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JOHN C. KEPHART & CO. <br />~GR~NDAJUNCTIDN ~~BO~fl1D~I~S GRAND JUNCTION,COLORAD061501 <br />ANALYTICAL REPORT <br />Lillylands, Inc.; Hamilton Mine <br />R0Ce1Yed°O"" c/o Jim Stover and Associates <br />Grand Jct., CO <br />Customs No. <br />8/3/92 <br />Dale Received <br />SAMPLE ID: <br />pH <br />Sodium Absorption Ratio <br />Acid-$ase Potential <br />• Iron(Fe) <br />Electrical Conductivity <br />TEXTURE: Sand as follows: <br />>2 mm <br />2 - 1 mm <br />1 - 0.5 mm <br />0.5 - 0.25 mm <br />0.25 - 0.10 mm <br />0.10 - 0.05 mm <br />50-20 micron <br />20-5 micron <br />5-2 micron <br /><2 micron <br />Laboratory <br />2720 <br />mineral <br />8/31/92 <br />Date Repcrcled <br />2720: Top 2 <br />6.4 (on saturated paste) <br />2.300 <br />-3.25 tons CaC03/1000 tons* <br />153 ppm <br />5800 umhos/cm (on saturated paste @ 25 °C) <br />0 ~ PEBBLES <br />20.79 ~ very coarse <br />8.60 ~ coarse <br />15.98 SK medium <br />17.56 St fine <br />9.76 ~ very fine <br />+25.48 5K very fine <br />s 98.1' <br />SAND <br />SAND <br />SAND <br />SAND <br />SAND <br />SAND <br />7 ~ SAND <br />0.37 ~ silt <br />+1.09 ~ silt e 1.46 As SILT <br />e 0.37 Sk CLAY <br />• NOTE: Used in Acid-Base Potential calculation: <br />Total Sulfur 0.192 ~ <br />Neutralization Potential 2.75 tons CaC03/1000 tons <br />Lab Dir.: Brian S. Bauer <br />7-37 <br />