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Teton Drilling Inc. <br /> Dixie Mine <br /> Clear Creek County, CO <br /> Oct. 8,2015 <br /> • <br /> Illustration 3 Ore Acidity <br /> Attached are results of ore acidity tests by Huffman Labs along with location of samples. <br /> Sample Depth Edge Distance GPS N GPS W Description <br /> Sample#1 Dirt 30" 0" 39°43.075" 105° 36.790" Top Soil <br /> Sample#2 Vein 54" 6" 39°43.075" 105° 36.790" Vein <br /> Sample#3 Vein 9' 6' 39°43.075" 105° 36.791" Vein <br /> Sample#4 Vein 12' 12' 39° 43.076" 105° 36.793" Vein <br /> Sample#5 Vein 14' 18' 39° 43.077" 105° 36.795" Vein <br /> Huffman IClient l S,% , 5,% I 5,% 5,% S,% C,% AGP NP ABP <br /> Sample No. 'Sample No. HCI insol IHNO3insol i total "sulfate" "pyritic" carbonate CaCO3g/kg CaCO3g/kg.CaCO3g/kg <br /> 124915-01/13301501 i 1 0,021 • NA- ' 0.04 0.02 NA <0.02 -0.6 0.0 -1 <br /> 124915-02/133015-02 2 i <0.01, NA 0.29 0.29 NA <0.02 0.0 0.0 0 <br /> 124915-03/133015-03 3 <br /> <0.011 NA 0.20 0.20 NA <0.02 0.0 0.0' 0 <br /> 124915-04/13301504 4 <0.011 NA 0.06 0.06 NA . <0.02' 0.0 0.0 0 <br /> 124915-05/133015-05 5 <0.011 NA 0.05 0.05 NA <0.021 0.0 0.0 0 <br /> I <br /> Samples were received as coarse ground material and splits were reground to nominal-200 mesh(<75 um)prior to analysis <br /> Analyses were performed in duplicate with averages reported. Sulfur forms were not analyzed(NA)at this time. <br /> Acid generation potential is calculated from initial analyses assuming all sulfur present is sulfide sulfur and contributes to <br /> AGP;this number could possibly be reduced by doing sulfur speciation and subtracting sulfur that has already been <br /> oxidized to sulfate and no longer able to contribute to the AGP. <br /> AGP Acid Generation Potential all potentials expressed in grams CaCO3 per kilogram soil <br /> NP Neutralization Potential grams per kilogram=tons per thousand tons=parts per thousand <br /> ABP Acid Base Potential negative sign denotes CaCO3 deficiency(potential acid excess) <br />