380 GALCVLVS ECLIPSIS SOLIS. 



Viteritis calculus erit. 

 Log. i-=3.539<^^32 Log. J"=3>539^<^32r 



L.fin.G^A— 8.825 1 299 Lcof.G^A— 9.9990273 



L. OOzz2. 354793 X L. 30 =:3. 5 38*^905 



L. A0=3 288718^ • 3 0=^3457, a 



L.Ta.0AO=9.o7do745 3 Ac=:i5i2, 9 



OA0 = 5°. 48' AO=:i944»i 



G3A=3. 50 L. AO=:3,2887i85 



3 0Az=2. 58 Lcof. O AOzz9-99<J934-2 

 B0 3 — <>8. 30 L. O A^s.^^i^S^^- 



BGAr=(55. 32 G A r= V =1957, 8. 



In producfla 3 A capiatur Az—^^znzdn.z'^, 

 M. IV. qua diftantia O A minuitur particula z fin. z^ cof. 

 ^S* i*- Q A O =: o, 403. z. Deinde eclipticae parallela 

 ducatur A^ zz: (x -f- o, 591. 0> qua diftantia OA 

 augmentum capit (r+o, 591. Ojcof.BO A=:o.4i4Jt 

 -Ho. 244. 0, Denique eclipticae normaliter capia- 

 tur Ay —y — o. 055. ^ , qua diftantia O A iterum 

 augmentum capit -A^fin.BO Azo.^io.r-o 051.^. 



Qiiare diftantia centrcrum correda coliigitur 

 ^957- 8— 0.403,24-0,414 j(;_|-o,9io.jv4-o,i93-^ 

 aequanda fummae femidiamctrorum corredae 1^61.6 

 4- ^ Ynde oritur haec aequatio finaiis 



9,84-fc-.o.403.«4-o,4i4.j-f Oj9ioj + o.i93.d 



initium 



