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I Col 1i Col 2i Col 3i Col 4i Col 5i Col 6i Col 7i Col 8i Col 9i Col 10i Col 11i Col 12i Col13i Col 14i Col 15i Col 16i Total Effective Overburden Insitu pore overburden Normalized cone Normalized Normalized pore Depth Depth y° f, u Other q, W SBT Unit Weight,y Stress,a„ pressure,U. stress,a'„ resistance,Qu Friction raio,F, pressure ratio,Bq m ft tsf (psi) is % t is 16.550 54.298 59.295 1.423 204.230 62.24 2.29 7 118 3.119 0.539 2.580 22.91 2.41 0.24 16.750 54.954 47.064 1.267 117.524 48.76 2.60 6 115 3.157 0.560 2.597 17.56 2.78 0.17 16.950 55.610 38.969 1.112 109.686 40.55 2.74 6 115 3.194 0.580 2.614 14.29 2.98 0.20 17.150 56.266 52.001 1.556 141.346 54.04 2.88 6 115 3.232 0.601 2.631 19.31 3.06 0.19 17.350 56.923 59.186 1.893 121.338 60.93 3.11 6 115 3.270 0.621 2.648 21.77 3.28 0.14 17.550 57.579 52.703 1.636 148.416 54.84 2.98 6 115 3.307 0.642 2.665 19.33 3.17 0.19 17.750 58.235 58.408 1.895 118.907 60.12 3.15 6 115 3.345 0.662 2.683 21.16 3.34 0.14 17.950 58.891 51.060 1.514 163.248 53.41 2.83 6 115 3.382 0.683 2.700 18.53 3.03 0.22 18.150 59.547 52.212 1.428 181.121 54.82 2.60 6 115 3.420 0.703 2.717 18.92 2.78 0.24 18.350 60.203 99.216 2.203 269.465 103.10 2.14 7 118 3.459 0.724 2.735 36.43 2.21 0.19 18.550 60.860 400.043 1.558 133.525 401.97 0.39 10 127 3.500 0.744 2.756 144.57 0.39 0.02 18.750 61.516 240.246 1.897 13.108 240.43 0.79 9 124 3.541 0.765 2.777 85.32 0.80 0.00 18.950 62.172 294.409 2.707 17.480 294.66 0.92 9 124 3.582 0.785 2.797 104.08 0.93 0.00 19.150 62.828 374.278 1.275 20.643 374.58 0.34 10 127 3.624 0.806 2.818 131.63 0.34 0.00 19.350 63.484 356.370 1.404 19.591 356.65 0.39 10 127 3.665 0.826 2.839 124.32 0.40 0.00 19.550 64.140 297.831 1.455 27.084 298.22 0.49 10 127 3.707 0.846 2.861 102.95 0.49 0.00 19.750 64.797 258.289 1.088 24.564 258.64 0.42 10 127 3.749 0.867 2.882 88.44 0.43 0.00 19.950 65.453 142.240 2.748 9.445 142.38 1.93 7 118 3.788 0.887 2.900 47.79 1.98 0.00 20.150 66.109 105.228 5.785 18.477 105.49 5.48 11 131 3.830 0.908 2.922 34.79 5.69 0.00 20.350 66.765 101.606 4.986 12.263 101.78 4.90 11 131 3.873 0.928 2.945 33.25 5.09 0.00 20.550 67.421 104.380 4.814 7.942 104.49 4.61 11 131 3.916 0.949 2.967 33.90 4.79 0.00 20.750 68.077 102.790 3.603 5.859 102.87 3.50 6 115 3.954 0.969 2.984 33.15 3.64 -0.01 20.950 68.734 110.879 4.905 4.631 110.95 4.42 11 131 3.996 0.990 3.007 35.57 4.59 -0.01 21.150 69.390 92.284 4.976 