134. A NEW METHOD OF DETERMINING 
3 
In the expansion of wa? Ga) 3 
(9) | (c) (s) (c) (s) (c) (8) (c) (s) 
g 0 A, A, A, A, A, A; 4 sly 
AA I I wah /I aA // AA aA 
( 0) 23.3520 | 132.0569 —0.3301 | +-19.4613 —0.4009°| +-11.2092 —0.3464 +6.269 —0.258 
( 1) 23.4045 32.1423 0.4199 19.5273 0.5272 11.2569 +-0.4603 6.300 +.0.347 
( 2) 93.2107 31.7192 +1.0033 19.1618 +1.2486 10.9731 -+-1.0737 6.096 --0.802 
( 3) 29,9239 81.1043 -—-1.8503 18.6375 --1.6470 10.5748 -+-1.4097 5.813 -+1.041 
( 4) 22.5737 30.3821 +-1.4503 18.0367 --1.7240 10.1342 -+-1.4580 5.516 +-1.063 
( 5) 22,3086 29.8387 +1.2952 17.5937 1.51122 9.8190 +1.2644 5.310 +0.912 
( 6) 22.1960 29.6180 —-0.9110 17.4156 +1.0505 9.6988 +-0.8734 5.239 +0.626 
( 7) 29,1595 29.5473 0.38342 | 17.3564 --0.3782 9.6618 -+-0.3118 5.219 0.292 
( 8) 22.2368 29.6867 —0.3713 17.4552 —0.4367 9.7264 —0.3654 5.259 —0.204 
( 9) 29, 4949 30.0100 —1.1187 17.6808 —1.3068 9.8617 —1.0915 5.331 —0.786 
(10) Q2.T157 30.5036 —1.8033 18.0224 —2.1155 10.0630 —1.7762 5.436 —1.285 
(11) 22.9837 30.9679 —2.3042 18.3471 —2.7150 10.2558 —2.2962 5.5386 —1.667 
(12) 93.1482 31.2707 —2.4810 18.5835 —2.9616 10.4121 —2.5144 5.627 —1.839 
(13) 23.1725 31.4193 —2.3026 18.7500 —2.7837 10.5580 —2.3763 5.139 —1.148 
(14) 23.1706 31.5386 —1.8212 18.9291 —2.2155 10.7412 —1.9027 5.895 —1.409 
(15) 23.2299 31.7564 —1.1097 19.1791 —1.3716 10.9764 —1.1843 6.091 — .882 
yy 182.6038 246.7758 —3.44293 147.0656 —4.1071 82.9580 —3.5000 +45.337 —2.564 
YY | 182.5968 246.7862 —3.4356 147.0719 —4,1125 82.9644 —3.4985 + 45.339 —2.563 
(¢) (s) (c) (s) (c) (s) (ce) (s) (c) (s) 
g 5 5 A, 6 A, A, A, A, 9 A, 
Wt aA 1 iA // Wit aA I aA t/ 
Coy) 43440 Soi | 41863 115: |) 41.000 —l079)> | 2539 —0a4 +.282 —.027 
(( Jl) 3.458 +0.240 Wasa SAL a7 1.005 +.098 -535 --.060 .283 +.036 
( 2) 3.318 --0.550 WS <b Bae 944 + 297 A9T +.134 .260 -+-.076 
( 3) 3.130 +0.706 1.660 -+.453 868 -+.279 450 --.167 231 ==.098 
( 4) 9.937 0.713 1.540 —+.453 197 —--.276 409 --.164 208 +.095 
( 5) 2.812 +0.606 1.467 --.381 Hib b) ==.232) Jt SETS 196 +.078 
( 6) 9.772 0.413 1.448 --.960 W148 2 157 .280 +.092 195 --.053 
( 'h) 2.766 --0.146 1.446 -+.091 -150 +.055 086 +.032 197 +.019 
( 8) 2.789 —0.175 LAS) IIo) OY OS 2089 —.039 1199 —=028 
( 3) 2.824 —0.522 1LAT4 — 399 .160 —.199 og) INT 197 —.067 
(10) 2.870 —0.855 1.491 —.540 159 —.326 30) — 92 108} =—JUU! 
(11) DEO —— lal 1.505 —.705 a 5b) 9) Pil 187 —.144 
(12) 9.963 —1.235 LH 133 SB kB .382 —.280 188 —.162 
(13) 8.042 —1.179 1.582 —.153 .803 —.457 404 —.272 201 —.158 
(14) 3.164 —0.957 1-670 —615 ES OOS 446 —.227 QI BS 
(15) 3.312 —0.604 1eui5) —30il! 1940) 943 A95 — 147 259 —.087 
y 24.953 —1.723 | 12.780 —1.094 5561639 6480 | =pe428— 1392 | SSIeTs2 939 
DH 94.959 —1.792 12.783 —1.095 6.641 —.660 +3.415 —.395 Sil 25) 
