265881e+2 1.0631678e+2 1.1593267e+2 1.3638193e+2 1.4919717e+2 9.2883606e+l 5.9840679e+l 2.1717918e+0 1.1365450e-4 l.OOOOOOOe+01111111111
11251.0110265e+2 1.0210567e+2 1.0297698e+2 1.0651164e+2 1.1587791e+2 1.3040486e+2 1.3436894e+2 7.1701271e+l 3.3982967e+l -1.8092628e+l 1.0601452e-4 l.OOOOOOOe+0111 i 1111111
1150 I1.0105142e+2 1.0187524e+2 1.0293133e+2 1.0648671e+2 1.1407860e+2 1.2287177e+2 1.1223339e+2 4.7535263e+l 8.0564766e+0 -3.5031574e+l 9.9088022e-5 l.OOOOOOOe+01111111111
11751.0111430e+2 1.0200406e+2 1.0319195e+2 1.0604241e+2 1.1007146e+2 1.0652757e+2 7.4472420e+l 8.4218941e+0 -3.3172497e+l -6.5122490e+l 9.2788905e-5 l.OOOOOOOe+01111111111
12001.0119500e+2 1.0202995e+2 1.0313403e+2 1.0584091e+2 1.0854508e+2 1.0020322e+2 5.6550568e+l -1.0588660e+l -5.1092117e+l -6.7993378e+l 8.7043620e-5 l.OOOOOOOe+01111111111
12251.0156541e+2 1.0248632e+2 1.0352725e+2, 1.0736790e+2 1.1551760e+2 1.2143085e+2 1.0277423e+2 3.4477158e+l -2.9934583e+0 -3.017891 le+1 8.1789294e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 109
Page 204
L1L2100C3 Loopl Line 2100E Component 3 - Hz (cont)
12501.0156671e+21.2390106e+27.6971795e-5
1 11275
1.0138205e+21.0530148e+27.2544317e-5
1 11300
1.0127759e+29.9804176e+l6.8466165e-5
1 11325
1.0124570e+21.1297552e+26.4701926e-5
1 11350
1.0129465e+21.2581620e+26.1220555e-5
1 11375
1.0122809e+21.3168655e+25.7994755e-5
1 11400
1.0125014e+21.4152451e+25.5000484e-5
1 11425
1.0109062e+21.5722528e+25.2216459e-5
1 11450
1.01151056+21.7725209e+24.9623770e-5
1 1
1.0254118e+2 1.0304447e+2 l.OOOOOOOe+0 1 1 1
1.0225169e+2 6.1748341e+l l.OOOOOOOe+0 1 1 1
1.0219669e+24.1753487e+l l.OOOOOOOe+0 1 1 1
1.0221445e+2 6.7706558e+l l.OOOOOOOe+0 1 1 2
1.0217635e+28.9713287e+l l.OOOOOOOe+0 1 i 1 1
1.0211488e+29.8415207e+l l.OOOOOOOe+0 1 1 1
1.0212695e+2 1.1259229e+2l.OOOOOOOe+0 1 1 1
1.0163953e+2 1.3821449e+2 l.OOOOOOOe+0 1 1 1
1.0206114e+2 1.7109296e+2l.OOOOOOOe+0 1 1 1
1.0360001e+2 3.6162682e+l
1 1 1
1.0369283e+2-8.2618456e+0
1 1 1
1.0342744e+2-3.0591574e+l
1 1 1
1.0355955e+2-7.3626976e+0
1.0354831e+2 1.3717327e+l
1 1 1
1.0329088e+2 2.3763632e+l
1.0802594e+2-5.6071258e+0
1 1
1.0765937e+2-5.3092915e+l
1 1
1.0734653e+2-7.2123245e+l
1 1
1.0784335e+2-5.5365849e+l
1.0846580e+2-3.4804840e+l
1.0850137e+2-2.3581902e+l
1.0327478e+2 3.8188263e+l
1 1 1
1.0309928e+25.5746635e+l
1 1 1
1.0309016e+2.8.8627319e+.l
1 1 1
1.0868322e+2 -1.01255426+1
1 1
1.0905209e+25.5582786e+0
1.1054042e+2 3.1311810e+l
1 1
1.1648198e+2 -4.57305186+1
1.1191743e+2-8.09361726+1
1.1099017e+2 -8.2896248e+l
1.1570850e+2 -7.6936836e+l
1.1966429e+2 -6.19018946+1
1.2131394e+2-5.57767036+1
1.2438380e+2 -4.5522655e+l
1.2971211e+2 -2.1908976e+l
1.3614305e+2 -1.8693342e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 110
Page 205
L1L2100C3 Loopl Line 2100E Component 3 - Hz (cont)
14751.0204852e+2 1.0293293e+2 1.0391902e+2 1.1269104e+2 1.4903880e+2 2.1203851e+2 2.2340070e+2 1.3436235e+2 7.4283737e+l 2.0265320e+l 4.7205645e-5 l.OOOOOOOe+01111111111
15001.0384396e+2 1.0446784e+2 1.0579784e+2 1.1438821e+2 1.4802455e+2 2.0192342e+2 1.9921519e+2 1.0214222e+2 4.0051014e+l -5.6081662e+0 4.4947061e-5 l.OOOOOOOe+01111111111
15251.0243660e+2 1.0298712e+2 1.0410347e+2 1.1222126e+2 1.4011708e+2 1.8103967e+2 1.6396701e+2 6.7526787e+l 2.5412982e+0 -4.4523170e+l 4.2834617e-5 l.OOOOOOOe+01111111111
15501.0129267e+2 1.0184810e+2 1.0276486e+2 1.1067522e+2 1.3506589e+2 1.6716342e+2 1.3647061e+2 4.7018520e+l -1.0284513e+l -5.7404327e+l 4.0856208e-5 l.OOOOOOOe+01111111111
15751.0071503e+2 1.0125610e+2 1.0231950e+2 1.0875291e+2 1.2830492e+2 1.4569147e+2 1.0721268e+2 2.1141575e+l -3.6071972e+l -6.4424385e+l 3.9001068e-5 l.OOOOOOOe+0
1 1 1 i 1 1 1 1 1 1 1 1600 j
1.0032794e+2 1.0083696e+2 1.0203067e+2 1.0725218e+2 1.1919965e+2 1.2222440e+2 6.5255836e+l -1.0918470e+l -4.8623760e+l -6.4537430e+l 3.7259419e-5 l.OOOOOOOe+01111111111
16251.0010542e+2 1.0054370e+2 1.0159230e+2 1.0475251e+2 1.0886979e+2 9.1100357e+l 2.4758850e+l -4.3234425e+l -8.6069344e+l -9.3993423e+l 3.5622437e-5 l.OOOOOOOe+01111111111
16501.0033096e+2 1.0085818e+2 1.0154438e+2 1.0370727e+2 1.0030590e+2 6.7952606e+l -9.8395491e+0 -7.1231903e+l -1.0030504e+2 -8.5612312e+l 3.4082164e-5 l.OOOOOOOe+012313334-65
16751.0043155e+2 1.0058530e+2 1.0118471e+2 1.0301952e+2 9.7071449e+l 5.8063457e+l -2.5100534e+l -8.1788773e+f -1.0902808e+2 -9.4276291e+l 3.2631306e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 111
Page 206
L1L2100C3 Loopl Line 2100E Component 3 - Hz (cont)
17259.9953842e+l1.2159031e+22.9972216e-5
1 11775
9.9935402e+l1.0241721e+22.7599286e-5
1 11825
9.9960960e+l1.1368575e+22.5474174e-5
1 11875
9.9837402e+l-2.8783746e+02.3564691e-5
1 11925
9.9626709e+l3.5031929e+l2.1843704e-5
1 11975
9.9556015e+l1.0394546e+22.0288071e-5
1 12000
9.9808708e+l1.3040697e+21.9566001e-5
1 12050
9.9584602e+l1.5445981e+21.8222405e-5
1 12100
9.9492172e+l9.1771614e+l1.7000033e-5
1 1
1.0047004e+2 6.2701138e+l
l.OOOOOOOe+0 1 1 1
1.0028207e+2 3.0007004e+l
l.OOOOOOOe+0 1 1 1
1.0035571e+2 4.5242699e+l
l.OOOOOOOe+0 1 1 1
1.0003571e+2-1.02944856+2l.OOOOOOOe+0 1 1 1
1.00281116+2-5.53410226+1l.OOOOOOOe+0 1 i 1 1
1.0051286e+2 2.0484226e+l
l.OOOOOOOe+0 1 1 1
1.0016658e+25.3554630e+l
l.OOOOOOOe+0 1 1 1
1.0022948e+2 7.54704446+1
l.OOOOOOOe+0 1 1 1
1.0040818e+2 7.6995058e+0
l.OOOOOOOe+0 111
1.0134134e+2 -1.5382762e+l
1 1 1
1.0146158e+2-3.8507893e+l
1 1 1
1.0138403e+2-2.7201382e+l
1 1 1
1.0034502e+2-1.4182979e+2
1.0121702e+2 -1.0386590e+2
1 1 1
1.0192766e+2 -5.1893250e+l
1.0761536e+2-6.4440796e+l
1 1
1.0652435e+2-7.4218338e+l
1 1
1.0755019e+2-7.0355789e+l
1 1
9.8500740e+l-1.4541248e+2
1 1
1.0263970e+2-1.27966856+2
1.0836069e+2 -9.1302139e+l
1.0178539e+2-2.7128855e+l
1 1 1
1.0211744e+2-9.7772789e+0
1 1
1.0169270e+2 -5.6819313e+l
1 1 1
1.1078403e+2-6.8286888e+l
1 1
1.1382549e+2-6.0980785e+l
1 1
1.0849735e+2-9.9082855e+l
1 1
1.2320014e+2 -7.2629799e+l
1.1481260e+2-7.9778748e+l
1.2288694e+2-7.8323936e+l
7.5875130e+l -1.0858200e+2
9.2086044e+l -1.1489616e+2
1.2107359e+2 -8.90525516+1
1.3308351e+2 -8.13491216+1
1.4373860e+2-7.5928482e+l
1.1842841e+2 -1.1431513e+2
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 112
Page 207
L1L2100C3 Loopl Line 2100E Component 3 - Hz (cont)
21509.9584518e+l 9.9914436e+l 1.0177164e+2 1.0935002e+2 1.2577615e+2 1.0437086e+2 1.6616945e+l -5.6985115e+l -8.6444336e+l -9.8071808e+l 1.5885349e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 113
Page 208
L1L2200C3 Loopl Line 2200E Component 3 - Hz
5509.6958808e+l 9.7093552e+l 9.7233066e+l 9.9935925e+l 2.3306562e-3 9.9999995e-l 1111112233575
9.5623484e+l 9.5816179e+l 9.3388863e+l 9.1641221e+l 1.5909139e-3 9.9999997e-l 1111111111
6251.0041457e+2 1.0066899e+2 9.4678887e+l 8.6898889e+l 9.2795759e-4 l.OOOOOOOe+0 1111111111650
1.0385498e+2 1.0411229e+2 9.7778091e+l 8.8904008e+l 7.5289031e-4 9.9999997e-l 1111111111675
1.0292580e+2 1.0321608e+2 9.7712678e+l 8.9312831e+l 6.2627223e-4 l.OOOOOOOe+0 1111111111 i
725 I 1.0210420e+2 1.0245437e+2 9.6298479e+l 8.5242666e+l 4.5678645e-4 l.OOOOOOOe+0 1111111111
7751.0247213e+2 1.0293679e+2 1.0261995e+2 9.7451169e+l 3.4992400e-4 9.9999996e-l 1111111111800
