= 4 (0.2054 < < 0.9125) m i 0 1 2 3 4 5 6.4159 -34.3656 59.6108 -21.6579 -35.8210 27.2358 ai -6.9751 19.2063 -26.0583 17.4222 -4.5757 bi 0.1350 1.3115 -10.1437 24.07292 -24.8084 9.7109 ci -5.8540 13.3411 -14.3302 6.7309 -0.7830 di 0.1025 -1.1948 2.8448 -1.9519 ji -8.1077 16.7865 -9.6354 -1.2390 ki = 5 (0.1326 < < 0.7371) m i 0 1 2 3 4 6.1284 -9.1568 -0.2229 4.5311 ai -2.8486 2.7828 -0.9030 bi 0.1107 1.9807 -6.6720 5.4841 ci -3.1341 2.7657 -0.2737 -0.0431 di 0.1108 -0.9900 2.2187 -1.5027 ji -7.3749 14.53173 -7.4967 -1.9209 ki = 6 (0.3378 < < 1.1974) m
m = 4 (0.2054 < < 0.9125) i 0 1 2 3 4 5 ai 6.4159 -34.3656 59.6108 -21.6579 -35.8210 27.2358 bi -6.9751 19.2063 -26.0583 17.4222 -4.5757 ci 0.1350 1.3115 -10.1437 24.07292 -24.8084 9.7109 di -5.8540 13.3411 -14.3302 6.7309 -0.7830 ji 0.1025 -1.1948 2.8448 -1.9519 ki -8.1077 16.7865 -9.6354 -1.2390 m = 5 (0.1326 < < 0.7371) i 0 1 2 3 4 ai 6.1284 -9.1568 -0.2229 4.5311 bi -2.8486 2.7828 -0.9030 ci 0.1107 1.9807 -6.6720 5.4841 di -3.1341 2.7657 -0.2737 -0.0431 ji 0.1108 -0.9900 2.2187 -1.5027 ki -7.3749 14.53173 -7.4967 -1.9209 m = 6 (0.3378 < < 1.1974)
CorrespondingStates-Final.docx