[ 325 ] 
*> / // ' " T> 
12 35 47 Rodr. 2 59 R. 
1 6 51 mD.M. o 59G.M. 
h t a t n 
12 35 47 Rodr. 2 59 R. 
1 6 3 4 = D.M.o 51 T. 
13 42 38 3 58 
13 38 30 Grand Mount. 
13 42 21 3 50 
13 38 25 Tranquebar. 
048 
Par. “ 8. 85 
o 3 56 
74 
The refults of the Sun’s parallax from thefe feve- 
ral comparifons are as follow. 
Sun’s Parallax, 
Sun’s Parallax, 
// 
Cape of G, Hope and Rodrigues = 8. 54 
// 
Rodrigues and Cape of G.Hope= 8. 54 
Paris - - = 8. 56 
Paris - - = 8. 58 
Bologna - = 8. 54 
Bologna - = 8. 54 
Rome - = 8. 74 
Rome - = 8. 94 r. 
Florence - = 8. 91 r. 
Florence - sss 9. 24 r. 
Gottingen - = 8. 40 
Gottingen - — 8. 30 r. 
Greenwich - ss 8. 40 
Greenwich =8. 33 
Savile-Houfe = 8. 57 
Savile-Houfe ss 8. 59 
Lelkeard - =8. 69 
Lelkeard - =s= 8. 81 r* 
Calmar - rr 8. 55 
Calmar - = 8. 56 
Hernofand - = 8. 51 
Hernofand - ss 8, 50 
Upfal - - — 8. 57 
Upfal - - = 8. 58 
Stokolm - =8.58 
Stokolm - - =8. 58 
Abo - - = 8. 63 
Abo - - m: 8, 68 
Cajaneburg - = 8. 5# 
Cajaneburg =8.57 
Tornea - - =8.41 
Tornea - - = 8. 33 r« 
Tobollk - = 8. 64 
Tobollk - == 8. 6a 
Calcutta - 8. 43 
Calcutta - = 8. 37 
Madrafs - = 8.2.8r. 
Madrafs - — 8. 03 
G. Mount es 8. 70 
G. Mount *r=8. 85 r. 
Tranquebar 8. 60 
Tranquebar = 8. 74 
The mean of the 21 comparifons with the obfer- 
vation at the Cape, gives the Sun’s parallax = 8 r/ , 56. 
There are only two of thefe 2 1 comparifons, marked 
with the letter r, which differ more than JL. of a fe- 
cond from the mean of the whole j let thefe be reject- 
ed, and the mean of the remaining 19 refults gives the 
Sun’s parallax =; 8", c6. 
Vol. LIU. U u If 
