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r r I I i I r r r <br /> Col 1i Col 2i Col 3i Col 4i Col 5i Col 6i Col 71 Col 8i Col 9i Col 10i C0111i Col 12i Coll 131 Col 141 Coll 15i Col 16i <br /> Total Effective <br /> Overburden Insitu pore overburden Normalized cone Normalized Normalized pore <br /> Depth Depth qc f, u Other qt Rr SBT Unit Weight,y Stress,av pressure,U. stress,a'„ resistance,Qu Friction raio,Fr pressure ratio,By <br /> m ft (psi t % is t <br /> 16.550 54.298 31.892 1.110 66.249 32.85 3.38 5 115 3.134 0.539 2.595 11.45 3.74 0.14 <br /> 16.750 54.954 24.890 0.689 69.401 25.89 2.66 5 115 3.172 0.560 2.612 8.70 3.03 0.20 <br /> 16.950 55.610 33.243 1.216 105.645 34.76 3.50 5 115 3.209 0.580 2.629 12.00 3.85 0.22 <br /> 17.150 56.266 60.944 2.385 46.641 61.62 3.87 5 115 3.247 0.601 2.646 22.06 4.09 0.05 <br /> 17.350 56.923 79.134 3.949 52.703 79.89 4.94 11 131 3.290 0.621 2.668 28.71 5.16 0.04 <br /> 17.550 57.579 57.246 2.402 169.352 59.68 4.02 5 115 3.327 0.642 2.686 20.99 4.26 0.20 <br /> 17.750 58.235 60.604 1.938 194.246 63.40 3.06 6 115 3.365 0.662 2.703 22.21 3.23 0.22 <br /> 17.950 58.891 76.566 2.309 173.117 79.06 2.92 6 115 3.403 0.683 2.720 27.82 3.05 0.16 <br /> 18.150 59.547 122.078 3.358 3.956 122.13 2.75 7 118 3.441 0.703 2.738 43.35 2.83 0.00 <br /> 18.350 60.203 110.376 3.319 6.452 110.47 3.00 6 115 3.479 0.724 2.755 38.83 3.10 0.00 <br /> 18.550 60.860 126.328 2.780 6.287 126.42 2.20 7 118 3.517 0.744 2.773 44.32 2.26 0.00 <br /> 18.750 61.516 164.416 1.086 10.563 164.57 0.66 9 124 3.558 0.765 2.794 57.64 0.67 0.00 <br /> 18.950 62.172 157.322 1.117 7.673 157.43 0.71 9 124 3.599 0.785 2.814 54.67 0.73 0.00 <br /> 19.150 62.828 217.876 0.560 5.080 217.95 0.26 10 127 3.641 0.806 2.835 75.59 0.26 0.00 <br /> 19.350 63.484 162.280 0.625 10.939 162.44 0.38 9 124 3.681 0.826 2.855 55.60 0.39 0.00 <br /> 19.550 64.140 159.203 1.130 14.718 159.42 0.71 9 124 3.722 0.846 2.876 54.14 0.73 0.00 <br /> 19.750 64.797 104.721 3.277 17.563 1 104.97 3.12 6 115 3.760 0.867 2.893 34.99 3.24 0.00 <br /> 19.950 65.453 74.722 3.450 66.939 75.69 4.56 11 131 3.802 0.887 2.915 24.66 4.80 0.05 <br /> 20.150 66.109 89.889 4.074 77.781 91.01 4.48 11 131 3.845 0.908 2.937 29.67 4.67 0.05 <br /> 20.350 66.765 93.549 4.585 103.406 95.04 4.82 11 131 3.888 0.928 2.960 30.80 5.03 0.07 <br /> 20.550 67.421 113.513 4.945 5.190 113.59 4.35 11 131 3.931 0.949 2.982 36.77 4.51 -0.01 <br /> 20.750 68.077 142.836 4.808 -1.580 142.81 3.37 6 115 3.969 0.969 2.999 46.29 3.46 -0.01 <br /> 20.950 68.734 152.325 6.686 -2.593 152.29 4.39 11 131 4.011 0.990 3.022 49.07 4.51 -0.01 <br /> 21.150 69.390 103.423 5.139 