C 316 ] 
9 45 59 Abo 2 29 A. 
3 50 46 rr D. M. o 51 T. 
13 3 6 45 1 38 
r 3 38 25 Tranquebar. 
1 40 
Par. 8. 67 
9 23 40 Calmar 1 58 C. 
4 13 41 =D.M. o 51 T. 
13 37 21 17 
13 38 25 Tranquebar. 
Par. = 8. 12 
The refults are fet down in the following table. 
©’ s Par. 
Stole. 
Upfal. 
Torn. 
Cajan. 
Tobo. 
Abo. 
Calm. 
Herr. 
Calcu. 
Mean, 
Paris. 
8. 70 
8. 60 
n 
7.9a 
8.43 
8. 60 
// 
9.03 
8. 63 
8.4* 
ft 
7. 83 
8. 46 
Greenwich. 
VO 
ON 
ON 
9. 61 
8. 4 a 
9. 09 
g. 11 
10. 04 
10. 16 
9. 20 
8. 62 
9.32 
Savile-Houfe. 
8. 50 
8. 50 
7-75 
8. 50 
8.66 
9.04 
8. 5c 
8. 16 
7 ' 54 
8. 36 
Bologna. 
OO 
On 
<-/i 
8.35 
CO 
1 UJ 
8. 44 
8. 58 
8. 71 
8. 31 
8. 36 
8.28 
8.43 
Madrafs. 
10. 33 
IO. I5 
8. 90 
g.71 
9-54 
IO. qS 
10. 80 
9-77 
9. 32 
9. 89 
Grand Mount. 
8. 07 
7-77 
7- 35 
8. 07 
to 
CO 
S.JI 
7-50 
7 - 5 2 
6. 96 
7. 76 
Tranquebar. 
8. 50 
3. 23 
1 ^ 
ON 
1 OO 
8- 36 
8.55 
8.67 
8. 12 
7-9 
7 - 47 
8.17 
Sun'sPar.mean. 
8. 91 
8.7s 
8. 03 
8.66 
1 8.77 
9. 18 
8.86 
8.48 
8. 00 
8. 63 
1 
The mean of thefe 63 refults gives the Sun’s pa- 
rallax =r 8", 63; and if we rejedt all thofe which dif- 
fer more than one fecond from the mean of the whole 
the mean of the remaining 49 refults gives th^ Sun s 
parallax = 8", 50. 
And if we rejedt all thofe which differ more than 
half a fecond from the mean of the whole, the mean 
of the remaining 3 7 refults gives the Sun s parallax 
— 8", 535 ; the mean therefore of thefe three means 
gives the Sun’s parallax = 8 // , 55. 
Thus 