9.290 92.42 5.38 11 131 4.039 1.010 3.029 29.18 5.63 0.00 21.350 70.046 119.812 1.954 13.894 120.01 1.63 8 121 4.079 1.031 3.048 38.03 1.69 0.00 21.550 70.702 143.457 4.404 42.130 144.06 3.06 6 115 4.117 1.051 3.065 45.66 3.15 0.01 21.750 71.358 131.670 7.298 123.145 133.44 5.47 11 131 4.159 1.072 3.088 41.87 5.65 0.06 21.950 72.014 70.563 3.773 111.910 72.17 5.23 11 131 4.202 1.092 3.110 21.86 5.55 0.10 22.150 72.671 58.835 2.981 111.241 60.44 4.93 11 131 4.245 1.113 3.132 17.94 5.31 0.12 22.350 73.327 75.311 4.052 54.665 76.10 5.33 11 131 4.288 1.133 3.155 22.76 5.64 0.04 22.550 73.983 61.928 3.062 80.767 63.09 4.85 11 131 4.331 1.154 3.177 18.50 5.21 0.08 22.750 74.639 1 52.482 2.658 103.561 53.97 4.92 4 115 4.368 1.174 3.194 15.53 5.36 0.13 22.950 75.295 62.874 2.802 37.044 63.41 4.42 5 115 4.406 1.195 3.211 18.37 4.75 0.02 23.150 75.951 96.853 2.580 13.563 97.05 2.66 7 118 4.444 1.215 3.229 28.67 2.79 0.00 23.350 76.608 131.367 2.116 8.559 131.49 1.61 8 121 4.484 1.235 3.249 39.09 1.67 0.00 23.550 77.264 125.954 4.077 8.932 126.08 3.23 6 115 4.522 1.256 3.266 37.22 3.35 -0.01 23.750 77.920 75.257 4.519 24.064 75.60 5.98 11 131 4.565 1.276 3.288 21.60 6.36 0.01 23.950 78.576 52.017 2.384 87.326 53.27 4.47 4 115 4.602 1.297 3.305 14.73 4.90 0.10 24.150 79.232 50.941 1.727 204.606 53.89 3.20 6 115 4.640 1.317 3.322 14.82 3.51 0.27 24.350 79.888 54.818 1.595 285.531 58.93 2.71 6 115 4.677 1.338 3.339 16.25 2.94 0.35 24.550 80.545 89.478 2.678 319.313 94.08 2.85 6 115 4.715 1.358 3.357 26.62 3.00 0.24 24.750 81.201 104.510 3.706 220.131 107.68 3.44 6 115 4.752 1.379 3.374 30.51 3.60 0.14 24.950 81.857 101.833 3.296 176.363 104.37 3.16 6 115 4.790 1.399 3.391 29.37 3.31 0.11 25.150 82.513 67.573 2.845 51.445 68.31 4.17 5 115 4.828 1.420 3.408 18.63 4.48 0.04 25.350 83.169 59.798 2.126 52.431 60.55 3.51 6 115 4.865 1.440 3.425 16.26 3.82 0.04 25.550 83.825 61.230 2.370 67.021 62.20 3.81 5 115 4.903 1.461 3.442 16.64 4.14 0.06 25.750 84.482 70.520 2.651 132.080 72.42 3.66 6 115 4.940 1.481 3.459 19.51 3.93 0.12 25.950 85.138 104.136 3.947 167.962 106.56 3.70 6 115 4.978 1.502 3.476 29.22 3.89 0.10 26.150 85.794 104.742 4.946 72.991 105.79 4.68 11 131 5.021 1.522 3.499 28.80 4.91 0.04 26.350 86.450 1 108.614 4.171 147.733 110.74 3.77 6 115 5.058 1.543 3.516 30.06 3.95 0.09 26.550 87.106127.468 4.508 179.011 130.05 3.47 6 115 5.096 1.563 3.533 35.37 3.61 0.09 1/7/2009 9:42 AM 9-291cpt-02[INTERPRETATIONS] Page 5 of 8