1.0214053e+2 1.0262937e+2 9.7690368e+l 8.4900452e+l 3.1042824e-4 9.9999996e-l 1111111111825
1.0192678e+2 1.02436776+2 8.7765397e+l 5.8484872e+l 2.7740072e-4 l.OOOOOOle+0 1111111111
9.7133282e+l 9.7284157e+l 9.7076610e+l 8.4909011e+l 8.0970086e+l 5.7352897e+l
9.5813444e+l 9.6002412e+l 9.5078874e+l 6.5878266e+l 5.4748364e+l 2.4561536e+l
1.0071752e+24.7508684e+l
1.0422242e+24.4878934e+l
1.0336280e+24.4458533e+l
1.0267959e+23.8875716e+l
1.0313427e+2 5.4851101e+l
1.0292461e+23.7733128e+l
1.0088960e+2 9.9234844e+l 2.6942293e+l -7.3711755e+0
1.04451926+2 1.0268673e+2 2.1762822e+l -1.3443996e+l
1.0364841e+2 1.0211461e+2 2.0831179e+l -1.4234075e+l
1.0301068e+2 1.0141042e+2 1.3883060e+l -2.0762662e+l
1.0388942e+2 1.0348504e+2 3.2653561e+l -6.4488946e+0
1.0371878e+2 1.0251089e+2 1.2249378e+l -2.2184612e+l
1.0276461e+2 1.0333239e+2 1.0045583e+2 4.8501181e+.0 -2.5191035e+l -5.0458460e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 114
Page 209
L1L2200C3 Loopl Line 2200E Component 3 - Hz (cont)
8501.0204684e+2 1.0257523e+2 8.3569794e+l 4.7033709e+l 2.4945935e-4 l.OOOOOOOe+0 1111111111
8751.0170657e+2 1.0225967e+2 8.3362955e+l 4.5154631e+l 2.2558139e-4 l.OOOOOOOe+0 1111111111
9001.0135478e+2 1.0193302e+2 8.4016020e+l 4.5206976e+l 2.0499532e-4 9.9999998e-l 1111111111
9251.0041197e+2 1.0102040e+2 8.9716908e+l 5.9093780e+l 1.8710822e-4 9.9999999e-l 1111111111950
1.0035782e+2 1.0096837e+2 9.3273586e+l 6.7356397e+l 1.7145791e-4 9.9999997e-l 1111111111 i975
1.0041062e+2 1.0105479e+2 1.03431156+2 8.7810832e+l 1.5767898e-4 1 .OOOOOOOe+0 1111111111
10001.0050155e+2 1.0114079e+2 1.1640615e+2 1.1857312e+2 1.4547908e-4 l.OOOOOOOe+0 11111111111025
1.0062848e+2 1.0146446e+2 1.2340429e+2 1.3168286e+2 1.3462178e-4 9.9999996e-l 11111111111050
1.0088878e+2 1.0175035e+2 1.1691288e+2 1.1309764e+2 1.2491409e-4 l.OOOOOOOe+0 1111111111
1.0304614e+2 -1.00219856+1
1.02720356+2 -1.2167623e+l
1.0248633e+2 -1.2164248e+l
1.0364244e+2 1.0008562e+2 -4.2669202e+l -6.4254697e+l
1.0366782e+2 1.0017033e+2 -4.5766386e+l -6.6872343e+l
1.0332731e+2 1.0047655e+2-4.5924532e+l -6.7038240e+l
1.0161974e+2 1.0278979e+2 1.0146208e+2 2.4197761e+0 -3.0138017e+l -5.1267060e+l
1.0165799e+2 1.0293352e+2 1.0240619e+2 1.1652036e+l -1.8933185e+l -4.5587161e+l
1.0168008e+2 3.5012981e+l
1.0188075e+2 6.7449941e+l
1.0356171e+2 1.0536343e+24.8880958e+0 -2.7223637e+l
1.0400391e+2 1.0898091e+2 3.6675931e+l -4.6224319e+0
1.0222244e+2 1.0462022e+2 1.1134481e+2 8.1124147e+l 5.2533668e+l 5.8932608e+0
1.02658056+2, 5.6888692e+l
1.0517235e+2 1.1034593e+2 2.5405141e+l -1.2526431e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 115
Page 210
L1L2200C3 Loopl Line 2200E Component 3 - Hz (cont)
10751.0103362e+2 1.0180454e+2 1.1637481e+2 1.0670216e+2 1.1619710e-4 l.OOOOOOOe+0 1111111111
11001.0105701e+2 1.0185797e+2 1.1798511e+2 1.0808287e+2 1.0833887e-4 l.OOOOOOOe+0 1111111111
11251.0088481e+2 1.0174491e+2 1.1766760e+2 1.0355137e+2 1.0109098e-4 l.OOOOOOOe+0 1111111111
11501.0137535e+2 1.0218844e+2 1.1574342e+2 9.3093842e+l 9.4523719e-5 l.OOOOOOOe+0 1111111111
11751.0120875e+2 1.0191589e+2 1.1127217e+2 8.4158768e+l 8.8553861e-5 l.OOOOOOOe+0 1111111111 i
1200 i 1.0130528e+2 1.0212897e+2 1.1105215e+2 7.9231536e+l 8.3110725e-5 9.9999999e-l 1111111111
12251.0126207e+2 1.0224240e+2 1.0779660e+2 6.8299424e+l 7.8133795e-5 l.OOOOOOOe+0 1111111111
12501.0113873e+2 1.0196777e+2 1.0707169e+2 6.3539523e+l 7.3571209e-5 l.OOOOOOOe+0 1111111111
12751.0092243e+2 1.0202792e+2 1.0683293e+2 6.2325550e+l 6.9378213e-5 l.OOOOOOOe+0 1111111111
1.0277913e+2 4.8895100e+l
1.0296411e+24.7372000e+l
1.0568008e+2 1.1106279e+2 1.5895218e+l -2.6493537e+l
1.0596207e+2 1.1162028e+2 8.7116189e+0 -3.4086637e+l
1.0258817e+2 1.0642347e+2 1.1196856e+2 3.7641452e+l -1.1655620e+0 -3.5184246e+l
1.0343827e+2 2.5894121e+l
1.0685415e+2 1.1233246e+2 -1.3028784e+l -5.2020079e+l
1.0329979e+2 1.0687311e+2 1.1231722e+2 1.3750934e+l -2.8491238e+l -5.0209500e+l
1.0338073e+2 1.0705669e+2 1.1261627e+2 6.4060352e+0 -3.8970750e+l -5.9065187e+l
1.0343540e+2 1.0708381e+2 1.1208128e+2 -3.5993413e+0 -4.4455306e+l -6.5555358e+l
1.0347953e+2 1.0684983e+2 1.1250266e+2 -4.9737522e+0 -4.7969419e+l -7.5896222e+l
1.0321601e+2, 1.0757307e+2 1.1349973e+2 -1.06778456+1 -5.6285107e+l -6.9738934e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 116
Page 211
L1L2200C3 Loopl Line 2200E Component 3 - Hz (cont)
13001.0103360e+2 1.0209928e+2 1.0819916e+2 5.9664709e+l 6.5515917e-5 l.OOOOOOOe+0 11111111111325
1.0176922e+2 1.0276474e+2 1.1024443e+2 6.5179538e+l 6.1950552e-5 9.9999999e-l 11111111111350
1.0237742e+2 1.0330826e+2 1.1647878e+2 7.4299070e+l 5.8652535e-5 l.OOOOOOOe+0 11111111111400
1.0187519e+2 1.0285702e+2 1.3924776e+2 1.0876198e+2 5.2758078e-5 l.OOOOOOOe+0 11111111111450
1.0167471e+2 1.0250743e+2 1.5402869e+2 1.3414967e+2 4.7659720e-5 9.9999997e-l 1111111111 .1500 ;
1.0135271e+2 1.0246343e+2 1.5509764e+2 1.2479379e+2 4.3221698e-5 9.9999999e-l 11111111111525
1.0139095e+2 1.0218870e+2 1.4658015e+2 1.1115731e+2 4.1215757e-5 9.9999998e-l 11111111111550
1.0164146e+2 1.0250487e+2 1.4057364e+2 9.3070265e+l 3.9336279e-5 9.9999997e-l 11111111111575
1.0173832e+2 1.0284384e+2 1.4897425e+2 1.0278853e+2 3.7573027e-5 9.9999996e-l 1111111111
1.0332959e+2 1.0751798e+2 1.1367671e+2 -1.1758253e+l -5.2376630e+l -6.4741514e+l
1.0390147e+2 1.0813818e+2 1.1455791e+2 -8.1780172e+0 -5.4249512e+l -6.6789231e+l
1.0482384e+2 1.0915610e+2 -2.5664047e+0 -4.7744597e+l
1.1742459e+2 -6.5803664e+l
1.0435264e+2 1.1022220e+2 1.2504832e+2 3.0064700e+l -1.9079015e+l -5.1804853e+l
1.0422056e+2 1.1047846e+2 1.3004199e+2 4.8734578e+l -6.5951950e+0 -5.1416598e+l
1.0327028e+2 1.1118268e+2 1.3096373e+2 3.6782996e+l -1.9823625e+l -4.7974320e+l
1.0363427e+2 1.1038147e+2 1.289101 le+2 2.7261556e+l -2.7385767e+l -5.7157290e+l
1.0400943e+2 1.1040451e+2 1.2802677e+2 9.4793819e+0 -4.5530094e+l -6.7655780e+l
1.0408814e+2 1.1194648e+2 1.3234791e+2 1.4004742e+l -4.1625934e+l -7.0213245e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 117
Page 212
L1L2200C3 Loopl Line 2200E Component 3 - Hz (cont)
16001.0236284e+2 1.0303621e+2 1.4453885e+2 9.6067946e+l 3.5916786e-5 9.9999996e-l 2131 114346
16251.0257252e+2 1.0347573e+2 1.1673780e+2 5.4389503e+l 3.4359309e-5 l.OOOOOOOe+0 1111111111
16501.0177007e+2 1.0245379e+2 8.0406912e+l 8.6465363e+0 3.2893029e-5 9.9999998e-l 11111111111675
1.0127333e+2 1.0207204e+2 5.0283491e+l -3.6586130e+l 3.1511194e-5 l.OOOOOOle+0 1111111111
17001.0099035e+2 1.0102827e+2 2.8141541e+l -5.9402481e+l 3.0207553e-5 l.OOOOOOOe+0 1111111111 ;1725 :
1.0065244e+2 1.0145949e+2 2.0069262e+l -7.3611433e+l 2.8976501e-5 l.OOOOOOOe+0 11111111111750
1.0094470e+2 1.0136001e+2 2.3603681e+l -7.4869921e+l 2.7812895e-5 9.9999997e-l 1111111111
18001.0043216e+2 1.0109739e+2 5.4388706e+l -3.2738660e+l 2.5669631e-5 l.OOOOOOOe+0 3321244365
18509.9281660e+l 1.0048827e+2 6.8751163e+l -1.4137872e+l 2.3744804e-5 9.9999999e-l 1111111111
1.0482443e+2 1.0346150e+l
1.1172412e+2 1.3077944e+2 -4.8477512e+l -8.1889759e+l
1.0432341e+2 1.0991105e+2 1.1938189e+2 -2.0911030e+l -6.6587628e+l -8.0351147e+l
1.0271763e+2 1.0545236e+2 -5.4465837e+l -8.6274095e+l
1.0661806e+2 -1.0421605e+2
