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r r r r_ r r r_-- r r- r I r <br /> Col 11 Col 21 Col 31 Col 41 Col 51 Col 61 Col 71 Col 81 Col 91 Col 101 Col 111 Col 12i Col 13i I Col 14i Col 15 Co1161 <br /> Total Effective <br /> Overburden Insitu pore overburden Normalized cone Normalized I Normalized pore <br /> Depth Depth q° f, u Other qr Rr SBT Unit Weight,y Stress,a„ pressure,u° stress,Q'„ resistance,Qii Friction raio,F, pressure ratio,Bq <br /> m ft is sl is % is <br /> 6.350 20.833 40.954 2.102 4.073 41.01 5.12 3 111 1.193 0.000 1.193 33.38 5.28 0.01 <br /> 6.550 21.490 42.987 1.688 18.194 43.25 3.90 5 115 1.230 0.000 1.230 34.15 4.02 0.03 <br /> 6.750 22.146 73.960 3.199 24.450 74.31 4.31 5 115 1.268 0.000 1.268 57.60 4.38 0.02 <br /> 6.950 22.802 31.967 1.981 3.956 32.02 6.19 3 111 1.305 0.000 1.305 23.55 6.45 0.01 <br /> 7.150 23.458 16.887 0.819 3.314 16.93 4.84 3 111 1.341 0.000 1.341 11.63 5.25 0.02 <br /> 7.350 24.114 22.483 0.862 12.573 22.66 3.80 4 115 1.379 0.000 1.379 15.44 4.05 0.04 <br /> 7.550 24.770 43.214 1.861 11.798 43.38 4.29 4 115 1.416 0.000 1.416 29.63 4.43 0.02 <br /> 7.750 25.427 54.737 2.685 6.242 54.83 4.90 4 115 1.454 0.000 1.454 36.71 5.03 0.01 <br /> 7.950 26.083 35.330 1.392 13.449 35.52 3.92 5 115 1.491 0.000 1.491 22.82 4.09 0.03 <br /> 8.150 26.739 26.684 0.711 39.865 27.26 2.61 6 115 1.529 0.000 1.529 16.83 2.76 0.11 <br /> 8.350 27.395 26.911 0.715 74.925 27.99 2.56 6 115 1.567 0.000 1.567 16.87 2.71 0.20 <br /> 8.550 28.051 31.762 0.920 44.999 32.41 2.84 6 115 1.604 0.000 1.604 19.20 2.99 0.11 l <br /> 8.750 28.707 28.101 0.912 23.502 28.44 3.21 5 115 1.642 0.000 1.642 16.32 3.40 0.06 <br /> 8.950 29.364 17.719 0.606 12.680 17.90 3.38 5 115 1.679 0.000 1.679 9.66 3.73 0.06 <br /> 9.150 30.020 14.794 0.429 14.860 15.01 2.86 5 115 1.717 0.000 1.717 7.74 3.23 0.08 <br /> 9.350 30.676 18.049 0.393 45.162 18.70 2.10 6 115 1.755 0.000 1.755 9.66 2.32 0.19 <br /> 9.550 31.332 18.498 0.383 67.294 19.47 1.97 6 115 1.792 0.000 1.792 9.86 2.17 0.27 <br /> 9.750 31.988 20.423 0.348 91.944 21.75 1.60 6 115 1.830 0.000 1.830 10.88 1.75 0.33 <br /> 9.950 32.644 24.668 0.391 106.003 26.19 1.49 6 115 1.867 0.000 1.867 13.03 1.61 0.31 <br /> 10.150 33.301 47.643 1.041 71.060 48.67 2.14 6 115 1.905 0.000 1.905 24.55 2.23 0.11 <br /> 10.350 33.957 97.913 2.070 - 25.422 98.28 2.11 7 118 1.944 0.000 1.944 49.56 2.15 0.02 <br /> 10.550 34.613 105.397 4.087 6.663 105.49 3.87 6 115 1.981 0.000 1.981 52.25 3.95 0.00 <br /> 10.750 35.269 62.263 2.948 14.570 62.47 4.72 4R11 <br /> 2.019 0.000 2.019 29.95 4.88 0.02 <br /> 10.950 