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drive the sampler every 4 inches were measured and then converted to Standard Penetration <br /> blow counts (N). This information is presented on the Log of Boring sheet, Plate No. 2. <br /> The soil samples obtained from the test holes were retained in stainless steel liners in order <br /> that the undisturbed nature of the soil's could be preserved until the samples could be tested. <br /> in the laboratory. Grab samples were also obtained from the test pit. <br /> Samples obtained from the tent holes and test pit were taken to the laboratory of <br /> Neil O. Anderson & Associates, Inc., Stockton, California-,.and tested for moisture content <br /> and dry unit weight. The results of these tests are presented on the Log of Boring and the <br /> Log of Test Pit.sheets. An atterbergr limits test was performed on a sample of the surface <br /> soil encountered in the test pit and the results of this test are presented on the Log of Test <br /> Pit sheet. <br /> i <br /> The approximate locations of the test holes and test pit are shown on the location <br /> map, Plate No. 1. The location of the test holes and test pit were determined by pacing <br /> hence accuracy can be implied only'to the degree that this method warrants. <br /> An R-value test was conducted on a sample of th6. subgrade soil obtained from the <br /> proposed pavement area at a depth,of from 12 to 18 inches. For approximate location of <br /> the sample see the Location Map, Plate Number 1. The results of the.test indicate that the <br /> subgrade soil has and R-value of 16 The test data for the R-value test is presented on <br /> j - <br /> Plate No. 5. <br /> A shallow, 36 inch,percolation tests was performed in the area between the proposed <br /> leach field and the retention basin. 'A deeper, 5.0 feet, test was attempted but due to high <br /> �OERSO <br /> D h <br /> Z W <br /> 4SSOG♦ <br /> P <br /> 3 <br />