1.01881656+2 -8.29820046+1
1.0319128e+2 9.4737934e+l -1.11470746+2 -1.1310302e+2
1.0173921e+2 1.0199545e+2 8.7850410e+l -1.0519543e+2 -1.2717029e+2 -1.1094563e+2
1.01590016+2 1.0152131e+2 8.4927927e+l -1.1215314e+2 -1.2751631e+2 -1.2300558e+2
1.0130500e+2 1.0191440e+2 -1.1376644e+2 -1.3344643e+2
8.5041459e+l -1.2940139e+2
1.0198763e+2 1.0497194e+2 9.9320050e+l -8.5126218e+l -1.1393377e+2 -1.0982531e+2
1.0180564e+2 1.0676251e+2 1.0476876e+2 -6.6744584e+l' -9.5169328e+l -1.0297987e+2
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 118
Page 213
L1L2200C3
19001.0048024e+2 7.6127293e+l 2.2010641e-5 11111111
19251.0109172e+2 6.0726411e+l 2.1207532e-5 11111111
19751.0100548e+2 3.7843562e+l 1.9716314e-5 11111111
Loopl
1.0093460e+2-7.7707310e+0 9.9999998e-l
11
1.0201293e+2-2.3193038e+l l.OOOOOOOe+0
11
1.0162304e+2-5.0324064e+l l.OOOOOOOe+0
1 1
Line 2200E Component 3 - Hz (cont)
1.0195710e+2 1.0666226e+2 1.0701590e+2 -6.3432222e+l -9.2137621e+l -9.6652361e+l
1.0243079e+2 1.0611123e+2 1.0212073e+2 -7.5124190e+l -9.9448226e+l -9.3599944e+l
1.0212799e+2 1.0416618e+2 9.3641694e+l -9.4612607e+l -1.0994282e+2 -9.5976926e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 119
Page 214
L1L2300C3 Loopl Line 2300E Component 3 - Hz
5509.3906364e+l 9.5254707e+l 2.6330410e-3
1 1 600
9.6850632e+l 9.5815369e+l 1.2321722e-3
1 1 650
9.7945831e+l 9.3108429e+l 7.5490773e-4
1 1 675
9.7670418e+l 9.1359390e+l 6.2021695e-4
1 1 700
9.8068108e+l 9.0242386e+l 5.2057800e-4
1 1 725
9.8745110e+l 8.9539291e+l 4.4433522e-4
1 1 750
1.0006904e+2 8.8281059e+l 3.8443127e-4
1 1 775
1.0096469e+2 8.4497673e+l 3.3634959c-4
1 1 800
1.0080509e+27.9608719e+l2.9707083e-4
1 1
9.4027893e+l 9.9472359e+l l.OOOOOOOe+0 1 1 1
9.7045097e+l 9.7567940e+l l.OOOOOOOe+0 1 1 1
9.8208176e+l 8.7753761e+l l.OOOOOOOe+0 1 1 1
9.7913818e+l 8.3451523e+l l.OOOOOOOe+0 1 1 1
9.8359665e+l 7.8024979e+l l.OOOOOOOe+0 1 ; 1 1
9.9106308e+l 7.4031776e+l l.OOOOOOOe+0 1 1 1
1.0045436e+2 6.8416916e+l l.OOOOOOOe+0 1 1 1
1.0137275e+25.7564373e+l l.OOOOOOOe+0 1 1 1
1.0128510e+2 4.3791409e+l l.OOOOOOOe+0 1 1 1
9.4077278e+l 9.2791451e+l
1 1 1
9.7112320e+l 7.1871071e+l
1 1 1
9.8334167e+l 4.7176014e+l
1 1 1
9.8088600e+l 3.8511559e+l
1 1
9.8518463e+l 3.1205776e+l
1 1 1
9.9212524e+l 2.5891876e+l
1 1 1
1.0068742e+2 1.7995764e+l
1 1 1
1.0158115e+2 4.7299390e+0
1 1 1
1.0153497e+2 -1.0808864e+l'
1 1 1
9.4215454e+l 9.2071739e+l
1 1
9.7363083e+l 5.9021214e+l
1 1
9.8540779e+l 2.3025078e+l
1 1
9.8304459e+l 1.1535775e+l
1 1
9.8808350e+l 2.5309565e+0
1 1
9.9623955e+l-3.9739888e+0
1 1
1.0104673e+2-1.2453984e+l
1 1
1.0191146e+2-2.7274683e+l
1 1
1.0182585e+2-4.2519356e+l
1 1
9.4186768e+l 7.0571869e+l
9.6808098e+l 2.2385418e+l
9.7333275e+l -1.41203746+1
9.6879295e+l -2.2075518e+l
9.6870186e+l -3.0357367e+l
9.7441788e+l -3.7745182e+l
9.8446129e+l -4.1615479e+l
9.8523872e+l -5.1398190e+l
9.7376381e+l -6.0919884e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 120
Page 215
L1L2300C3 Loopl Line 2300E Component 3 - Hz (cont)
8251.0062558e+2 1.0112199e+2 1.0142674e+2 1.0175999e+2 9.7583977e+l 8.0159325e+l 4.3851841e+l -9.4057150e+0 -4.0058022e+l -5.9567467e+l 2.6450297e-4 l.OOOOOOOe+01111111111
8501.0145653e+2 1.0188152e+2 1.0244139e+2 1.0312578e+2 1.0041056e+2 8.7458893e+l 6.0940784e+l 8.7318363e+0 -2.2668781e+l -4.7405972e+l 2.3715374e-4 l.OOOOOOOe+01111111111
8751.0070080e+2 1.0121680e+2 1.0173920e+2 1.0249588e+2 9.8989296e+l 8.2265678e+l 4.5645870e+l -9.5128908e+0 -4.1191124e+l -6.0047878e+l 2.1393271e-4 l.OOOOOOOe+01111111111
9001.0029853e+2 1.0078387e+2 1.0155717e+2 1.0237449e+2 9.9690247e+l 8.3845078e+l 4.9260914e+l -4.5293450e+0 -3.5892456e+l -5.8178246e+l 1.9402536e-4 l.OOOOOOOe+01111111111
9251.0038941e+2 1.0097027e+2 1.0159484e+2 1.0274796e+2 1.0130270e+2 8.8764351e+l 5.8773300e+l 4.8390393e+0 -2.9214550e+l -5.3139130e+l 1.7681262e-4 l.OOOOOOOe+0111,1111111
9501.0059337e+2 1.0094576e+2 1.0183487e+2 1.0279656e+2 9.9909454e+l 7.9849976e+l 3.6683235e+l -2.1266846e+l -5.6238762e+l -7.0917389e+l 1.6181641e-4 l.OOOOOOOe+01111111111
9751.0051766e+2 1.0131134e+2 1.0209486e+2 1.0323920e+2 9.6747406e+l 6.8658493e+l 9.0171881e+0 -5.4647408e+l -9.1664268e+l -9.5057610e+l 1.4866190e-4 l.OOOOOOOe+01111111111
10001.0074349e+2 1.0136473e+2 1.0218386e+2 1.0344563e+2 9.8740906e+l 7.3880379e+l 1.8188997e+l -4.2457714e+l -7.6807198e+l -8.7441971e+l 1.3705205e-4 l.OOOOOOOe+01111111111
10251.0081303e+2 1.0151450e+2 1.0235377e+2 1.0402516e+2 1.0050185e+2 7.8853882e+l 2.6260214e+l -3.3567490e+l '-6.8705505e+l -8.4270950e+l 1.2674839e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 121
Page 216
L1L2300C3 Loopl Line 2300E Component 3 - Hz (cont)
10501.0094009e+28.1610901e+l1.1755752e-4
111075
1.0085934e+28.5805870e+l1.0932144e-4
111100
1 .0111652e+28.9664970e+l1.0190961e-4
111125
1.0139393e+29.3717285e+l9.5170755e-5
111150
1.0099361e+29.5008316e+l8.9064619e-5
111175
1.0148469e+29.6264954e+l8.3513165e-5
111200
1.0169808e+29.6136459e+l7.8450197e-5
111225
1.0159147e+29.5460915e+l7.3819327e-5
111250
1.0181696e+29.3366997e+l6.9572176e-5
11
1.0160236e+23.2771828e+l
l.OOOOOOOe+0 111
1.0154996e+2 3.9495506e+l
l.OOOOOOOe+0 111
1.0209337e+2 4.6466187e+l
l.OOOOOOOe+0 111
1.0220114e+2 5.0326843e+l
l.OOOOOOOe+0 111
1.0223217e+2 5.0538963e+l
l.OOOOOOOe+0 1; 11
1.0208793e+2 5.0102219e+l
l.OOOOOOOe+0 111
1.0262648e+2 4.6484463e+l
l.OOOOOOOe+0 111
1.0255793e+24.1845226e+l
l.OOOOOOOe+0 111
1.0315643e+2 3.6327427e+l
l.OOOOOOOe+0 111
1.0259948e+2 -2.9762386e+l
1 1
1.0256022e+2-2.3840672e+l
111
1.0298061e+2-1.6535328e+l
111
1.0353964e+2-1.0798091e+l
1 11
1.0331281e+2 -1.2249671e+l
1.0345169e+2 -1.6019424e+l
1.0400216e+2 -2.0345325e+l
1 1
1.0385397e+2-2.6476738e+l
111
1.0446056e+2-3.6556820e+l '
111
1.0461494e+2-6.4539108e+l
11
1.0471675e+2-6.0207165e+l
1.0574982e+2-5.2848888e+l
11
1.0621566e+2-4.7725716e+l
11
1.0628677e+2-5.0494522e+l
11
1.0665612e+2-5.4587399e+l
11
1.0761412e+2-5.9831955e+l
11
1.0765794e+2-6.8268661e+l
11
1.0837476e+2-8.0053345e+l
11
1.0222423e+2-7.5170074e+l
1.0334668e+2-7.5035706e+l
1.0558874e+2 -7.1987396e+l
1.0724374e+2 -7.0305466e+l
1.0819432e+2-7.5832283e+l
1.0840221e+2-7.5927933e+l
1.0987489e+2-7.6749672e+l
1.0996217e+2-8.4875847e+l
1.0992544e+2 -8.9749115e+l
Appendix C - International Precious Metals Corporation - 1996 LJTEM Survey - Eagle Lake pg 122
Page 217
L1L2300C3 Loopl Line 2300E Component 3 - Hz (cont)
12751.0194700e+2 9.7094215e+l 6.5667191e-5
1 1 1300
1.0235107e+2 1.0803861e+2 6.2068182e-5
1 1 1325
1.0199911e+2 1.1480540e+2 5.8743910e-5
1 1 1350
1.0214170e+2 1.1074825e+2 5.5666984e-5
1 1 1400
1.0153192e+2 9.1139816e+l 5.0162012e-5
1 1 1450
1.0219206e+2 9.9205116e+l 4.5393594e-5
1 1 1475
1.0141202e+2 1.0805357e+2 4.3245356e-5
1 1 1525
1.0166260e+2 1.3470346e+2 3.9355240e-5
1 1 1575
1.0196037e+21.4873784e+23.5934925e-5
1 1
1.0278468e+2 4.1100681e+l l.OOOOOOOe+0 1 1 1
1.0340752e+25.7821228e+l l.OOOOOOOe+0 1 1 1
1.03323966+2 6.9697250e+l l.OOOOOOOe+0 1 1 1
1.0323794e+25.8477173e+l l.OOOOOOOe+0 1 1 1
1.0277090e+2 2.2404266e+l l.OOOOOOOe+01 ; 1 1
1.0381116e+2 3.0465860e+l l.OOOOOOOe+0 1 1 1
1.0254164e+2 4.4468410e+l l.OOOOOOOe+0 1 1 1
