North Bay Resources Inc (NBRI)

[mick]

#44/\08-26-2019/ Technical Assessment Report on the Mount Washington Property
http://www.northbayresources.com/2019_MW_43101.pdf

Vancouver Island, British Columbia
NTS 092F/14
BCGS 092F074 & 092F075
Latitude 490 45’ 23” Longitude 1250 15’ 22”
UTM NAD83 Zone 10N 337500E 5514000N
For
North Bay Resources Inc.
PO Box 162
Skippack, PA, USA 19474
By
Jacques Houle P.Eng.
6552 Peregrine Road
Nanaimo, B.C. V9V 1P8
August 26, 2019
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long-handled geotul or a soil auger as required. At each sample site, GPS locations and site and
sample characteristics were recorded on water-proof forms, and metal tags with sample
numbers and flagging tape were affixed to adjacent shrubs or tree branches. All 72 soil samples
were sent on July 19, 2019 by the author via Greyhound Bus Parcel Express to AGAT
Laboratories in Mississauga, Ontario for sample preparation and geochemical analysis at their
other facilities in Canada. 2019 soil sample data appears in Appendix 1.
On August 21, 2019 final geochemical results were received from AGAT Laboratories in Report
19T498952, which appears in Appendix 2. The significant results and interpretation of the 2019
soil geochemistry is discussed by sample location (see Figure 5a), by elevated target and
indicator element gridded geochemistry plots (see Figures 5c-5k) integrated with rock
geochemistry data and by sample number as follows:
• Sample E5123458 yielded 130 ppm vanadium
• Sample E5123478 yielded 33.4 ppm molybdenum, and adjacent sample E5123479
yielded 27.7 ppm cobalt, 283 ppm copper and 31.8 ppm molybdenum
• Sample E5123860 yielded 265 ppm copper
• Sample E5123865 yielded 1.2 ppm silver
• Sample E5123867 yielded 296 ppm arsenic and 29.6 ppm molybdenum, and adjacent
sample E5123868 yielded 343 ppm copper
• Sample E5123878 yielded 259 ppm copper, adjacent sample E5123879 yielded 254 ppm
arsenic and 459 ppm copper, and adjacent sample E5123485 yielded 29.6 ppm cobalt
• Sample E5123487 yielded 356 ppm copper, and adjacent sample E5123488 yielded 283
ppm copper
• Sample E5123492 yielded 0.102 ppm gold, 320 ppm arsenic and 481 ppm copper, and
adjacent sample E5123493 yielded 281 ppm copper
• Sample E5123880 yielded 314 ppm copper, adjacent sample E5123881 yielded 1.4 ppm
silver and 284 ppm copper, adjacent sample E5123882 yielded 0.151 ppm gold, 259
ppm arsenic and 411 ppm copper, and adjacent sample E5123883 yielded 339 ppm
arsenic and 514 ppm copper
• Sample E5123500 yielded 266 ppm arsenic, 261 ppm copper and 104 ppm vanadium
• Sample E5123872 yielded 1 ppm silver and 101 ppm vanadium, adjacent sample
E5123873 yielded 258 ppm arsenic, 348 ppm copper and 130 ppm vanadium, adjacent
sample E5123874 yielded 0.169 ppm gold, 286 ppm arsenic, 277 ppm copper and 20
ppm molybdenum, adjacent sample E5123875 yielded 264 ppm arsenic, adjacent
sample E5123496 yielded 1.2 ppm silver, 385 ppm arsenic, 39.7 ppm cobalt, and 32.3

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ppm molybdenum, adjacent sample E5123497 yielded 262 ppm arsenic and 317 ppm
copper, and adjacent sample E5123498 yielded 372 ppm copper
• Sample E5123870 yielded 378 ppm copper, adjacent sample E5123887 yielded 278 ppm
copper, adjacent sample E5123886 yielded 1.9 ppm silver, 362 ppm arsenic and 556
ppm copper, adjacent sample E5123885 yielded 1 ppm silver, 268 ppm arsenic and 412
ppm copper, and adjacent sample E5123884 yielded 1.9 ppm silver, 362 ppm arsenic
and 556 ppm copper
• Sample E5123501 yielded 265 ppm copper, and adjacent sample E5123502 yielded 29.1
ppm cobalt
• Sample E5123504 yielded 229 ppm arsenic and 318 ppm copper, adjacent sample
E5123505 yielded 266 ppm arsenic, 61.9 ppm cobalt, 254 ppm copper, 44.1 ppm
molybdenum and 162 ppm vanadium, adjacent sample E5123506 yielded 0.141 ppm
gold and 307 ppm copper, and adjacent sample E5123507 yielded 312 ppm copper
• Sample E5123910 yielded 264 ppm copper
• Sample E5123912 yielded 258 ppm arsenic and 287 ppm copper, adjacent sample
E5123913 yielded 312 ppm arsenic and 315 ppm copper, adjacent sample E5123914
yielded 335 ppm arsenic and 332 ppm copper, and adjacent sample E5123915 yielded
1.8 ppm silver, 5100 ppm arsenic, 32.9 ppm cobalt, 348 ppm copper, 43.6 ppm
molybdenum and 297 ppm tungsten
Similar to the 2018 results, the gridded soil geochemistry plots suggest open trends of elevated
values in multiple target and indicator elements extending and possibly bifurcating to the
northeast and the northwest. This bifurcating trend of elevated soil geochemistry values
appears to follow the interpreted epiphyses or thickening of mafic volcanic breccia peripheral
to the elliptical intermediate intrusive breccia, and suggests the need to expand the Murex Grid
further to the northwest as well as downslope to the northeast for geological mapping and
geochemistry. Similar to the previous year’s soil geochemistry results, it appears that the
southeast perimeter of the Murex Breccia grid covered by geological mapping and sampling
completed to date does not need to be extended any further to the southeast.
The 2019 field work was completed on July 18, 2019 and North Bay subsequently filed
Statement of Work 5748496 on July 19, 2019 on the six mineral claims of the Mount
Washington Property. From July 19 to August 25, 2019 the author completed this technical
report on the Mt. Washington Property. North Bay subsequently filed Statement of Work
5752844 on August 26, 2019 on the six mineral claims of the Mount Washington Property

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