Galculations of Eclipses by the Uditor. R2 Therefore tongh time of eclipse = * 12-26-89"•5 = 10 8-76-72" 18P. Also yough time of end of eclipse = 11' 12"•86+635-12* 15**6= £8* 0, N 15 3* 16 9र 11* 187 18 B0 60+ 4* 2 6b 1• ? 94 4 27 स । 14" 2 (= visua kela ae) 25 8] 2/ (*visiye 1 13* krala at 16* ®0") cliphia genith distance 2° 10 ' 10° 8 Parallax in latitude sib 2°10' x891 sin 10°49'xf352 1267 2’ ?' ==62B•z 10 28" Moon's labat 10* 9’ । Moon's lat, a 12+ I6' -8’ 20 " App• ]at, at 10* 8 ' 12 square of semidian 8472832 Deduct equares of app. lab, 186624 app, lot, at 1a4 16 = ' 13* 847292 18748B Rem Bio Square roots of do. The moon gains 10^ in 4 No ngain) Time ot true conj subtract and add 3286008 1812* she waius 1812 in 61 = 8285143 1812+ •5 "7-2" BAः 18 8
- 847
16" B 2- 84* 12* MAP 17 37 Time of content and aeparation (t} 24*4P 22" 2* 34 4 4* 2 2 84* 2A" 389 2 2" 80P 27 (visuvakala a6 12" 29") 1Long. of centrol ecliptic point 12by 33 Ecliptai¢zenib*distance 3 19 Sun's long. 149 42 27" 2 29’ {isuvukals , at 17” 877) 152 47 1B० 1 147° 42 27 +2 2pg 14° 39 58" Iong- of eah. ecl. point 125° 35’ 147° 44 33 1620 4’ Interval in long 229 1 68 Par, in long = bin 92 2 co3 8° 46 = 8851* =1254 "=42" 76=1*47 (8) 9* 30 27 1* 47 6० 24 in 8 2 4 co8 199 1’ x8351' 286 3=2" = 2 26" 88 2 247 19*8° 27' Tong. eep, ecl. point -1169 0 Esc, zenix distance 1 87 sun's long. 347 39 58" 144 2 2* ? 164 & 18 58 149 44 56 + 24 =147° $8* 14" --116० ० 17° 46' 20* 154 86 Loug. can . ecl, p. Thter al in long. B1 BB' 14 z° 10 40* Parin long. sin 319 83 14" cus 19 87’ x 835 /* sin ५ 10 40" co७ 18 52’ x 351 = 1756 ’ = 80". 16= 150' = 2* 8D =406*. 4=18.85 =84P. 6. (8) 2 307 2 96 88 P 27 - *