1.0296906e+2 8.2761971e+l l.OOOOOOOe+0 1 1 1
1.0287981e+2 9.9414558e+l l.OOOOOOOe+0 1 1 1
1.0448362e+2 -3.0461969e+l
1 1 1
1.0500108e+2 -1.4828448e+l
1 1 1
1.0463534e+2-4.1484113e+0
1 1 1
1.0488224e+2-1.36490516+1
1 1
1.0821246e+2-7.2079895e+l
1 1
1.0974457e+2-5.9972099e+l
1 1
1.0986417e+2-5.4412048e+l
1 1
1.0998573e+2-5.7762241e+l
1.0463419e+2-5.1975456e+l
1 1 1
1.0539034e+2-4.9724205e+l
1 1 1
1.0463139e+2-3.5948570e+l
1 1 1
1.0507730e+2-2.5129066e+0
1.05339626+2, 9.7216339e+0
1 1 1
1.0877267e+2-9.6372513e+l
1 1
1.1038200e+2-9.5094330e+l
1 1
1.0987086e+2-8.6182869e+l
1 1
1.1185368e+2-5.71414116+1
1 1
1.1356233e+2-4.8677189e+l
1 1
1.1246025e+2-8.2666084e+l
1.1622009e+2-8.5362068e+l
1.1868358e+2 -8.2176155e+l
1.1720477e+2-8.0623528e+l
1.1183694e+2 -1.0372297e+2
1.1627639e+2 -9.6175331e+l
1.1854890e+2 -1.0091219e+2
1.2911858e+2 -8.3040260e+l
1.3564278e+2 -7.3276726e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 123
Page 218
L1L2300C3 Loopl Line 2300E Component 3 - Hz (cont)
16001.0193470e+2 1.4933250e+23.4377910e-5
1 1 1625
1.0154755e+2 1.5793556e+2 3.2912551e-5
1 1 1650
1.0234573e+2 1.4220850e+2 3.1531941e-5
1 1 1675
1.0506839e+2 8.6109734e+l 3.0229758e-5
1 1 1700
1.0623894e+2 2.5176680e+l 2.9000237e-5
1 1 1750
1.0207867e+2 2.3540359e+l 2.6739142e-5
1 1 1800
1.0167292e+2 5.2726810e+l 2.4712193e-5
1 1
1.0309875e+2 9.8127228e+l l.OOOOOOOe+0 1 1 1
1.0307450e+2 1.0293117e+2 l.OOOOOOOe+0 1 1 1
1.0245144e+2 8.8250481e+l l.OOOOOOOe+0 1 1 1
1.0459167e+21.2582855e+l l.OOOOOOOe+0 1 1 1
1.0594429e+2-6.7649483e+l l.OOOOOOOe+0 !•! 1
1.0258672e+2-6.4832314e+l l.OOOOOOOe+0 1 1 1
1.0215620e+2-3.0529854e+l l.OOOOOOOe+0 1 1 1
1.0491544e+2 1.1252746e+l
1 1
1.0449323e+2 9.5200605e+0
1 1 1
1.0413737e+2-4.2689877e+0
111
1.0470257e+2-5.0364849e+l
1 1 1
1.0508833e+2-1.1275352e+2
1 1
1.0280965e+2 -1.1266721e+2
1 1 1
1.0304819e+2 -8.1358467e+l
1 1 1
1.1337364e+2-4.2386726e+l
1 1
1.1329150e+2-4.7006283e+l
1 1
1.1178201e+2-5.6748554e+l
1 1
1.0752695e+2-8.6079468e+l
1 1
1.0328469e+2-1.3057634e+2
1 1
1.0222649e+2-1.2984381e+2
1 1
1.0530720e+2-1.0625117e+2
1 1
1.3613702e+2 -8.00731966+1
1.3745766e+2 -7.02066736+1
1.3180663e+2 -6.5080193C+1
1.0927505e+2 -1.0666692e+2
8.7959351e+l -1.1529752e+2
8.7137299e+l -1.07577106+2
9.8659599e+l -1.1505904e+2
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 124
Page 219
L1L2400C3 Loopl Line 2400E Component 3 - Hz
5501.0071904e+2 1.0080828e+2 1.0089637e+2 1.0091340e+2 1.0110201e+2 1.0108160e+2 1.0418649e+2 1.0040063e+2 1.0165128e+2 8.6284210e+l 2.6908834e-3 l.OOOOOOOe+01111111111
6009.7534889e+l 9.7761658e+l 9.7756775e+l 9.8036705e+l 9.8048775e+l 9.8055328e+l 1.0211386e+2 8.2539505e+l 7.3229111e+l 3.4197769e+l 1.1917216e-3 l.OOOOOOOe+01111111111
6259.8444954e+l 9.8633820e+l 9.8767944e+l 9.9027840e+l 9.9200546e+l 9.8786446e+l 1.0389163e+2 7.5147125e+l 5.9828560e+l 1.7962721e+l 9.0027257e-4 l.OOOOOOOe+01111111111
6509.9305519e+l 9.9579582e+l 9.9661629e+l 1.0008648e+2 1.0013333e+2 9.9305687e+l 1.0283439e+2 6.7187271e+l 4.6495129e+l 3.0285995e+0 7.1079499e-4 l.OOOOOOOe+01111111111
6759.9951004e+l 1.0027870e+2 1.0037766e+2 1.0085013e+2 1.0052215e+2 9.8461082e+l 9.8079109e+l 5.5536068e+l 2.8960665e+l -1.3441761e+l 5.7912804e-4 l.OOOOOOOe+0111.-1111111
700 :9.8922165e+l 9.9282539e+l 9.9377533e+l 9.9756340e+l 9.8779480e+l 9.4630348e+l 8.8338226e+l 4.0611897e+l 1.0287882e+l -2.7993181e+l 4.8315586e-4 l.OOOOOOOe+01111111111
7259.9069008e+l 9.9428711e+l 9.9600731e+l 9.9974991e+l 9.8247719e+l 9.1495567e+l 7.8570786e+l 2.7272858e+l -5.8435106e+0 -3.8316078e+l 4.1062108e-4 l.OOOOOOOe+01111111111
7509.9231514e+l 9.9670235e+l 9.9814819e+l 1.0024660e+2 9.7709023e+l 8.8365837e+l 6.8882217e+l 1.5735649e+l -1.8417072e+l -4.6175682e+l 3.5421070e-4 l.OOOOOOOe+011111111-11
7759.9846817e+l 1.0031918e+2 1.0052453e+2 1.0092612e+2 9.7703896e+l 8.5516151e+l 6.0611237e+l 5.2925181e+0f -2.9309746e+l -5.1638264e+l 3.0931074e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 125
Page 220
L1L2400C3 Loopl Line 2400E Component 3 - Hz (cont)
8001.0027252e+2 1.0074991e+2 1.0094102e+2 1.0131899e+2 9.7296768e+l 8.2142921e+l 4.9543858e+l -5.4984493e+0 -3.9343143e+l -6.0425617e+l 2.7287842e-4 l.OOOOOOOe+01111111111
8251.0047515e+2 1.0100906e+2 1.0126609e+2 1.0158497e+2 9.6186119e+l 7.7008179e+l 3.5987724e+l -2.0342453e+l -5.4379520e+l -6.9593155e+l 2.4283351e-4 l.OOOOOOOe+01111111111
8501.0079253e+2 1.0133912e+2 1.0165784e+2 1.0185544e+2 9.5311920e+l 7.0804337e+l 2.1659609e+l -3.4791748e+l -6.8626205e+l -8.0289467e+l 2.1770998e-4 l.OOOOOOOe+01111111111
8759.9992706e+l 1.0047046e+2 1.0092059e+2 1.0142887e+2 9.5703117e+l 7.3016121e+l 2.4531519e+l -3.1290688e+l -6.3759247e+l -7.7225586e+l 1.9644847e-4 l.OOOOOOOe+01111111111
9001.0005716e+2 1.0060831e+2 1.0111343e+2 1.0202399e+2 9.7515709e+l 7.7969444e+l 3.5479870e+l -2.0015003e+l -5.3507828e+l -7.0947708e+l 1.7826630e-4 l.OOOOOOOe+01111111111
925 ;1.0039639e+2 1.0101754e+2 1.0169222e+2 1.0247813e+2 9.7892487e+l 7.6285072e+l 2.9737350e+l -2.7328260e+l -6.0366104e+l -7.3989471e+l 1.6257365e-4 l.OOOOOOOe+01111111111
11001.0148358e+2 1.0252361e+2 1.0325408e+2 1.0592874e+2 1.0750574e+2 9.7402267e+l 6.4919258e+l 6.0061345e+0 -3.0385303e+l -5.5613049e+l 9.4430288e-5 l.OOOOOOOe+01111111111
11251.0172479e+2 1.0252127e+2 1.0346546e+2 1.0626529e+2 1.0957627e+2 1.0337873e+2 7.0663193e+l 9.9958239e+0 -2.6704462e+l -4.6848976e+l 8.8323155e-5 l.OOOOOOOe+01111111111
11501.0174905e+2 1.0274841e+2 1.0390215e+2 1.0661211e+2 1.0806996e+2 9.6105690e+l 5.3685532e+l -9.8981209e+0' -4.8029636e+l -6.6581146e+l 8.2782797e-5 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 126
Page 221
L1L2400C3 Loopl Line 2400E Component 3 - Hz (cont)
11751.0233102e+29.3087875e+l7.7739445e-5
1 11200
1.0202393e+29.9943718e+l7.3134019e-5
1 11225
1.0220071e+21.0465955e+26.8916022e-5
1 11250
1.0176003e+21.1619957e+26.5042492e-5
1 11275
1.0252080e+21.3197839e+26.1476159e-5
1 11300
1.0271030e+21.1047363e+25.8184844e-5
1 11325
1.0263418e+21.2895941e+25.5140688e-5
1 11350
1.0292540e+21.2871361e+25.2319294e-5
1 11375
1.0295093e+21.1973018e+24.9699102e-5
1 1
1.0302410e+2 4.4361816e+l
l.OOOOOOOe+0 1 1 1
1.0282542e+25.6958725e+l
l.OOOOOOOe+0 1 1 1
1.0282088e+26.5183548e+l
l.OOOOOOOe+0 1 1 1
1.0258019e+2 8.6032379e+l
l.OOOOOOOe+0 1 1 1
1.0347631e+2 1.1085805e+2
l.OOOOOOOe+0 1 ; 1 1
1.03720666+26.6921455e+l
l.OOOOOOOe+0 1 1 1
1.0382372e+2 1.0244828e+2
l.OOOOOOOe+0 1 1 1
1.0407175e+2 9.6839241e+l
l.OOOOOOOe+0 1 1 1
1.0400002e+2 8.0393646e+l
l.OOOOOOOe+0 1 1 1
1.0434700e+2-2.11943156+1
111
1.0404173e+2-5.6061296e+0
1 1 1
1.0429745e+2 9.6264738e-l
1 1
1.04309896+2 1.6629766e+l
1 1 1
1.0481210e+2 3.8755711e+l
1 1
1.0779005e+2-5.8630939e+l
1 1
1.0819903e+2-4.5096531e+l
1.0809648e+2-4.0362221e+l
1.0894563e+2-2.6864418e+l
1 1
1.1061123e+2-1.04797906+1
1.0511959e+2 -1.2367489e+0
1 1 1
1.0537866e+23.0680241e+l
1.0570863e+2 2.5716106e+l
1 1 1
1.0564205e+2 8.4206400e+0'
1.0940349e+2-4.0829102e+l
1 1
1.1069231e+2-1.32915746+1
1 1
1.1158557e+2-1.9846956e+l
1 1
1.10819726+2-3.5443092e+l
1 1
1.0854768e+2 -7.5269264e+l
1.1009429e+2-7.5298874e+l
1.1354164e+2 -7.3382431e+l
1.1616014e+2-5.9460861e+l
