‘— 277 — 
Risoluzione delle equazioni (I). 
LE 1.02810 |u: 0.62154|v» 0.21278|ladd. 0.28073 [arg. 9.68162 
se 9.95840 |add. 0.17038 
IT 1.28118n|o 1.83164 u— 1.84136n|«.--@ 1.66464n|a 
arg. 9.30684 
add. 0.08015 
c,—& 1.42325n 
“, — Co 1.841836n/{,8  1.71884/42 1. [Paella ae: NE 57128 [IZ 1.71439 1/45 1.02810 
ded. 9.87303 |ded. 9.97873 ded. 9.89285 add. 0.26639 |add. 0.13005 
arg. 0.24217 [arg. 1.32056 arg. 0.66028 pitt = [8 9.92772 |arg.  9.54298 
(ere) 2.08353n]fit,® 0.39328 {412 0.48228/f 0.66028 [lu Co 1.64211n|ws Co 0.571081 
TFT. dj. num. 1.98078 num. 1.15815 
ca — «o 1.66464n/f,® 0.72786 t.° 0.48524/t2 24262 ||va 1.03541 [za 0.21278 
ded. 9.36346 |ded. 9.89368'arg. 0.33162 
Arg. 0.09023 |arg. 0.66324|ded. 0.05916 _ ||logBo=0.94537 [logB,=0.94537 
fe(a—@) 1.75487n|fs,* 0.06462/f.6,2 0.153621/ 0. 189 
ci Co 1.42325n/f 9.73300/1,8  9.82200/% 9.91100 
d 1.71439 |u, 1.69257|v,4 1.03541|[t.8 Co 1.66338n|t2* Co 0.67740n[f18 Co 9.68254 
ded. 9.56679 \arg. 0.24840 arg.  0.42455 |arg.  0.75821 [arg.  1.08488 
arg. 0.13634 [ded. 9.88747 pae ded. 9.79503 |[ded. 9.91565 |ded. 9.96272 
(OZ 1.85073 [gus 1.44417/p 0.82268|[t.2 Bo 2.08793 |f:2 Bo 1.48061 |t1? Bo 0.76737 
==={>|<==#=#@ |A ISIZI 1.34626 |. . . . 0.73009 
Ac=—39.120|Inum. 2.16369n|num. 1.88502n 
log Co = 9.94954n B=+ 8.818/ta 0.57128. |ta 0.24262 
o=— 0.890|log Ao 1.5924In[log Ao 1.59240n 
num. 1.50340n 
la 0.91100 
log Ao 1.59240n 
Confronto del calcolo colla osservazione nell’ ipotesi A, Bo, Co - 
Aoti 1.50840n — 31/87/Ao fa 1.88502n — 6839|Agts 2.06107n — 115/10|Ao ts 2.16868n — 145/77 
Bo t120.76737 + 5.85|B, {2 1.43061 + 26.95|B {5° 1.88271 + 76.33/Bo {,? 2.08793 + 122.44 
Co t,9.68254n — 0.48/C, f:° 0.67740n— 4.76|C; 2 1.35555n — 22.67|Co tè 1.66338n — 46.07 
(C=— 26.50 (C=— 46.20 (C=— 61.44 
% 
RANA, Uo — 0 < “3 — 00 < 
OS Re 
(O=_— 26.5 ° (O=— 4622 
da —- “9 
(C=— 69.40 
O== I 
C_0=7n= 0.0 (C-0=%n,= 0.0 |[C-0O=7z%3=+  0.86|C—0=n;= 0.0 
