A.31 COMPENSATION DES ANGLES. 
ces sin IL. HT. VIE sin If. VIL.IV sinIT.IV.IIE 
"sin. VIT. sinIL.[V. VIT sinIl LL. IV 
G À 
ICT. VIT = 109.5951,555+(8) +(9) log sin — 1°99506906— 10,4[(8) +(9)] 
IL. VIL.IV = 72.7044,269-+(20) » *99879452+ 31,2(20) 
oi | 
I [l 
| 
IL.IV.I = 61.4743,340+(11)+(12) » *91508903+ 47,1[(11)+(12)] 
T-86895261 
G N 
IL. VIII = 56.2102,432+(21) log sin — 1°88796264+ 56,1(21) 
IL.IV. VII = 104.9333,642+(11)+(12)+(13) »  —T1-99869469— 5,3[(11)+(12)+(13)] 
ILUI.IV = 81.9483,017+(9) » —1:98230145+ 19,8(9) 
86895878 
(40) 0=+6,17+0,104(8)+0,302(9)—0,524(11)—0,524(12)—0,053(13)—0,312(20)+-0,561(21) 
ee: sinlll. V.VIsin{V.If. VI sin V.IV.VI 
- sin V.U. Vi sinll.IV.VIsinIV.V.VI 
G \ 
IL, V.VI = 117.0398 ,586+(16)+(17) log sin — 1:98425361— 18,7[(16)+(17)] 
IV.II.VI= 31.5363,989<+(7) (8) » —1"67702217+126 ,3[(7)+(8)] 
V.IV.VI = 77.5628,340+(15) » = 1"97244931+ 25,1(15) 
1:63372509 
G Au 
VII. VI — 46.9880,47g+(6) log sin = 1°82793352+ 95,0(6) 
UL.IV. VI = 140.3856,414+(13)+(14)+(15) » = 1°90603405— 50,2[(13)+4-(14)+(15)] 
IV.V.VI = 58.3860,003+(16) » —1"89974211+ 52,2(16) 
1:63370968 
+ 
(44) 0=+15,41—0,750(6)+1,263(7)+1,263(8)+0,502(13)+0,502(14)+0,553(15)—0,709(16)—0,187(17) 
RÉCAPITULATION DES ÉQUATIONS. 
(4) O—=— 0,265+(1) +(g) +(r0o)}+(12) 
(2) 0=— 9,783+(4) +(5) +(g) +(11)+(12) 
(3) o—— 7,618+(2) +(3) +(4) +(5) +11) 
(4) o=+ 5,994+(4) +(8) +(9) +(21) 
(5) o=—10,801+(5) +(11)+(12)+(13)+(20) 
(6) O=—11,127+(15)+(16)+(18)+(19) 
(7) O—— 5,356+(6) --(16)+(17)+(19) 
(8) o=+ 9,232+(6) +(7) +(8) +(13)+(14)+(17) 
(9) O=+ 5,920—1,116(1)—0,006(2)—1 ,105(3) +0,554(4) +0,554(5) —o,471(11)+1,769(1°) 
(40) 0=+ 6,170+0,104(8)+0,302(9)—0,524(11)—0,524(12)—0,053(13)—0,312(20)+0,561(21) 
(44) 0—=+15,410—0,750(6)+1,263(7)+1,263(8) +0,502(13)+0,502(14)+0,753(15)—0,709(16)—0,187(17) 