1.2173616e+2 -4.5249760e+l
1.1504852e+2 -6.4677773e+l
1.2156062e+2-4.6247082e+l
1.2193883e+2 -5.30985346+1
1.1986765e+2-5.8448303e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 127
Page 222
L1L2400C3 Loopl Line 2400E Component 3 - Hz (cont)
14001.0268925e+2l.]019464e+24.7261441e-5
1 11425
1.0222337e+21.2697169e+24.4989574e-5
1 11450
1.0209746e+29.5387802e+l4.2868793e-5
1 11475
1.0205023e+29.3826538e+l4.0885963e-5
1 11500
1.0275092e+21.1821020e+23.9029437e-5
1 11525
1.0161834e+21.3487923e+23.7288686e-5
1 1
1.0404948e+2 6.6020325e+l
l.OOOOOOOe+0 111
1.0335507e+2 9.2276711e+l
l.OOOOOOOe+0 1 1 1
1.0330183e+2 3.3425297e+l
l.OOOOOOOe+0 1 1 1
1.0299806e+22.6258770e+l
l.OOOOOOOe+0 1 1 1
1.0397080e+2 6.8526192e+l
l.OOOOOOOe+0 11 1
1.0300570e+2 9.2835007e+l
l.OOOOOOOe+0 1 1 1
1.0547370e+2-7.3778782e+0
1 1 1
1.05095386+2 1.8258209e+l
1 1 1
1.0469406e+2-3.7954914e+l
1 1 1
1.0499722e+2-4.0745518e+l
1 1 1
1.0578420e+2-8.8586111e+0
1 1 1
1.0449469e+2 1.2569558e+1
1.1077030e+2 -5.1561073e+l
1.1114716e+2-2.8974669e+l
1.0914427e+2-7.6495110e+l
1 1
1.0888173e+2-8.16614006+1
1 1
1.1140797e+2-5.7102192e+l
1 1
1.1219323e+2-3.4398167e+l
1 1
1.1752604e+2 -7.3467064c+l
1.2258445e+2 -6.3663582e+l
1.1167484e+2 -8.5521553e+l
1.1078915e+2-1.0422385e+2
1.2204978e+2 -8.50893636+1
1.2713262e+2 -6.0486774e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 128
Page 223
L1L2500C3 Loopl Line 2500E Component 3 - Hz
5509.8457169e+l 9.8588554e+l 2.3859874e-3
1 1 575
9.9646873e+l 9.9912155e+l 1.4669758e-3
1 1 600
9.9823685e+l 1.0020741e+2 1.0236189e-3
1 1 625
9.9604538e+l 1.0013637e+2 7.6897239e-4
1 1 650
1.0018943e+2 1.0118225e+2 6.0638791e-4
1 1 662
1.0055961e+2 1.0174157e+2 5.4560043e-4
1 1 675
9.9086441e+l 1.0010675e+2 4.9481972e-4
1 1 675
9.9114571e+l 1.0009722e+2 4.9481972e-4
1 1 700
9.8291855e+l 9.7468872e+l 4.1413336e-4
1 1
9.8604424e+l 9.9156586e+l
l.OOOOOOOe+0 1 1 1
9.9800621e+l 1.0243494e+2
l.OOOOOOOe+0 111
1.0003648e+2 1.0352734e+2
l.OOOOOOOe+0 1 1 1
9.9827141e+l 1.0390154e+2
l.OOOOOOOe+0 1 1 1
1.0046606e+2 1.0504953e+2
l.OOOOOOOe+0 1 i 1 1
1.0087505e+2 1.0522982e+2
l.OOOOOOOe+0 1 1 1
9.9388481e+l 1.0149310e+2
l.OOOOOOOe+0 1 1 1
9.9381950e+l 1.0181267e+2
l.OOOOOOOe+0 1 1 1
9.8617905e+l 9.4803703e+l
l.OOOOOOOe+0 1 1 1
9.8602837e+l 9.5520195e+l
1 1 1
9.9863716e+l 9.0704033e+l
1 1 1
1.0009933e+2 8.1303795e+l
1 1 1
9.9889847e+l 7.1634102e+l
1.0050739e+2 6.6369591e+l
1 1 1
1.0102583e+2 6.3195892e+l
1 1 1
9.9547165e+l 5.6661396e+l
1 1 1
9.9636650e+l 5.7331955e+l
1 1 1
9.8784592e+l 4.4874676e+l
9.8899582e+l 9.9878853e+l
1 1
1.0023538e+2 9.3201019e+l
1 1
1.0045895e+2 7.7783798e+l
1 1
1.0039325e+2 6.0374489e+l
1 1
1.0119835e+2 4.9620071e+l
1.0175220e+2 4.2466728e+l
1 1
1.0031313e+2 3.2974308e+l
1.0041502e+2 3.3687405e+l
1 1
, 9.9502800e+l 1.4758997e+1
9.8702202e+l 8.9161293e+l
1.0012497e+2 7.1618141e+l
1.0037486e+2 4.6374149e+l
1.0048076e+2 2.3665909e+l
1.0134139e+2 9.3779697e+0
1.0194876e+23.7006078e+0
1.0044994e+2-4.8110008e+0
1.00568386+2 -4.9862227e+0
9.9493431e+l -2.0620543e+l
1 1 1
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 129
Page 224
L1L2500C3 Loopl Line 2500E Component 3 - Hz (cont)
7259.8524689e+l 9.4901955e+l 3.5340551e-4
1 1 750
9.8711067e+l 9.1553154e+l 3.0624776e-4
1 1 775
9.9189285e+l 8.8582138e+l 2.6869602e-4
1 1 800
9.9079849e+l 8.5746094e+l 2.3817270e-4
1 1 825
9.9014931e+l 8.1960739e+l 2.1293333e-4
1 1 850
9.9999168e+l 8.1253502e+l 1.9175994e-4
1 1 875
9.9861420e+l 8.2171616e+l 1.7377663e-4
1 1 900
1.0013317e+2 8.7282433e+l 1.5833910e-4
1 1 925
1.0030222e+29.1595436e+l1.4496328e-4
1 1
9.8890633e+l 8.5598389e+l
l.OOOOOOOe+0 1 1 1
9.9080467e+l 7.4139633e+l
l.OOOOOOOe+0 1 1 1
9.9584320e+l 6.4999275e+l
l.OOOOOOOe+0 1 1 1
9.9622612e+l 5.7844036e+l
l.OOOOOOOe+0 1 1 1
9.9391991e+l5.0074520e+l
l.OOOOOOOe+0 1 ' 1 1
1.0055238e+2 4.6573132e+l
l.OOOOOOOe+0 111
1.0027254e+2 5.0461491e+l
l.OOOOOOOe+0 1 1 1
1.0073361e+2 6.3258232e+l
l.OOOOOOOe+0 1 1 1
1.0088252e+2 6.9299629e+l
l.OOOOOOOe+0 1 1 1
9.9157104e+l 3.2112625e+l
1 1 1
9.9332512e+l 1.8934790e+l
1 1 1
9.9808739e+l 8.9153252e+0
1 1
9.9791924e+l 2.0818326e+0
1 1 1
9.9749138e+l-4.8601770e+0
1 1 1
1.0085973e+2-7.6210675e+0
1 1 1
1.0071552e+2-1.8417833e+0
1 1 1
1.0119284e+2 1.3081961e+l
1 1 1
1.0135137e+2 1.9753695e+l
1 1 1
9.9856453e+l-2.7046132e+0
1 1
1.0000453e+2-1.8636297e+1
1.0038368e+2-2.8956244e+l
1 1
1.0040176e+2-3.5566723e+l
1 1
1.0029823e+2-4.2180668e+l
1 1
1.0142065e+2-4.4841686e+l
1 1
1.0115868e+2-3.7137684e+l
1 1
1.0176161e+2-1.84852506+1
1 1
. 1.0206686e+2 ''-1.05910566+1
1 1
9.9076294e+l -3.28389706+1
9.8447578e+l -4.3901421e+l
9.7967102e+l -5.0249981e+l
9.7516785e+l -5.6670597e+l
9.6700096e+l -6.2049248e+l
9.7170525e+l -6.2464893e+l
9.7205452e+l -4.85509806+1
9.9139519e+l-4.3041653e+l
1.0047426e+2 -3.5070892e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 130
Page 225
L1L2500C3 Loopl Line 2500E Component 3 - Hz (cont)
9501.0005096e+2 9.1197922e+l1.3327891e-4
1 1975
1.0034669e+29.3151642e+l 1.2299813e-4
1 1 1000
9.9933777e+l 9.0425842e+l 1.1389357e-4
1 1 1025
1.0065860e+2 9.5800232e+l 1.0578459e-4
1 1 1050
1.0059057e+29.7099075e+l9.8524586e-5
1 1
1.0063630e+2 6.6680725e+l l.OOOOOOOe+0 1 1 1
1.0097607e+2 6.7427368e+l l.OOOOOOOe+0 1 1 1
1.0049345e+2 5.8018230e+l l.OOOOOOOe+0 1 1 1
1.0134473e+2 6.6995331e+l l.OOOOOOOe+0 1 1 1
1.0143465e+2 6.8227219e+l l.OOOOOOOe+0 1 i 1 1
1.0120927e+2 1.5032129e+l
1 1 1
1.0147518e+2 1.38106836+1
1 1 1
1.0138465e+22.8633575e+0
1 1 1
1.0208571e+2 1.0939872e+l
1.0209906e+2 1.2042010e+l
1.0228693e+2-1.7884880e+l
1 1
1.0308434e+2-2.11718506+1
1 1
1.0299586e+2-3.3152420e+l
1 1
1.0429035e+2-2.6086752e+l
1.0424133e+2 -2.3336428e+l
1 1
1.0149291e+2 -3.8360664e+l
1.0217703e+2 -4.4149624e+l
1.0187276e+2 -4.9901325e+l
1.0449609e+2 -4.6189087e+l
1.0592344e+2-5.2894485e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 131
Page 226
L1L2600C3 Loopl Line 2600E Component 3 - Hz
5509.8241478e+l 9.7796112e+l 1.5126556e-3
1 1 575
9.8547569e+l 9.8667801e+l 9.8364439e-4
1 1 600
9.8558685e+l 9.9221695e+l 7.1983266e-4
1 1 625
9.8567032e+l 9.9688004e+l 5.6206866e-4
1 1 650
9.9777832e+l 1.0174818e+2 4.5730427e-4
1 1 675
1.0074997e+2 1.0355414e+2 3.8280606e-4
1 1 700
1.0096547e+2 1.0323923e+2 3.2720884e-4
1 1 725
1.0081862e+2 1.0074647e+2 2.8419937e-4
1 1 750
9.9924072e+l9.5810707e+l2.4999079e-4
1 1
9.8429222e+l 9.5898598e+l l.OOOOOOOe+0 1 1 1
9.8761009e+l 9.8485878e+l l.OOOOOOOe+0 1 1 1
9.8806671e+l 1.0011912e+2 l.OOOOOOOe+0 1 1 1
9.8836334e+l 1.0030456e+2 l.OOOOOOOe+0 1 1 1
1.0009128e+2 1.0197150e+2 l.OOOOOOOe+0 1 •: 1 1
1.0109920e+2 1.0270921e+2 l.OOOOOOOe+0 1 1 1
1.0136236e+2 9.9327278e+l l.OOOOOOOe+0 1 1 1
1.0122946e+2 9.0769081e+l l.OOOOOOOe+0 1 1 1
1.0040271e+2 7.7703522e+l l.OOOOOOOe+0 1 1 1
9.8406357e+l 8.5743706e+l
1 1 1
9.8818138e+l 8.0394485e+l
1 1 1
9.8931198e+l7.2275322e+l
1 1 1
9.8882774e+l 6.3246910e+l
9.8842278e+l 8.6300873e+l
1 1
9.9313828e+l 7.8308212e+l
1 1
9.9490822e+l 6.4259552e+l
1 1
9.9699219e+l 4.7217827e+l
1 1 11.0020339e+25.8050220e+l
1 1 1
1.0129942e+2 5.3360836e+l
1 1 1
1.0156309e+2 4.5613361e+l
1 1 1
1.0150609e+23.3520622e+l
1 1 1
1.0063222e+2 1.8949306e+1.
