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AET #95-2169 - Page 3 <br />Deviations from the above design information could necessitate altering our conclusions and <br />recommendations. Contact us if the information stated is different from the actual design. <br />Elevations and locations presented in this report were referenced to grade and off -set staking <br />provided by the contractor. <br />Previously, American Engineering Testing, Inc. (AET) conducted a subsurface exploration <br />program at the referenced site. The results were included in our November 24, 1993 report (AET <br />Job No. 93-2104). Refer to that report for pertinent background information. <br />We observed the excavation for the building during the period from August 7 to 22, 1995. We <br />were not present at the site on a full-time basis. Our observations consisted of periodic visits to <br />the site, as requested by the contractor. In conjunction with observing the bottom of the <br />excavation, we conducted shallow han(' auger borings acid hand cone penetrometer probes in the <br />bottom of the excavation. The soils encountered were classified in general accordance with <br />ASTM:D2488. <br />The soils exposed in the bottom of the excavation for the building were judged to be natLrally <br />deposited sand with silt (SP-SM) and silty sand (SM). Hand cone penetrometer probes conducted <br />in the soils exposed in the bottom of the excavation appeared to indicate these soils have sufficient <br />strength to support the fill and the 3,000 psf foundation loadings. The base of the excavation <br />generally sloped from ab-,ut elevation 915 on the south end, down to about elevation 905 on the <br />north end. <br />