+++++++++++++++++++++++++++++++++++++++++++++++ LEPTOP version 2.00/03 created: 990221 1620 used: 990221 1621 +++++++++++++++++++++++++++++++++++++++++++++++ really EWWG 99 really EWWG 99 No als, yes albar +LTSUSY2: mt= 170.8 + 5.0 -4.7 4.9 4.9 glb= .746 mh= 70.8 + 81.6 -42.7 logmh= 1.85 + .33 -.40 .38 .38 glb= .899 als= .11936 +- .00294 .00294 1/alb= 128.875 +- .100 .100 +LTSUSY2: chi2/ndf= 15.04249 14 Four parameter fit for six points in msb really EWWG 99 really EWWG 99 No als, yes albar ifit= 1 amsb= 100.0 beta,AMLL= 1.10715 191.8053 Stop masses mst1,mst2= 191.8313 189.2069 mLL,ThetaLR= 191.8053 .1001674 +LTSUSY2: mt= 168.9 + 3.4 -3.9 3.6 3.6 glb= .758 mh= 850.4 + 285.8 -320.0 logmh= 2.93 + .13 -.21 .17 .17 glb= .799 als= .11264 +- .00289 .00289 1/alb= 128.926 +- .076 .076 +LTSUSY2: chi2/ndf= 20.30616 14 Fit stop masses mst1,mst2= 186.2678 183.5638 Fit ThetaLR= .1001674 amsb,va,vr,vm= 100.0 1.17067 1.30887 1.33205 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 30.18272 15 +LTSUSY2: mt= 158.7 +- 3.0 3.0 glb= .758 als= .11024 +- .00279 .00279 1/alb= 128.926 +- .076 .076 really EWWG 99 really EWWG 99 No als, yes albar ifit= 2 amsb= 150.0 beta,AMLL= 1.10715 222.0118 Stop masses mst1,mst2= 222.0343 219.7709 mLL,ThetaLR= 222.0118 .1001674 +LTSUSY2: mt= 171.3 + 4.6 -4.9 5.4 5.4 glb= .879 mh= 484.1 + 364.1 -234.6 logmh= 2.68 + .24 -.29 .31 .31 glb= .926 als= .11620 +- .00310 .00310 1/alb= 128.933 +- .085 .085 +LTSUSY2: chi2/ndf= 18.12536 14 Fit stop masses mst1,mst2= 219.1453 216.8517 Fit ThetaLR= .1001674 amsb,va,vr,vm= 150.0 .760747 .8449677 .8366935 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 21.91205 15 +LTSUSY2: mt= 164.0 +- 3.2 3.2 glb= .879 als= .11446 +- .00287 .00287 1/alb= 128.933 +- .085 .085 really EWWG 99 really EWWG 99 No als, yes albar ifit= 3 amsb= 200.0 beta,AMLL= 1.10715 258.4362 Stop masses mst1,mst2= 258.4555 256.5136 mLL,ThetaLR= 258.4362 .1001674 +LTSUSY2: mt= 171.3 + 4.9 -5.1 5.0 5.0 glb= .836 mh= 279.6 + 240.0 -144.1 logmh= 2.45 + .27 -.31 .29 .29 glb= .906 als= .11735 +- .00305 .00305 1/alb= 128.923 +- .085 .085 +LTSUSY2: chi2/ndf= 17.25363 14 Fit stop masses mst1,mst2= 255.9727 254.0119 Fit ThetaLR= .1001674 amsb,va,vr,vm= 200.0 .5005079 .5553247 .5416489 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 18.57122 15 +LTSUSY2: mt= 167.0 +- 3.4 3.4 glb= .836 als= .11635 +- .00289 .00289 1/alb= 128.923 +- .085 .085 really EWWG 99 really EWWG 99 No als, yes albar ifit= 4 amsb= 300.0 beta,AMLL= 1.10715 341.7444 Stop masses mst1,mst2= 341.7591 340.2929 mLL,ThetaLR= 341.7444 .1001674 +LTSUSY2: mt= 171.0 + 5.1 -5.1 