1 1 1
1 1
1.0109879e+23.5400562e+l
1.0235271e+22.5523804e+l
1 1
1.0267911e+2 1.1993214e+l
1.0251892e+2-4.9556065e+0
1 1
1.0166026e+2-2.1346489e+l
9.8574448e+l 7.1176949e+l
9.9385513e+l 5.3903801e+l
9.9795547e+l 3.1659075e+l
1.0010629e+2 1.1947470e+l
1.0179033e+2 -3.9501727e-l
1.03124516+2 -1.0973609e+l
1.0374245e+2-2.3570578e+l
1.0299470e+2 -3.7231571 .e+1
1.0132613e+2-4.8222912e+l
Appendix C - International Precious Metals Corporation - 1996 LTTEM Survey - Eagle Lake pg 132
Page 227
L1L2600C3 Loopl Line 2600E Component 3 - Hz (cont)
7751.0032451e+2 1.0084952e+2 1.0103262e+2 1.0189809e+2 1.0030808e+2 9.11129916+1 6.4842789e+l 5.0396395e+0 -3.8225620e+l -5.7184723e+l 2.2217387e-4 l.OOOOOOOe+01111111111
8001.0080822e+2 1.0134101e+2 1.0161472e+2 1.0214898e+2 9.9397789e+l 8.6445198e+l 5.1917881e+l -7.5218000e+0 -4.9118282e+l -6.3207649e+l 1.9914311e-4 l.OOOOOOOe+01111111111
8251.0059272e+2 1.0117122e+2 1.0146326e+2 1.0216098e+2 9.8329239e+l 8.2262527e+l 4.1559792e+l -1.6411577e+l -5.6740696e+l -7.3220161e+l 1.7978740e-4 l.OOOOOOOe+01111111111
8509.9699615e+l 1.0027050e+2 1.0075420e+2 1.0144887e+2 9.7749924e+l 8.1690842e+l 3.9770317e+l -1.6997284e+l -5.6032875e+l -7.1612404e+l 1.6331360e-4 l.OOOOOOOe+01111111111
8751.0015785e+2 1.0084345e+2 1.0113751e+2 1.0194406e+2 9.8500435e+l 8.2169495e+l 4.0132519e+l -1.6288456e+l -5.2461689e+l -7.5585693e+l 1.4914041e-4 l.OOOOOOOe+01111111111
9001.0023147e+2 1.0085318e+2 1.0111091e+2 1.0216643e+2 9.8094948e+l 8.0853996e+l 3.9068024e+l -1.7425268e+l -5.4233875e+l -7.1267570e+l 1.3683212e-4 l.OOOOOOOe+01111111111
9251.0037915e+2 1.0107267e+2 1.0152221e+2 1.0256017e+2 9.8517860e+l 8.1946327e+l 4.1948879e+l -1.4761900e+l -5.4017746e+l -6.6663399e+l 1.2605583e-4 l.OOOOOOOe+01111111111
9501.0058494e+2 1.0132439e+2 1.0179432e+2 1.0308466e+2 9.9849541e+l 8.2621742e+l 4.0278145e+l -1.7045818e+l -5.5352833e+l -6.9998558e+l 1.1655287e-4 l.OOOOOOOe+01111111111
9751.01124356+2 1.0175175e+2 1.0264663e+2. 1.0439226e+2 1.0224346e+2 8.8175179e+l 4.9177280e+l -8.4580555e+0 -4.7197525e+l -5.9099751e+l 1.0811913e-4 l.OOOOOOOe+01111111111
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 133
Page 228
L1L2600C3 Loopl Line 2600E Component 3 - Hz (cont)
1000 1.0112336e+29.2976822e+l 1.0059160e-4
1 1 1025
1.0082674e+2 9.9098373e+l 9.3838389e-5
1 1 1050
1.0076674e+2 1.0144827e+2 8.7751796e-5
1 1 1075
9.7794083e+l 1.0520515e+2 8.2242899e-5
1 1 1100
9.7014328e+l1.0485159e+27.7237739e-5
1 1
1.0177388e+2 6.1630554e+l
l.OOOOOOOe+0 1 1 1
1.01448016+2 6.9925293e+l
l.OOOOOOOe+0 1 1 1
1.0125962e+27.3928665e+l
l.OOOOOOOe+0 1 1 1
9.8707649e+l 8.4823875e+l
l.OOOOOOOe+0 1 1 1
9.7843178e+l 8.5259972e+l
l.OOOOOOOe+0 11 1
1.0253772e+2 4.3590755e+0
1 1 1
1.0216883e+2 1.0371338e+l
1 1 1
1.0256398e+2 1.5166119e+l
1 1 1
9.9450043e+l 2.7875099e+l
9.8481148e+l 2.6467480e+l
111
1.0446438e+2-3.4059025e+l
1 1
1.0442549e+2-3.1867723e+l
1 1
1.0464365e+2-2.3574783e+l
1 1
1.0221514e+2-9.0241022e+0
1.0142966e+2 -1.5371683e+l
1 1
1.0331870e+2-5.3850109e+l
1.0498846e+2 -4.81408546+1
1.0645859e+2 -5.0608475e+l
1.0631569e+2-3.5448914e+l
1.0621132e+2-4.2650578e+l
Appendix C - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 134
Page 229
Appendix D
The UTEM SYSTEM
The UTEM System
UTEM Data Reduction and Plotting Conventions
Data Presentation
Page 230
The UTEM SYSTEM
UTEM uses a large, fixed, horizontal transmitter loop as its source. Loops range in size from 300m x 300m up to as large as 4km x 4km. Smaller loops are generally used over conductive terrain or for shallow sounding work. The larger loops are only used over resistive terrain. The UTEM receiver is typically syncronized with the transmitter at the beginning of a survey day and operates remotely after that point. The clocks employed - one in each of the receiver and transmitter - are sufficiently accurate to maintain synchronisation.
Measurements are routinely taken to a distance of 1.5 to twice the loop dimensions, depending on the local noise levels, and can be continued further. Lines are typically surveyed out from the edge of the loop but may also be read across the loop wire and through the centre of the loop, a configuration used mainly to detect horizontal conductors. BHUTEM - the borehole version of UTEM -surveys have been carried out to depths up to 3000+ metres.
i System Waveform •
The UTEM transmitter passes a low-frequency (4 Hz to 90 Hz) current of a precisely regulated triangular waveform through the transmitter loop. The frequency can be set to any value within the operating range of the transmitter, however, it is usually set at 31 Hz to minimise power line (60 Hz in North America) effects. Since a receiver coil responds to the time derivative of the magnetic field, the UTEM system really "sees" the step response of the ground. UTEM is the only time domain system which measures the step response of the ground. All other T.D.E.M. systems to date transmit a modified step current and "see" the (im)pulse response of the ground at the receiver. In practice, the transmitted UTEM waveform is tailored to optimize signal-to-noise. Deconvolution techniques are employed within the system to produce an equivalent to the conceptual "step response" at the receiver.
System Sampling
The UTEM receiver measures the time variation of the magnetic field in the direction of the receiver coil at 10 delay times (channels). UTEM channels are spaced in a binary, geometric progression across each half-cycle of the received waveform. Channel 10 is the earliest channel and it is 1/21° of the half-cycle wide. Channel 1, the latest channel, is 1/21 of the half-cycle wide (see Figure below). The measurements obtained for each of 10 channels are accumulated over many half-cycles. Each final channel value, as stored, is the average of the measurements for that time channel. The number of
Appendix D - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 1
Page 231
half-cycles averaged generally ranges between 2048 (1024 full-cycles - IK in UTEM jargon) to 32768 (16K) depending on the level of ambient noise and the signal strength.
Half cycle
UTEM Channels
(thlahnel 1
Full cycle
System Configurations
For surface work the receiver coil is mounted on a portable tripod and oriented. During a surface UTEM survey the vertical component of the magnetic field (Hz) of the transmitter loop is always measured. Horizontal in-line (Hx) and cross-line (Hy) components are also measured if more detailed information is required. The UTEM System is also capable of measuring the two horizontal components of the electric field, Ex and Ey. A dipole sensor comprised of two electrodes is used to measure the electric field components. This is generally used for outlining resistive features to which the magnetic field is not very sensitive.
BHUTEM surveys employ a receiver coil that is smaller in diameter than the surface coil. The borehole receiver coil forms part of a down-hole receiver package used to measure the axial (along-borehole) component of the magnetic field of the transmitter loop. Due to the distance between coil and receiver in borehole surveys the signal must be transmitted up to the receiver. In BHUTEM the signal is transmitted to surface digitally using a kevlar-reinforced fibre-optic cable as a data link. Using a fibre-optic link avoids signal degradation problems and allows surveying of boreholes to 3000+m. The cable is also very light - the specific gravity is nearly 1.0 -
Appendix D - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 2
Page 232
making the cable handling hardware quite portable.
The EM Induction Process
Any time-varying transmitted ("primary") field induces current flow in conductive regions of the ground below and around the transmitter loop (i.e. in the earth or "half-space"). Thfs current flow produces a measurable EM field, the secondary field, which has an inherent "inertia" that resists the change in primary field direction. This "inertial" effect is called self- inductance; it limits the rate at which current can change and is only dependent on the shape and size of a conductive path.
It takes a certain amount of time for the transmitted current flow to be redirected (reversed) and reestablished to full amplitude after the rate-of- change of the primary field reverses direction. This measurable reversal time is characteristic for a given conductor. In general, for a good conductor this time is greater than that of a poor conductor. This is because in a good conductor the terminal current level is greater, whereas its rate of change is limited by the inductance of the current path. The time-varying current causes an Emf in the sensor proportional to the time derivative of the current. This Emf decays with time - it vanishes when the reversal is complete - and the characteristic time of the Emf decay as measured by the sensor is referred to as the decay time o f the conductor. '
The large-scale current which is induced in the half-space by the primary field produces the half-space response as seen in typical UTEM profiles. This background response is influenced by the finite conductivity of the surrounding rock. Other currents may be induced in locally more conductive zones (conductors) that have longer decay times than the half- space response. The responses of these conductors are superimposed upon the background response. The result is that the UTEM receiver detects:
- the primary field waveform, a square-wave- the half-space (background) response of the surrounding rock- a slight-to-large response due to any conductors present.
The result is that in the presence of conductors the primary field waveform is substantially (and anomalously) distorted.
Appendix D - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 3
Page 233
UTEM DATA REDUCTION and PLOTTING CONVENTIONS
The UTEM data as it appears in the data files is in total field, continuously normalized form. In this form, the magnetic field data collected by the receiver is expressed as a % of the calculated primary magnetic field vector magnitude at the station. These are total field values - the UTEM system measures during the "on-time" and as such samples both the primary and secondary fields.
For plotting purposes, the reduced magnetic field data (as it appears in the data file) are transformed to other formats as required. The following is provided as a description of the various plotting formats used for the display of UTEM data. A plotting format is defined by the choice of the normalization and field type parameters selected for display.
NORMALIZATION
UTEM results are always expressed as a % of a normalizing field at some point in space.
In continuously normalized form the normalizing factor (the denominator) is the magnitude of the computed local primary field vector. As the primary exciting field magnitude diminishes with increasing distarice from the transmitter loop the response is continuously amplified as a function of offset from the loop. Although this type of normalization considerably distorts the response shape, it permits anomalies to be easily identified at a wide range of distances from the loop.
Note: An optional form of continuous normalization permits the interpreter to normalize the response to the magnitude of the primary field vector at a fixed depth below each station. This is useful for surface profiles which come very close to the loop. Without this adjustment option, the normalizing field is so strong near the loop that the secondary effects become too small in the presence of such a large primary component. In such circumstances interpretation is difficult, however; by "normalizing at some depth" the size of the normalizing field, near the loop in particular, is reduced and the resulting profile can be more effectively interpreted to a very close distance from the transmitter wire. The usual choice for the depth is the estimated target depth is used.
In p oint normalized form the normalizing factor is the magnitude of the computed primary field vector at a single point in space. When data is presented in this form, the point of normalization is displayed in the title block of the plot. Point normalized profiles show the non-distorted shape of the field profiles. Unfortunately, the very large range in magnitude of anomalies both near and far from the loop means that small anomalies, particularly those far from the loop, may be overlooked on this type of plot in favor of presenting larger amplitude anomalies.
Appendix D - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 4
Page 234
Note: Selecting the correct plot scales is critical to the recognition of conductors over the entire length of a point normalized profile. Point normalized data is often used for interpretation where an analysis of the shape of a specific anomaly is required. Point normalized profiles are therefore plotted selectively as required during interpretation. An exception to this procedure occurs where surface data has been collected entirely inside a transmitter loop. The primary field does not vary greatly inside the loop, therefore, the benefits of continuous normalization are not required in the display of such results. In these cases data is often point normalized to a fixed point near the loop centre.
FIELD TYPE
The type of field may be either the Total field or the Secondary field. In general, it is the secondary field that is most useful for the recognition and interpretation of discrete conductors.
UTEM Results as Secondary Fields
Because the UTEM system measures during the transmitter on-time the determination of the secondary field requires that an estimate of the primary signal be subtracted from the observations. Two estimates of the primary signal are available:
1) UTEM Channel 1i
One estimate of the primary signal is the value of the latest time channel observed by the UTEM System, channel 1. When Channel 1 is subtracted from the UTEM data the resulting data display is termed Channel 1 Reduced. This reduction formula is used in situations where it can be assumed that all responses from any target bodies have decayed away by the latest time channel sampled. The Channel 1 value is then a reasonable estimate of the primary signal present during Channels 2....10.
In practice the Channel 1 Reduced form is most useful when the secondary response is very small at the latest delay time. In these cases channel 1 is indeed a good estimate of the primary field and using it avoids problems due to geometric errors or transmitter loop current/system sensitivity errors.
Appendix D - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 5
Page 235
2) Calculated primary field
An alternate estimate of the primary field is obtained by computing the primary field from the known locations of the transmitter loop and the receiver stations. When the computed primary field is subtracted from the UTEM data the resulting data display is termed Primary Field Reduced .
The calculated primary field will be in error if the geometry is in error - mislocation of the survey stations or the loop vertices - or if the transmitter loop current/system sensitivity is in error. Mislocation errors from loop/station geometry may give rise to very large secondary field errors depending on the accuracy of the loop and station location method used. Transmitter loop current/system sensitivity error is rarely greater than 2%. Primary Field Reduced is plotted in situations where a large Channel 1 response is observed. In this case the assumption that the Channel 1 value is a reasonable estimate of the primary field effect is not valid.
