37 
XXXVI. 
Elementa 
Obliquitas Eclipticae = a — 23°.27'.50”,98 
Latitudo stellae = —_ — 5. 05.3, 3 
Longitudo stellae = 130. 59.24, 2 
Latitudegeographica = EP =- » 44. 29. ı3 
Latitudo correcta —ie == 44. 18.54, 6 
Mot.hor. solisinlongit.— --- = - 02.32, 9 
Depressio telluris = 737 
Differ, Merid.suppes. = - - — 09.19, 3 
Cum differentiam Lutetiam Parisioram inter et Vivarium — — 9/.24”. in recen- 
tiori perfectiorigue catalego Jongitudinum apud illust. Delambre justo majorem cen- 
sueris, mediwn observationum, velut: 
© Eclipseos 1802 27me Aug, — 9.165 
7 1798 2ımo Aug. — 9.22, 3 
Occultationum stella- a een =: 9. 36,9 
; ; XS 2796 ı4to Mar. —= 9.20, 0 
zum ınerrantäum', et \E ° 
Fiir Spica 2807 3omoMart. = 9.20, 3 
ö Da 1799 25to Febr. —= 9.19, 7 
2 ar 1799 4to Sept. —= 9.20, 3 
in calculis supposwi + 9’.19°,3 
Conf. illustr, Bode Ill: Supplem, p. 7r. 
Tempore Emersionis- 
Eongiwdoven = - - - —- 1750.53°.20”,7 
medid) ,— = & - - 276. .0.48, 4 
Longitudo vera G — : Pe - 133. Ip ıd, 2 
Latitndo -.- == A nr. - —4. 10.48, 8 
Parallaxis @ — vw - - - 60.19, 3 
SemidiameterG — 3d= - - - 16. a7, 82 
Motus horar, G in; longitudine. j 
ı) hora sequenti 2 . - - + 36.53, rı 
2) hora praecedenti - - - - + 36.53, 33 
Variatio motus semihoraria - - er 
Parallaxis @ longiud.. —p = - - —24. 41,3 
Latitudo GE correeta u — 4. 54.49, 9 
Semidiameter E aut, — 44’ = - -ı- + a 
A7 XXXVL 