5.1 5.1 glb= .814 mh= 151.6 + 145.0 -87.1 logmh= 2.18 + .29 -.37 .32 .32 glb= .909 als= .11828 +- .00303 .00303 1/alb= 128.905 +- .092 .092 +LTSUSY2: chi2/ndf= 16.30239 14 Fit stop masses mst1,mst2= 339.7488 338.2739 Fit ThetaLR= .1001674 amsb,va,vr,vm= 300.0 .2529683 .2806084 .2697801 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 16.39559 15 +LTSUSY2: mt= 169.9 +- 3.5 3.5 glb= .814 als= .11804 +- .00291 .00291 1/alb= 128.905 +- .092 .092 really EWWG 99 really EWWG 99 No als, yes albar ifit= 5 amsb= 400.0 beta,AMLL= 1.10715 432.1912 Stop masses mst1,mst2= 432.2028 431.0444 mLL,ThetaLR= 432.1912 .1001674 +LTSUSY2: mt= 170.9 + 5.1 -5.0 5.0 5.0 glb= .793 mh= 113.2 + 115.4 -67.9 logmh= 2.05 + .31 -.40 .34 .34 glb= .905 als= .11864 +- .00298 .00298 1/alb= 128.894 +- .095 .095 +LTSUSY2: chi2/ndf= 15.82598 14 Fit stop masses mst1,mst2= 430.5581 429.3952 Fit ThetaLR= .1001674 amsb,va,vr,vm= 400.0 .1495821 .1659355 .1585559 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 15.83174 15 +LTSUSY2: mt= 171.2 +- 3.7 3.7 glb= .793 als= .11869 +- .00291 .00291 1/alb= 128.894 +- .095 .095 really EWWG 99 really EWWG 99 No als, yes albar ifit= 6 amsb= 1000.0 beta,AMLL= 1.10715 1013.306 Stop masses mst1,mst2= 1013.311 1012.818 mLL,ThetaLR= 1013.306 .1001674 +LTSUSY2: mt= 170.8 + 5.0 -4.8 5.0 5.0 glb= .760 mh= 77.0 + 86.8 -46.8 logmh= 1.89 + .33 -.41 .37 .37 glb= .902 als= .11911 +- .00292 .00292 1/alb= 128.879 +- .099 .099 +LTSUSY2: chi2/ndf= 15.18455 14 Fit stop masses mst1,mst2= 1012.596 1012.102 Fit ThetaLR= .1001674 amsb,va,vr,vm= 1000.0 2.54227E-02 2.82033E-02 2.67492E-02 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 15.49162 15 +LTSUSY2: mt= 172.6 +- 3.8 3.8 glb= .760 als= .11944 +- .00290 .00290 1/alb= 128.879 +- .099 .099 i thLR mh als chi2 1 .1002E+00 850.4 + 285.8 -320.0 .1126 +- .0029 20.31 2 .1002E+00 484.1 + 364.1 -234.6 .1162 +- .0031 18.13 3 .1002E+00 279.6 + 240.0 -144.1 .1173 +- .0031 17.25 4 .1002E+00 151.6 + 145.0 -87.1 .1183 +- .0030 16.30 5 .1002E+00 113.2 + 115.4 -67.9 .1186 +- .0030 15.83 6 .1002E+00 77.0 + 86.8 -46.8 .1191 +- .0029 15.18 Fixing mh=120 GeV i mst1 mst2 va vr vm als chi2 1 186.3 183.61.17071.30891.3321 .1102 +- .0028 30.18 2 219.1 216.9 .7607 .8450 .8367 .1145 +- .0029 21.91 3 256.0 254.0 .5005 .5553 .5416 .1164 +- .0029 18.57 4 339.7 338.3 .2530 .2806 .2698 .1180 +- .0029 16.40 5 430.6 429.4 .1496 .1659 .1586 .1187 +- .0029 15.83 6 1012.61012.1 .0254 .0282 .0267 .1194 +- .0029 15.49 i chi2sm ndfsm probsm chi2h ndfh probh Rprob 1 15.0 14 .3753E+00 30.2 15 .1128E-01 .3327E+02 2 15.0 14 .3753E+00 21.9 15 .1101E+00 .3407E+01 3 15.0 14 .3753E+00 18.6 15 .2338E+00 .1605E+01 4 15.0 14 .3753E+00 16.4 15 .3563E+00 .1053E+01 5 15.0 14 .3753E+00 15.8 15 .3933E+00 .9541E+00 6 15.0 14 .3753E+00 15.5 15 .4166E+00 .9007E+00 Four parameter fit =========================== really EWWG 99 really EWWG 99 No als, yes albar ifit= 1 beta,AMLL= 1.10715 222.0118 Stop masses mst1,mst2= 222.2369 150.0 mLL,ThetaLR= 222.0118 6.10211E-02 +LTSUSY2: mt= 171.3 + 4.6 -4.9 4.9 4.9 glb= .852 mh= 483.2 + 363.7 -234.1 logmh= 2.68 + .24 -.29 .28 .28 glb= .907 als= .11620 +- .00306 .00306 1/alb= 128.933 +- .083 .083 +LTSUSY2: chi2/ndf= 18.12372 14 Fit stop masses mst1,mst2= 219.3501 150.0 Fit ThetaLR= 6.25231E-02 amsb,va,vr,vm= 150.0 .7597736 .8437481 .8360435 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 21.89939 15 +LTSUSY2: mt= 164.0 +- 3.2 3.2 glb= .852 als= .11446 +- .00287 .00287 1/alb= 128.933 +- .083 .083 really EWWG 99 really EWWG 99 No als, yes albar ifit= 2 beta,AMLL= 1.10715 222.0118 Stop masses mst1,mst2= 275.642 221.7865 mLL,ThetaLR= 222.0118 1.50966 +LTSUSY2: mt= 171.3 + .0 -4.9 4.9 4.9 glb= .852 mh= 466.7 + 366.1 -226.5 logmh= 2.67 + .25 -.29 .28 .28 glb= .907 als= .11608 +- .00306 .00306 1/alb= 128.929 +- .083 .083 +LTSUSY2: chi2/ndf= 18.03366 14 Fit stop masses mst1,mst2= 271.0115 218.9147 Fit ThetaLR= 1.50816 amsb,va,vr,vm= 150.0 .7605981 .8447471 .7619413 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 21.63254 15 +LTSUSY2: mt= 164.2 +- 3.2 3.2 glb= .852 als= .11441 +- .00287 .00287 1/alb= 128.929 +- .083 .083 really EWWG 99 really EWWG 99 No als, yes albar ifit= 3 beta,AMLL= 1.10715 222.0118 Stop masses mst1,mst2= 250.3675 189.4588 mLL,ThetaLR= 222.0118 .7853982 +LTSUSY2: mt= 171.3 + 4.8 -4.9 4.9 4.9 glb= .847 mh= 431.2 + 342.8 -209.3 logmh= 2.63 + .25 -.29 .28 .28 glb= .906 als= .11615 +- .00306 .00306 1/alb= 128.930 +- .083 .083 +LTSUSY2: chi2/ndf= 17.94309 14 Fit stop masses mst1,mst2= 246.5485 187.7819 Fit ThetaLR= .7853982 amsb,va,vr,vm= 150.0 .7146603 .7899269 .7467976 No als, yes albar for fixed MH fit amh,chi2,ndf= 120.0 21.15178 15 +LTSUSY2: mt= 164.6 +- 3.3 3.3 glb= .847 als= .11457 +- .00287 .00287 1/alb= 128.930 +- .083 .083 i thLR mh als chi2 1 .6252E-01 483.2 + 363.7 -234.1 .1162 +- .0031 18.12 2 .1508E+01 466.7 + 366.1 -226.5 .1161 +- .0031 18.03 3 .7854E+00 431.2 + 342.8 -209.3 .1162 +- .0031 17.94 Fixing mh=120 GeV i mst1 mst2 va vr vm als chi2 1 219.4 150.0 .7598 .8437 .8360 .1145 +- .0029 21.90 2 271.0 218.9 .7606 .8447 .7619 .1144 +- .0029 21.63 3 246.5 187.8 .7147 .7899 .7468 .1146 +- .0029 21.15 i chi2sm ndfsm probsm chi2h ndfh probh Rprob 1 