Note: When UTEM data is plotted in the Channel 1 Reduced form the secondary field data for Channel 1 itself are always presented in Primary Field Reduced form and are plotted on a separate axis. This plotting format serves to show any long time-constant responses, magnetostatic anomalies and/or geometric errors present in the data.
Mathematical Formulations
In the following expressions:
Rnj is the result plotted for the ntn UTEM channel,Rlj is the result plotted for the latest-time UTEM channel, channel 1,
Chnj is the raw component sensor value for the ntn channel at station j, Chlj is the raw component sensor value for channel 1 at station j,
j is the computed primary field component in the sensor direction
I is the magnitude of the computed primary field at:- a fixed station for the entire line (point normalized data)- the local station of observation (continuously normalized data)- a fixed depth below the station (continuously normalized at a depth).
Appendix D - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 6
Page 236
Channel 1 Reduced Secondary Fields : Here, the latest time channel, Channel 1 is used as an "estimate" of the primary signal and channels 2-10 are expressed as:
Rnj = (Chnj- Chlj) / I Hp I x 100%
Channel 1 itself is reduced by subtracting a calculation of the primary field observed in the direction of the coil, Hp as follows:
Rlj = (Chlj - Hpj) / I Hp I x 100%
Primary Field Reduced Secondary Fields : In this form all channels are reduced according to the equation used for channel 1 above:
Rnj = (Chnj- Hpj) / I Hp I x 100%
This type of reduction is most often used in cases where very good geometric control is available (leading to low error in the calculated primary field, Hpj)and where very slowly decaying responses result in significant secondary field effects remaining in channel 1 observations.
UTEM Results as a Total Field
In certain cases results are presented as a % of the Total Field. This display is particularly useful, in borehole surveys where the probe may actually pass through a very good conductor. In these cases the shielding effect of the conductor will cause the observed (total) field to become very small below the intersection point. This nullification due to shielding effects on the total field is much easier to see on a separate Total Field plot. In cases where the amplitude of the anomalies relative to the primary field is small, suggesting the presence of poorly conductive bodies, the Total Field plot is less useful.
The data contained in the UTEM reduced data files is in Total Field, continuously normalized form if:
Rnj = Chnj / I Hp I x 100%
Appendix D - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 7
Page 237
DATA PRESENTATION
All UTEM survey results are presented as profiles in an Appendix of this report. For BHUTEM surveys the requisite Vectorplots, presented as plan and section views showing the direction and magnitude of the calculated primary field vectors for each transmitter loop, are presented in a separate Appendix.
The symbols used to identify the channels on all plots as well as the mean delay time for each channel is shown in the table below.
UTEM System Mean Delay Times10 Channel Mode @ 31 hz.(approx.)( base freq:
Channel #123456789
1 0
30.974
Delay time (ms)12.116.0533.0271.5130.7570.3780.1890.0950.0470.024
hertz )
Plot Symbol
I
sD
^7XAO
Notes on Standard plotting formats:
10 channel data in Channel 1 Reduced form - The data are usually displayed on three separate axes. This permits scale expansion, allowing for accurate determination of signal decay rates. The standard configuration is:
Bottom axis - Channel 1 (latest time) is plotted alone in Primary Field Reduced form using the same scale as the center axis.
Center axis - The intermediate to late time channels, ch5 to ch2 are plotted on the center axis using a suitable scale.
Top axis - The early time channels, cnlO to ch6 and a repeat of ch5 for comparison are plotted on'the top axis at a reduced scale. The earliest channels, ch8 to chlO, may not be plotted to avoid clutter.
10 channel data in Primary Field Reduced form: The data are displayedAppendix D - International Precious Metals Corporation - 1996 UTEM Survey - Baglc Lake pg 8
Page 238
using a single axis plot format. Secondary effects are plotted using a Y axis on each data plot with peak to peak values up to 200%.
BHUTEM data plotted as total field profiles: Data are expressed directly as a percentage of the Total Field value. The Y axis on each single axis data plot shows peak values of up to 100%. These departures are always relative to the measured total field value at the observation station.
BHUTEM data plotted as secondary field profiles: Check the title block of the plot to determine if the data is in Channel 1 Reduced form or in Primary Field Reduccdjorm.
Note that on all BHUTEM plots the ratio between the axial component of the primary field of the loop and the magnitude of the total primary field strength (dc) is plotted as a profile without symbols. In UTEM jargon this is referred to as the "primary field" and it is plotted for use as a polarity reference tool.
Appendix D - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 9
Page 239
Appendix E
Interpretation Map A- interpreted features -
Interpretation Map Binterpreted features with contacts -
Page 240
Appendix F
Qualifications Statement
Page 241
Qualifications Statement
I, Robert John Langridge of 1-162 King Street East, Kingston, Ontario certify that:
1) I am a graduate of Queen's UniversityDegree: B.Sc.(Hons) Geology and Physics received 1978.
2) I am a graduate of the University if Toronto Degree: M.Sc. Physics received 1982.
3) I have been practicing as a geophysicist since 1976.
t4) I have no direct interest in the companies, leases or securities £>f
International Precious Metals Corporation.
5)This report was prepared by me and is based on field work done by: Lamontagne Geophysics Ltd. 115 Grant Timmins Drive, Kingston, Ontario
Robert Langridge,M.Sc. Date
Appendix F - International Precious Metals Corporation - 1996 UTEM Survey - Eagle Lake pg 1
Page 242
Ministry ofNorthern Developmentand Mines
Ontario
Report of Work Conducted After Recording Claim
Mining Act
Transaction Number
Personal information collected on this lorm is obtained under the authority of the Mining Act. This information will be used for correspondence. Questions about this collection should be directed to the Provincial Manager, Mining Lands, Ministry of Northern Development and Mines, Fourth Floor, 159 Cedar Street, Sudbury, Ontario, P3E 6A5. telephone (705) 670-7264.
Instructions: - Please type or print and submit in duplicate.- Refer to the Mining Act and Regulations for r
Recorder.- A separate copy of this form must be comple- Technical reports and maps must accompany- A sketch, showing the claims the work is assiv.
52Fii NEoooi 2.16759BUCHAN BAY,-EAGLEBAY
Vork Performed (Check One Work Group Only)
<Work Group
Geotechmcal Survey
Physical Work,Including Drilling
Rehabilitation
Other Authorized Work
Assays
Assignment from Reserve
UTEM, GE(
\
Type
9 P #?$ t CM- 5 X
RCCEi VED
SEP 1 2 1996
MINING LANDS BRANCH^ — - ————
'/€ tf£^/£^3P^?ffff6t,s
3tal Assessment Work Claimed on the Attached Statement of Costs $ _ite: The Minister may reject for assessment work credit all or part of the assessment work submitted if
holder cannot verify expenditures claimed in the statement of costs within 30 days of a request for
rsons and Survey Company Who Performed the Work (Give Name and Address of Author of Report)
the recorded verification.
Name Address
^CSliM
>/ach a schedule if necessary)
tification of Beneficial Interest * See Note No. 1 on reverse sideartify that at the time the work was performed, the claims covered in this work xjrt were recorded in the current holder's name or held under a beneficial interest the current recorded holder.
tification of Work Reportertify that I have a personal knowledge of the facts set forth in this Work report, having performed the work or witnessed completion and annexed report is true. ^ a nd Address of Person Certifying
same during and/or after
Office Use Onlyal Value Cr. Recorded Date Recorded
/Deemed Approval Date S~
Date Notice for Amendments Sent
s L< 7 *"~MirytfRKtffdtf S/ J$iif?fi»t4*1Date Approved
Received Stamp ,
I;-- J U:<
1 . "" " "I ; 1 ""
L • - * ''•'•,"-, -~ /
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Page 243
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Credits you are claiming in this report may be cut back. In order to minimize the adverse effects of such deletions, please indicate from which claims you wish to prionze the deletion of credits. Please mark ( ^) one of the following:
1. ECredits are to be cut back starting with the claim listed last, working backwards.2. L-. C redits are to be cut back equally over all claims contained in this report of work.3. Li Credits are to be cut back as priorized on the attached appendix.
In the event that you have not specified your choice of priority, option one will be implemented.
Note 1: Examples of beneficial interest are unrecorded transfers, option agreements, memorandum of agreements, etc., with respect to the mining claims.
Note 2 : I f work has been performed on patented or leased land, please complete the following:
I certify that the recorded holder had a beneficial interest in the patented Signature or leased land at the time the work was performed I
Date
Page 244
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Credits you are claiming in this report may be cut back. In order to minimize the adverse efiects of such deletions, plaase indicate from vnic.1 claims you wish to priorize the deletion of credits. Please mark ( s) o ne of the following:
1. ~M\ C rccits are to be cut back starting with its c laim listed fast, '.vorking backwards.2 ' J Credits are to be cut back equally over ail claims contained in this report of WOTK.
3. Q Credits ara to be cut back as priorized on the attached appendix. \̂ m ", * - ". f'^ > «">
n the event that you have not specified your choice of priority, option one will be implemented.
•'e 1 • Examples of beneficial interest ere unrecorded transfers, option agreements, memorandum of agreements, etc., with respect to the mining claims.
'!e ?.: !f vork has been performed -~ri patentee or leased land, please complete the following:
Page 245
Value of
Assessm
entW
ork Done
on this Claim
Tola! Numb-r
of Claims
Value Assigned
from
this Claim
Reserve:
Work to be
Claim
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ate2o>t3o-DC~-%amu.tricgSQ
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Page 246
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Credits vcu are claiming in this report may be cut Back. In order to minimize the adverse ejects of such deletions, please indicate from wJ-.ich claims you wish to priorize the deletion of credits. Please mark (^) one of trie ioilow.ng:
1 B'Credits are to be cut back starting with the claim listed last, working backwarcs.2. D Credits are to be GUI back equally over all claims contained in this report of work.3. LJ Credits are to be cut back as priorized on the attached appendix.
In the event that you have not specified vour choice of priority, option one will be implemented.
Note 1: Examples of beneficial interest are unrecorded transfers, option agreements, memorandum of agreements, etc., v/ith respect to the mining claims.
Mote 2 : ! f work has been performed on patented or leased land, please complete the following:
I certify that ;rie recorded fiolaer had a beneficial interest in ;,^e patented or leased lana at trie lime me work was perlormed.
I Sianature Date
Page 247
'\&(*
ii3 3
Ni \i , 0 .NJ'
\,>& \l^lfl-s? 1 S5 ?|
a 3
Ifo 3
CO I3 B> 0 3'
Value of Assessment Work Done on this Claim
00-A
IS l ^k A
5 >»3-S< i 00<5'|. i »3gS3 o.
Credits you are claiming in this report may be cut back. In order to minimize the adverse effects of such deletions, please indicate from which claims you wish to priorize the deletion of credits. Please mark ( s) one of the following:
1. li; Credits are to be cut back starting with the claim listed last, working backwarcs.2. L] Credits ara to be cut back equally over all claims contained in this report of work.3. LJ Credits are to be cut back as prionzed on the attached appendix.
In the event that you have not specified your choice of priority, opron one will be imolsmented.
Note 1: Examples of beneficial Interest are unrecorded transfers, option agreements, memor.-ndvn of agreements, etc., with respect to the mining claims.
Note 2 : If work has been performed on patented or leased land, please complex the following:
I certify that the recorded holder had a beneficial interest in the patented i Signature 1 or leased land at the time the work was performed.
Page 248
"il
-Jj«3
CO
^ci
r-. ;»CN
Ox
fl<a
!
281?= 3, *-<"
Credits you are claiming in this report may be cut back. In order to minimize the adverse effects of such deletions, please indicate from which claims you wish to pnorize the deletion of credits. Please mark (•) one of the following.
are to be cut back starting with the claim listed last, working backwards.
2. fj Credits are to be cut back equally over all claims contained in this report of work
3. D Credits are to be cut back as priorized on the attached appendix.
In the event that you have not specified your choice of priority, option one will be implemented.
Jote 1: Examples of beneficial Interest are unrecorded transfers, option agreements, memorandum of agreements, etc., with respect to the mining claims.
Jote 2 : I f work has been performed on patented or leased land, please complete the following:
I certify that the recorded holder had a beneficial interest in the patented Signature or leased land at the time the work was performed.