14.794 103.64 4.96 11 131 4.054 1.010 3.044 32.72 5.16 0.00 <br /> 21.350 70.046 119.293 3.021 -0.659 119.28 2.53 7 118 4.093 1.031 3.062 37.62 2.62 -0.01 <br /> 21.550 70.702 126.906 2.778 -2.862 126.86 2.19 7 118 4.131 1.051 3.080 39.85 2.26 -0.01 <br /> 21.750 71.358 175.408 1.729 -0.972 175.39 0.99 9 124 4.172 1.072 3.100 55.22 1.01 -0.01 <br /> 21.950 72.014 160.944 1.174 -2.417 160.91 0.73 9 124 4.213 1.092 3.121 50.21 0.75 -0.01 <br /> 22.150 72.671 143.230 1.498 -2.896 143.19 1.05 9 124 4.254 1.113 3.141 44.23 1.08 -0.01 <br /> 22.350 73.327 116.865 3.503 -3.810 116.81 3.00 6 115 4.291 1.133 3.158 35.63 3.11 -0.01 <br /> 22.550 73.983 96.269 2.536 -3.328 96.22 2.64 7 118 4.330 1.154 3.176 28.93 2.76 -0.02 <br /> 22.750 74.639 122.542 1.788 -3.952 122.49 1.46 8 121 4.370 1.174 3.195 36.96 1.51 -0.01 <br /> 22.950 75.295 126.928 3.373 -0.938 126.91 2.66 7 118 4.408 1.195 3.214 38.12 2.75 -0.01 <br /> 23.150 75.951 90.392 2.682 -3.410 90.34 2.97 6 115 4.446 1.215 3.231 26.59 3.12 -0.02 <br /> 23.350 76.608 39.521 2.077 29.188 39.94 5.20 3 111 4.482 1.235 3.247 10.92 5.86 0.02 <br /> 23.550 77.264 35.758 1.321 148.764 37.90 3.49 5 115 4.520 1.256 3.264 10.23 3.96 0.28 <br /> 23.750 77.920 46.643 1.567 177.376 49.40 3.17 6 115 4.557 1.276 3.281 13.67 3.49 0.26 <br /> 23.950 78.576 45.296 1.615 74.170 46.36 3.48 5 115 4.595 1.297 3.298 12.66 3.87 0.10 <br /> 24.150 79.232 59.284 1.593 151.506 61.47 2.59 6 115 4.633 1.317 3.315 17.14 2.80 0.17 <br /> 24.350 79.888 95.777 3.093 207.361 98.76 3.13 6 115 4.670 1.338 3.332 28.24 3.29 0.14 <br /> 24.550 80.545 106.294 3.876 228.407 109.58 3.54 6 115 4.708 1.358 3.350 31.31 3.70 0.14 <br /> 24.750 81.201 81.654 3.409 75.329 82.74 4.12 5 115 4.745 1.379 3.367 23.17 4.37 0.05 <br /> 24.950 81.857 1 74.419 2.994 91.513 75.74 3.95 5 115 4.783 1.399 3.384 20.97 4.22 0.07 <br /> 25.150 82.513 76.912 2.932 106.517 78.45 3.74 5 115 4.821 1.420 3.401 21.65 3.98 0.08 <br /> 25.350 83.169 56.905 2.277 86.002 58.14 3.92 5 115 4.858 1.440 3.418 15.59 4.27 0.09 <br /> 25.550 83.825 64.891 2.196 106.721 66.43 3.31 6 115 4.896 1.461 3.435 17.91 3.57 0.10 <br /> 25.750 84.482 71.067 2.898 62.438 71.97 4.03 5 115 4.933 1.481 3.452 19.42 4.32 0.04 <br /> 25.950 85.138 68.574 2.711 49.538 69.29 3.91 5 115 4.971 1.502 3.469 18.54 4.22 0.03 <br /> 26.150 85.794 64.891 2.493 59.893 65.75 3.79 5 1155.009 1.522 3.487 17.42 4.10 0.05 <br /> 26.350 86.450 102.028 5.063 32.023 102.49 4.94 11 131 5.051 1.543 3.509 27.77 5.20 0.01 <br /> 26.550 87.106 65.519 3.547 10.876 65.68 5.40 11 131 5.094 1.563 3.531 17.16 5.85 -0.01 <br /> 1/7/2009 9:51 AM 10-291 cpt-03[INTERPRETATIONS] Page 5 of 8 <br />