15.0 14 .3753E+00 21.9 15 .1105E+00 .3397E+01 2 15.0 14 .3753E+00 21.6 15 .1178E+00 .3185E+01 3 15.0 14 .3753E+00 21.2 15 .1320E+00 .2842E+01 Scan mst1-mst2 with 3 parameter fit ================= really EWWG 99 really EWWG 99 amsb= 150.0 Fixing mh=120 GeV i j mst1 mst2 als chi2 1 1 213.7 212.5 .1145 +- .0029 21.86 2 1 261.0 212.7 .1144 +- .0029 21.61 3 1 360.2 212.7 .1144 +- .0029 21.55 4 1 480.2 212.7 .1144 +- .0029 21.51 5 1 608.7 212.8 .1144 +- .0029 21.47 6 1 741.5 212.8 .1145 +- .0029 21.45 7 1 876.5 212.8 .1145 +- .0029 21.43 8 1 1012.8 212.8 .1145 +- .0029 21.42 9 1 1150.0 212.8 .1145 +- .0029 21.41 10 1 1287.9 212.8 .1145 +- .0029 21.40 1 2 213.7 209.7 .1145 +- .0029 21.90 2 2 261.1 209.9 .1144 +- .0029 21.52 3 2 360.3 210.0 .1145 +- .0029 21.29 4 2 480.3 210.1 .1145 +- .0029 21.12 5 2 608.8 210.2 .1146 +- .0029 20.99 6 2 741.6 210.3 .1146 +- .0029 20.90 7 2 876.5 210.3 .1146 +- .0029 20.84 8 2 1012.9 210.3 .1146 +- .0029 20.79 9 2 1150.1 210.3 .1146 +- .0029 20.76 10 2 1287.9 210.4 .1146 +- .0029 20.73 1 3 213.7 204.8 .1145 +- .0029 21.91 2 3 261.1 205.2 .1145 +- .0029 21.36 3 3 360.4 205.5 .1146 +- .0029 20.86 4 3 480.4 205.7 .1147 +- .0029 20.50 5 3 609.0 205.9 .1148 +- .0029 20.24 6 3 741.7 206.0 .1148 +- .0029 20.06 7 3 876.7 206.1 .1149 +- .0029 19.93 8 3 1013.0 206.1 .1149 +- .0029 19.84 9 3 1150.2 206.2 .1149 +- .0029 19.77 10 3 1288.0 206.2 .1149 +- .0029 19.71 1 4 213.7 197.9 .1145 +- .0029 21.91 2 4 261.2 198.4 .1146 +- .0029 21.13 3 4 360.7 198.9 .1148 +- .0029 20.29 4 4 480.7 199.3 .1149 +- .0029 19.69 5 4 609.2 199.6 .1150 +- .0029 19.29 6 4 741.9 199.9 .1151 +- .0029 19.02 7 4 876.9 200.0 .1152 +- .0029 18.83 8 4 1013.2 200.1 .1152 +- .0029 18.69 9 4 1150.4 200.2 .1153 +- .0029 18.59 10 4 1288.2 200.3 .1153 +- .0029 18.51 1 5 213.7 188.6 .1145 +- .0029 21.91 2 5 261.4 189.3 .1146 +- .0029 20.82 3 5 360.9 190.2 .1149 +- .0029 19.58 4 5 481.0 190.9 .1152 +- .0029 18.76 5 5 609.5 191.3 .1154 +- .0029 18.25 6 5 742.2 191.6 .1155 +- .0028 17.92 7 5 877.1 191.9 .1156 +- .0029 17.69 8 5 1013.4 192.0 .1157 +- .0029 17.53 9 5 1150.6 192.2 .1157 +- .0029 17.41 10 5 1288.4 192.3 .1158 +- .0029 17.32 1 6 213.7 176.5 .1145 +- .0029 21.91 2 6 261.6 177.6 .1147 +- .0029 20.42 3 6 361.3 179.0 .1152 +- .0029 18.79 4 6 481.3 179.9 .1155 +- .0029 17.81 5 6 609.9 180.6 .1158 +- .0029 17.25 6 6 742.5 181.1 .1159 +- .0029 16.90 7 6 877.4 181.4 .1161 +- .0029 16.68 8 6 1013.6 181.6 .1161 +- .0029 16.53 9 6 1150.8 181.8 .1162 +- .0029 16.42 10 6 1288.6 181.9 .1163 +- .0029 16.34 1 7 213.7 161.1 .1145 +- .0029 21.90 2 7 261.9 162.7 .1149 +- .0029 19.93 