35.925 57.862 1.992 71.470 58.89 _3.38 62.056 0.000 2.056 27.64 3.50 0.09 <br /> 11.150 36.581 44.436 1.605 48.599 45.14 3.56 52.094 0.000 2.094 20.55 3.73 0.08 <br /> 11.350 37.238 30.724 0.815 73.198 31.78 2.56 62.132 0.007 2.125 13.95 2.7511.550 37.894 31.297 0.905 49.603 32.01 2.83 62.169 0.028 2.142 13.93 3.03 0.12 <br /> 11.750 38.550 34.384 0.951 64.442 35.31 2.69 6 115 2.207 0.048 2.159 15.34 2.87 0.14 <br /> 11.950 39.206 59.236 2.143 45.658 59.89 3.58 5 115 2.244 0.069 2.176 26.49 3.72 0.06 <br /> 12.150 39.862 106.365 4.752 10.683 106.52 4.46 11 131 2.287 0.089 2.198 47.42 4.56 0.01 <br /> 12.350 40.518 108.365 5.482 30.450 108.80 5.04 11 131 2.330 0.109 2.221 47.95 5.15 0.02 <br /> 12.550 41.175 106.413 5.448 43.593 107.04 5.09 11 131 2.373 0.130 2.243 46.67 5.21 0.03 <br /> 12.750 41.831 119.909 6.011 0.504 119.92 5.01 11 131 2.416 0.150 2.265 51.87 5.12 0.00 <br /> 12.950 42.487 107.608 5.270 -1.331 107.59 4.90 11 131 2.458 0.171 2.288 45.96 5.01 0.00 <br /> 13.150 43.143 49.011 2.746 3.655 49.06 5.60 3 111 2.495 0.191 2.304 20.21 5.90 0.00 <br /> 13.350 43.799 27.847 1.046 16.401 28.08 3.72 5 115 2.533 0.212 2.321 11.01 4.09 0.04 <br /> 13.550 44.455 28.128 0.982 14.056 28.33 3.47 5 115 2.570 0.232 2.338 11.02 3.81 0.03 <br /> 13.750 45.112 30.399 1.065 10.111 30.54 3.49 5 115 2.608 0.253 2.355 11.86 3.81 0.02 <br /> 13.950 45.768 29.150 0.826 22.805 29.48 2.80 6 115 2.645 0.273 2.372 11.31 3.08 0.05 <br /> 14.150 46.424 30.610 0.911 33.878 31.10 2.93 5 115 2.683 0.294 2.389 11.89 3.21 0.08 <br /> 14.350 47.080 33.768 0.917 72.066 34.81 2.63 6 115 2.721 0.314 2.406 13.33 2.86 0.15 <br /> 14.550 47.736 35.384 1.027 99.058 36.81 2.79 6 115 2.758 0.335 2.424 14.05 3.01 0.20 <br /> 14.750 48.392 33.189 0.939 97.617 34.59 2.71 6 115 2.796 0.355 2.441 13.03 2.95 0.21 <br /> 14.950 49.049 38.521 1.120 75.056 39.60 2.83 6 115 2.833 0.376 2.458 14.96 3.05 0.14 <br /> 15.150 49.705 36.488 1.195 105.510 38.01 3.14 5 115 2.871 0.396 2.475 14.20 3.40 0.20 <br /> 15.350 50.361 49.433 1.843 95.265 50.80 3.63 5 115 2.909 0.417 2.492 19.22 U2.59 <br /> 0.13 <br /> 15.550 51.017 38.818 1.490 44.730 39.46 3.78 5 115 2.946 0.437 2.509 14.55 0.08 <br /> 15.750 51.673 34.087 0.811 123.987 35.87 2.26 6 115 2.984 0.458 2.526 13.02 0.26 <br /> 15.950 52.329 46.745 1.206 196.150 49.57 2.43 6 115 3.021 0.478 2.543 18.30 0.29 <br /> 16.150 52.986 80.399 2.679 139.167 82.40 3.25 6 115 3.059 0.498 2.580 30.99 0.1216.350 53.642 53.277 2.270 40.337 53.86 4.22 5 115 3.097 0.5192.578 19.69 0.05 <br /> 1/7/2009 9:51 AM 10-291cpt-03[INTERPRETATIONS] Page 3 of 8 <br />