Page 249
Ontario
Ministry otNorthern Developmentana Mines
Ministere du Developpement du Nord et des mines
Statement of Costs for Assessment Credit
Etat des couts aux fins du credit devaluation
Mining Act/Loi sur les mines
I Transaction No/N° de transaction
P * -&• '• i , ; '
Personal information collected on this form is obtained under the authority of the Mining Act. This information will be used to maintain a record and ongoing status of the mining claim(s). Questions about this collection should be directed to the Provincial Manager, Minings Lands. Ministry of Northern Development and Mines. 4th Floor. 159 Cedar Street. Sudbury, Ontario P3E 6A5. telephone (705) 670-7264.
Les renseignements personnels contenus dans la presente formule sont recueillis en vertu oe ia Loi sur les mines et serviront a tenir a jour un registre des concessions mi^eres. Adresser toute quesiton sur la collece de ces renseignements au cnef provincial des terrains miniers, mimstere du Developpement du Nord et des Mines, 159, rue Cedar, 4 e etage, Sudbury (Ontario) P3E 6A5 telephone (705) 670-7264.
1. Direct Costs/Couts directs
Type
Wages Salaires
Contractor's and Consultant's Fees Drolts de ('entrepreneur et de I'expert- conseil
Supplies Used Fournitures utlllsees
Equipment Rental Location de materiel
Description
Labour Main-d'oeuvreField Supervision Supervision sur le terrain
(-SfisSUL Lm/\fT~
^"Stfficte^^^Tfttor
Type ._dnit fal Rim.
/~/t/Ll J'lJ-^flit**'
Type
Amount Montant
f^J
<ntf-ztar*-<-z/*
Hi
Total Direct Costs Total des couts directs
Totals Total global
£2^//
tt3
tlflll
2. I ndirect Costs/Couts indirects* * Note: When claiming Rehabilitation work Indirect costs are not
allowable as assessment work.Pour le remboursement des travaux de rehabilitation, les couts ind;recls ne sont pas admissibles en tant que travaux devaluation.
Type
Transportation Transport
Description
T>1» T
7^£/\<?nT5/
Nourriture et •/ > / hebergement ^Mobilization and Demobilization Mobilisation et demobilisation
i^^~rr^vh c **tn.'
Amount Montant
3/y
tS-u
f^'
Sub Total of Indirect Costs Total partiel des couts indirects
Amount Allowable (not greater than 20% of Direct Costs) Montant admissible (n'excedant pas 20 % des couts directs)
Total Value of Assessment Credit Valeur totale du credit (Total of Direct and Allowable devaluation Indirect costal (ToUl det coiiu direct*
Totals : Total global
?//
/093
<0&
6Z0J
1S7fZ7,&£
et Indirect! admissibles
Note: The recorded holder will be required to verity expenditures claimed in this statement of costs wilhm 30 days of a request for verification. If verification is not made, the Minister may reject for assessment work all or part of the assessment work submitted.
Note : Le titulaire en sgistre sera tenu de verifier les depenses demandees dans le present etat des couts dans les 30 jours suivant une demande a cet eflet. Si la verification n'est pas effectuee, le mmistre peut rejeter tout ou une partie des travaux devaluation presentes.
Filing Discounts Remises pour depot
1. Work filed within two years of completion is claimed at 100% of the above Total Value of Assessment Credit.
1. Les travaux deposes dans les deux ans suivant leur achevement sont rembourses a 100 ^ de la valeur totale susmentionnee du credit devaluation.
2. Work filed three, four or five years after completion is claimed at 50% of the above Total Value of Assessment Credit. See calculations below:
Total Value of Assessment Credit Total Assessment Claimed
x 0.50 =
2. Les travaux deposes trois, quatre ou cinq ans apres leur achevement sont rembourses a 50 % de la valeur totale du credit devaluation susmentionne Voir les calculs ci-dessous.
Valeur totale du creon devaluation
x 0,50 =Evaluation totale demandee
Certification Verifying Statement of Costs
hereby certify:nat the amounts shown are as accurate as possible and these costs vere incurred while conducting assessment work on the lands shown jn the accompanying Report of Work form.
nat as ___(Recoi
make this certification
flcic-^•raed Holder Agent, Position in Company)
Attestation de I'etat des couts
J'atleste par la presente :que les montants mdiques sont le plus exact possible et que ces depenses ont ete engagees pour effectuer les travaux devaluation sur les terrains indiques dans la formule de rapport de travail ci-joint.
I am authorized Et qu'a titre de. ,..._ _ ___________________ je suis autonse(titulaire enregtsue reoresentant. poste occupe dans la compagnie)
faire cette attestation.
i!2 (04/91) Nota : Dans cette formule, lorsqu'il designs oes personnes, le masculm est~7——-7——utilise a u sens neutre
Page 251
Ministry ofNorthern Developmentand Mines
September 16, 1996
Scott A. Rivett Mining Recorder 808 Robertson Street P.O. Box 5200 Kenora, ON P9N 3X9
Ministere du Developpement du Nord et des Mines Ontario
Geoscience Assessment Office 933 Ramsey Lake Road 6th Floor Sudbury, Ontario P3E 6B5
Telephone: Fax:
(705) 670-5853 (705) 670-5863
Dear Sir or Madam: Submission Number: 2.16759
Subject: Transaction Number(s): W 9610.00086
After reviewing the Work Report(s) we have prepared this letter and the attached summary, which lists the results of our review. Requirements of the Assessment Work Regulation may not have been fully met. Please examine the summary to determine the next course of action concerning the identified Work Report(s).
NOTE: The 90 day deemed approval provision, subsection 6(7) of the Assessment Work Regulation, is no longer in effect for this submission.
PLEASE NOTE ANY REQUESTED REVISIONS MUST BE SUBMITTED IN DUPLICATE.
If the anniversary dates for the mining claims affected by this correspondence have not passed, a number of options are available. Please contact the Mining Recorder to discuss these options.
If you have any questions regarding this correspondence, please contact Bruce Gates at (705)670-5856.
Yours sincerely,
ORIGINAL SIGNED BYRon C. GashinskiSenior Manager, Mining Lands SectionMines and Minerals Division
Correspondence ID: 10209
Copy for: Assessment Library
Page 252
Work Report Assessment Results
Submission Number: 2 .16759
Date Correspondence Sent: September 16, 1996 Assessor: Bruce Gates
Transaction Number
First Claim Number
W9610.00086 1003549
Section:14 Geophysical EM
Township(s) / Area(s)
GARNET BAY (EAGLE LAKE)
Status
Deemed Approval
Approval Date
September 03, 1996
Correspondence to:Mining Recorder Kenora, ON
Resident Geologist Kenora, ON
Assessment Files Library Sudbury, ON
Other Recorded Holder(s) and/or Agent(s):James R. Trusler AURORA, ONTARIO
INTERNATIONAL PRECIOUS METALS CORPORATION TORONTO, Ontario
Page: 1
Correspondence ID: 10209
Page 253
MJ944
THE INFORMATION THAT APPEARS ON THIS MAP HAS BEEN COMPILED FROM VARIOUS SOURCES, AND ACCURACY 1S GUARANTEED. TfrGSE 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 * STATUS OF THE ' LANDS SHOWN HEREON.
959823I 959822 / 959BI3
959844 I 959835 I 959828
85l35l|.—— "-—i MeA230-—— -
I 882562 I95979d
:?/•X^xK
_/~~2) ' ) TEMPLE959821
I ^59814 , 959805 | 959806
FOR STATUS REFER TO TWP. 959BI5 9M7M ' 9S979> 9S9797 959796
___________
359819 959826|
J 959818
RESERVE959802 I
959800 95989 959803
LEGEND
PATENTED LANDCROWN LAND SALELEASESLOCATED LANDLICENSE OF OCCUPATIONMINING RIGHTS ONLYSURFACE RIGHTS ONLYROADSIMPROVED ROADSKING'S HIGHWAYSRAILWAYSPOWER LINESMARSH OR MUSKEGMINESCANCELLEDTOURIST CAMPSlontn ' wsszit .972329 I \ «xw7* " — ~ ~ ~~ — ~ ~ ~ —"~ I "-^__I "1—~~l i
REFERENCES9999+9 1 1O9094t* I
AREAS WITHDRAWN FROM DISPOSITION—-——— - iiwwrwi i
»• ' W j <
C7—I ' j"ia»o»7»i1010177 h—» y 1
M.R.O. - MINING RIGHTS ONLYiS.R.O. - SURFACE RIGHTS ONLY
M.+ S. - MINING AND SURFACE RIGHTS
^•^^ j TOSQ^T^fr3694 •-----« iivwfoje i
_L J_^._L £
DATE OF ISSUE
SEP 1 0 1996KENORA
MINING DIVISION
841891 | v X
SCALE: 1 INCH = 40 CHAINS
BUCHAN BAYEAGLE LAKE
M.N.R. ADMINISTRATIVE DISTRICT
DRYDENMINING DIVISION
KENORALAND TITLES/ REGISTRY DIVISION
KENORA
. *§ Ministryof LandNatural Manaaement
Resources Branch
On. FEBRUAKY, 1984.Osbourne Bay 9-2583
52F11NE0001 2.16759 BUCHAN BAY (EAGLE BAY) 200
Page 254
52F11NE0001 2.16759 BUCHAN BAY (EAGLE BAY)
EAG LE
RIVER
Transmitter Loop
\;V50>^i Nxeo rn
4 \ X40 5
V<
BASELINE 0-00
- 9 S
T IE LINE -11S
POPLAR
— 15S
J.R. TRUSLER & ASSOCIATESAurora, Ontario
GRID t MAP by SWEANY MININQ SERVICES
Legendmore resistive-
Vmore conductive'
Contact - well-defined(eg. - latest response Ch 7)
,ITT - Contact - poorly-defined''"'' (eg. - latest response Ch 1)
thin conductive zone~" (eg. - latest response Ch 5 )
5 V sX Location of conductor axis
egs. - latest response Chl depth-to-top 60m- latest response Ch5 shallow (<25m)
S\ ^ - latest response Ch7 unclear
80 _ Contact conductoreg. - latest response Ch 5 depth-to-top 60m
M / m - Magnetic feature - strong/weak
"Interpreted contact tracewell-defined poorly-defined
LAMONTAGNE GEOPHYSICS LTD GEOPHYSIQUE LTEE
Interpretation Map
— 20 S
INTERNATIONAL PRECIOUS METALS CORPORATION
EAGLE LAKE PROPERTYDISTRICT OF KENORA ONTARIO
SCALE 1 to 5000
210
Page 255
LU
CO
111
EA G LE
RIVER
SCALE
1OO.OOO
LU
00
I
LU
O)
LU
OT~
I
LU LU
CVJT—
I
UJ
eoT—
I
UJ LU
I I
Transmitter
6\XS
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25
7
1 VX60 1 VX 60x
mV ^7
m
1 VX50
5 VXS
5X1/S
S 5
1 Xeo
XA
10
x 30
m
4 \ 30
m
60
m
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m
4 X40
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mm
405 VX50
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X60
> X 100S \ 1 '110
5 V/40
5>i/25
52F11NE0001 2 16759 BUCHAN BAY (EAGLE BAY)
T.220
BASELINE 0-00
J.R. TRUSLER & ASSOCIATESAurora, Ontario
- 5S
- 9S
T IE LINE -11 S
POPLAR
— 15S
GRID • MAP * i S WEANY MINING SERVICES
Legendmore resistive <
vmore conductive 1
Contact - well-defined(eg. - latest response Ch 7)
1 VX 60
5X S7\X ?
_ Contact - poorly-defined(eg. - latest response Ch 1)
thin conductive zone"~ (eg. - latest response Ch 5 )
Location of conductor axisegs. - latest response Chl depth-to-top 60m
- latest response Ch5 shallow (<25m)- latest response Ch7 unclear
5 XX 80 — Contact conductoreg. - latest response Ch 5 depth-to-top 60m
M / m - Magnetic feature - strong/weak
-Interpreted contact tracewell-defined poorly-defined
LAMONTAGNE GEOPHYSICS LTD GEOPHYSIQUE LTEE
Interpretation Map
— 20 S
INTERNATIONAL PRECIOUS METALS CORPORATION
EAGLE LAKE PROPERTYDISTRICT OF KENORA ONTARIO
SCALE 1 to 5000
. 167