3 7 361.7 164.7 .1155 +- .0029 17.95 4 7 481.8 166.1 .1159 +- .0029 16.94 5 7 610.2 167.0 .1162 +- .0029 16.42 6 7 742.8 167.5 .1164 +- .0029 16.14 7 7 877.7 167.9 .1165 +- .0029 15.97 8 7 1013.9 168.2 .1166 +- .0029 15.86 9 7 1151.0 168.4 .1167 +- .0029 15.78 10 7 1288.8 168.5 .1167 +- .0029 15.73 1 8 213.7 141.3 .1145 +- .0029 21.90 2 8 262.2 143.7 .1150 +- .0029 19.34 3 8 362.2 146.6 .1158 +- .0029 17.17 4 8 482.2 148.5 .1163 +- .0028 16.29 5 8 610.6 149.5 .1166 +- .0029 15.93 6 8 743.1 150.1 .1168 +- .0029 15.75 7 8 877.9 150.5 .1169 +- .0029 15.66 8 8 1014.1 150.7 .1170 +- .0029 15.61 9 8 1151.2 150.9 .1171 +- .0029 15.58 10 8 1288.9 151.0 .1171 +- .0029 15.55 1 9 213.7 114.7 .1145 +- .0029 21.89 2 9 262.7 118.7 .1153 +- .0029 18.66 3 9 362.8 123.0 .1161 +- .0029 16.58 4 9 482.7 125.2 .1166 +- .0029 16.01 5 9 610.9 126.1 .1168 +- .0029 15.85 6 9 743.3 126.5 .1169 +- .0029 15.78 7 9 878.0 126.7 .1170 +- .0029 15.75 8 9 1014.2 126.8 .1170 +- .0028 15.74 9 9 1151.3 126.8 .1171 +- .0029 15.73 10 9 1288.9 126.8 .1171 +- .0029 15.72 110 213.7 74.6 .1145 +- .0029 21.88 210 263.3 82.7 .1155 +- .0029 17.94 310 363.4 89.3 .1163 +- .0029 16.44 410 482.9 91.2 .1165 +- .0029 16.33 510 610.9 91.3 .1164 +- .0028 16.41 610 743.2 91.0 .1162 +- .0028 16.58 710 877.9 90.8 .1160 +- .0029 16.82 810 1014.1 90.7 .1158 +- .0028 17.08 910 1151.1 90.6 .1156 +- .0029 17.34 1010 1288.8 90.6 .1155 +- .0029 17.59 amsb= 200.0 Fixing mh=120 GeV i j mst1 mst2 als chi2 1 1 253.3 252.3 .1163 +- .0029 18.55 2 1 294.3 252.4 .1163 +- .0029 18.47 3 1 385.0 252.4 .1163 +- .0029 18.45 4 1 499.0 252.4 .1163 +- .0029 18.43 5 1 623.7 252.4 .1164 +- .0029 18.41 6 1 753.8 252.4 .1164 +- .0029 18.40 7 1 886.9 252.4 .1164 +- .0029 18.39 8 1 1021.9 252.4 .1164 +- .0029 18.38 9 1 1158.0 252.4 .1164 +- .0029 18.37 10 1 1295.0 252.4 .1164 +- .0029 18.37 1 2 253.3 249.1 .1163 +- .0029 18.57 2 2 294.3 249.2 .1164 +- .0029 18.43 3 2 385.0 249.3 .1164 +- .0029 18.30 4 2 499.1 249.3 .1164 +- .0029 18.20 5 2 623.8 249.4 .1165 +- .0029 18.12 6 2 753.9 249.4 .1165 +- .0029 18.06 7 2 887.0 249.5 .1165 +- .0029 18.01 8 2 1021.9 249.5 .1165 +- .0029 17.98 9 2 1158.1 249.5 .1165 +- .0029 17.95 10 2 1295.1 249.5 .1165 +- .0029 17.93 1 3 253.3 243.2 .1164 +- .0029 18.57 2 3 294.3 243.4 .1164 +- .0029 18.34 3 3 385.2 243.6 .1165 +- .0029 18.06 4 3 499.2 243.8 .1166 +- .0029 17.82 5 3 623.9 243.9 .1166 +- .0029 17.64 6 3 754.0 244.0 .1167 +- .0029 17.52 7 3 887.1 244.1 .1167 +- .0029 17.42 8 3 1022.1 244.2 .1168 +- .0029 17.35 9 3 1158.2 244.2 .1168 +- .0029 17.30 10 3 1295.2 244.2 .1168 +- .0029 17.26 1 4 253.3 234.6 .1164 +- .0029 18.57 2 4 294.4 234.9 .1164 +- .0029 18.21 3 4 385.3 235.3 .1166 +- .0029 17.72 4 4 499.4 235.6 .1168 +- .0029 17.33 5 4 624.1 235.8 .1169 +- .0029 17.07 6 4 754.2 236.0 .1170 +- .0029 16.88 7 4 887.3 236.2 .1171 +- .0029 16.75 8 4 1022.2 236.3 .1171 +- .0029 16.65 9 4 1158.4 236.3 .1172 +- .0029 16.58 10 4 1295.3 236.4 .1172 +- .0029 16.53 1 5 253.3 222.8 .1164 +- .0029 18.57 2 5 294.5 223.3 .1165 +- .0029 18.03 3 5 385.5 223.9 .1168 +- .0029 17.31 4 5 499.7 224.5 .1170 +- .0029 16.80 5 5 624.4 224.9 .1172 +- .0030 16.48 6 5 754.4 225.1 .1173 +- .0028 16.28 7 5 887.5 225.3 .1174 +- .0029 16.14 8 5 1022.4 225.5 .1175 +- .0029 16.05 9 5 1158.5 225.6 .1176 +- .0029 15.98 10 5 1295.5 225.7 .1176 +- .0029 15.92 1 6 253.3 207.4 .1164 +- .0029 18.57 2 6 294.7 208.1 .1166 +- .0029 17.81 3 6 385.8 209.1 .1170 +- .0029 16.87 4 6 500.0 209.9 .1173 +- .0029 16.32 5 6 624.7 210.4 .1175 +- .0029 16.01 6 6 754.7 210.8 .1177 +- .0029 15.84 7 6 887.7 211.0 .1178 +- .0029 15.74 8 6 1022.6 211.2 .1179 +- .0029 15.67 9 6 1158.7 211.3 .1180 +- .0029 15.63 10 6 1295.6 211.4 .1180 +- .0029 15.59 1 7 253.3 187.5 .1164 +- .0029 18.57 2 7 294.9 188.5 .1167 +- .0029 17.54 3 7 386.2 190.1 .1172 +- .0029 16.46 4 7 500.3 191.1 .1176 +- .0029 15.96 5 7 624.9 191.7 .1178 +- .0028 15.76 6 7 754.9 192.1 .1180 +- .0029 15.66 7 7 887.9 192.3 .1181 +- .0029 15.62 8 7 1022.8 192.4 .1182 +- .0029 15.59 9 7 1158.8 192.5 .1182 +- .0029 15.57 10 7 1295.7 192.6 .1183 +- .0029 15.56 1 8 253.3 161.3 .1164 +- .0029 18.56 2 8 295.1 163.0 .1168 +- .0029 17.23 3 8 386.5 165.2 .1175 +- .0029 16.15 4 8 500.6 166.4 .1178 +- .0028 15.84 5 8 625.1 166.9 .1180 +- .0029 15.78 6 8 755.0 167.1 .1180 +- .0029 15.76 7 8 887.9 167.1 .1180 +- .0029 15.76 8 8 1022.8 167.1 .1180 +- .0029 15.76 9 8 1158.8 167.0 .1180 +- .0029 15.77 10 8 1295.7 167.0 .1180 +- .0029 15.78 1 9 253.3 125.1 .1164 +- .0029 18.56 2 9 295.5 128.1 .1170 +- .0029 16.89 3 9 386.9 131.2 .1176 +- .0029 16.08 4 9 500.7 132.0 .1177 +- .0029 16.08 5 9 625.0 131.8 .1175 +- .0029 16.24 6 9 754.8 131.3 .1172 +- .0029 16.51 7 9 887.7 130.8 .1169 +- .0029 16.91 8 9 1022.5 130.5 .1166 +- .0029 17.37 9 9 1158.6 130.3 .1164 +- .0029 17.87 10 9 1295.5 130.1 .1162 +- .0029 18.36 110 253.3 63.5 .1164 +- .0029 18.55 210 296.0 71.6 .1172 +- .0029 16.70 310 387.1 75.7 .1172 +- .0029 16.79 410 500.5 74.7 .1160 +- .0029 18.48 510 625.1 76.4 .1147 +- .0029 22.91 610 755.3 80.0 .1137 +- .0029 29.19 710 888.5 83.4 .1130 +- .0029 35.77 810 1023.5 86.2 .1125 +- .0029 41.86 910 1159.6 88.4 .1121 +- .0030 47.23 1010 1296.6 90.1 .1118 +- .0030 51.87