196 Bond, Graham, and Peirce, on the Latitude of Cambridge. 
TABLE IV. 
Observations of the Transits of Stars for determining the Latitude. 
Ob: Ill. end - Time of transit over Wire. Error of Lev-| 5 3 
“Star. rei lpia hel fait im B. C. D. E. F. i) ee Th. 
a am (es sl iz hoe wie Meee. es. im eon lms we: ies. (mus, fe Sy 
» Lyre B2 | Dec. 15 N. W. |20 25 14.2 0.25 rs) 
‘ B} 16| Ss E. {16 38 11.0 |37 3.0) 85 55.2/34 47.3/33 40.2| 32 32.5 —0,02 2 
“ B! 16] S. | W. ]20 21 49.7 22 58.8) 24 6.8125 14.0|26 21.3| 27 27.7/28 33.2) —0.02 
“ B 19} N. | E. {LG 31 24.2 |32 30.0| 33 36.0) 34 43.1| 35 50.8136 58.8138 7.8] —058 | 27 
“« B 19] N. | W. {20 28 29.2 |27 23.0) 26 172/25 10.5/24 28/22 55.0121 46.3] —0.75 
‘“ Be 20] S. | E. 16 38 56/36 570/35 48.8/34 41.4] 33 34.2/ 32 28.0/31 229) —1.85 8 
“ G 23) S. | E. |16 88 5.8 /36 57.2) 35 49.0] 34 42.0/33 34.5] 32 28.9/31 22.5 041 
“ G 23) S. |W, /20 21 45.0 /22 54.0/24 1.5/25 9.0/26 16.2] 27 22.5]28 28.1] —0.02 
& G 24) N. | E, |16 31 22.0 |32 28.4] 33 34.5] 34 40.9]35 48.7|36 56.8/38 5.4] —0.30 
ts B 29) N. | E. |16 31 22.3 |32 28.5) 33 34.3] 34 41.2|35 47.1|36 55.29/37 5.5) —1.25 | 10 
&“ BI 29] N. | W. [20 28 28.3 |27 22.5] 26 18.4 24 2.0 —1.32 
“ B'} Jan.2] §. | E. [20 21 44.3/22 540/94 1.2/95 8.41/16 15.2|27 21.3 —1.12 | 21 
8 Persei. B?| Dec. 14] N. | E. | 1 26 35.0 /28 3.0) 29 31.0/31 1.2] 32 33.2|34 6.8135 42.4 1.87 
“« B 14] N. | W.| 4 26 23.2124 55.6) 23 26.9] 21 57.0] 20 24.7|18 51.5|17 16.2 1.62 
“ B 16] S. | E. | 1 35 41.2/34 5.3) 32 31.6/31 0.0|29 29.5/28 0.5/26 33.9 0.79 
“ B? 16] S. | W.| 4 17 17.3 |18 52.8) 20 25.8}21 57.0} 23 28.0 | 24 57.2)26 25.0] —1.06 
“ B? 17| S. | E. | 1 35 40.5 |34 4.7) 32 32.5/31 0.0|29 29.2}28 1.0)26 333 0.03 
& B 18] N. | E. | 1 26 33.0|28 0.5) 29 29.0/30 58.2] 32 30.0|34 5.0/35 40.0] —014 
« B? 20/ N. | E. | 1 26 30.7 |27 58.7) 29 26.8) 30 57.0/ 32 29.0}34 25/35 38.0] —0.10 
a“ B? 20) N. | W.] 4 26 20.0 |24 52.2] 93 23.7/21 53.2] 20 21.5]18 48.0]17 13.0] —1.31 
“ G Pei en panel dota let 32 27.3] 30 55.0] 29 25.0| 27 56.5/26 29.0 
“ G 24] S. | E. | 1 35 35.6|34 0.0) 32 27.0] 30 55.3] 29 24.3] 27 56.0/26 28.3 0.07 | 30 
“ G 25] N. | E. | 1 26 29.0 |27 57.0) 29 25 0) 30 555] 32 27.8/34 1.5/35 36.5 0.15 | 37 
&“ G 25) N.- | W.| 4 26 17.8 |24 49.5] 23 21.4] 21 508/20 19.0] 18 455|17 10.0 0.22 
“ G 26| S. | E. | 1 35 36.5 |34 0.5] 32 27.5/30 55.6|29 24.5] 27 56.5)26 28.5 0.87 
« G 26|/ S. |W.] 4 17 11.0 /18 46.0) 20 19.6) 21 510 087 |41 
yl Andromede. | B! 12 Ny Es 110 56 37.3/58 58.9/61 28.0}64 4.0|66 49.6] —1.08 | 20 
“ B 12] N. | W.| 253 28.8 /51 16.7/49 0.7/46 38.5/44 85] 41 33.2/38 48.0) —0.12 
“ B! AYA |e 10) 58 58.0] 61 26.8) 64 3.7/66 47.6 1.87 |30 
‘“ BI 14] N. | W.| 2.53 26.6 [51 13.8] 48 58.2| 46 37.0} 44 6.7] 41 305/38 46.5 0.37 
& B 16{ S. |! EB. | 0 66 47.0/64 0.9/61 25.0/58 55.9/ 56 34.4|54 17.7/52 63 1.02 | 23 
« B} 16; S. | W.| 2 38 47.51/41 33.6) 44 8.4]46 37.0|/49 0.0/51 16.953 279] —0.06 
“ B? 17| S. | EB. | 0 66 45.5 63 59.5] 61 24.7/58 55.7|56 33.4|54 17.4/52 6.1 0.03 | 19 
«“ B} 17| S. | W.| 2 38 47.241 33.3] 44 9.0] 46 37.0|/49 07/51 17.0|53 27.0 037 4 
“ B! 18] N. | E. | 052 5.2|54 172/56 33.4/58 54.2|G61 25.0|64 0.0/66 44.3) —0.14 | 15 
“ B! 18| N. | W.| 253 25.3 |51 125] 48 56.0] 46 34.0|44 7.0|41 30.2/38 44.3) —0.46 | 
“ B? 20; N. | E. | 052 3.0 [54 15.0/56 31.3/58 53.0|61 22.8] 63 58.8/66 43.0] —0.10 | 19 
“ B? 20) N. | W.| 253 22.3 |51 11.0] 48 54.8) 46 33.0|44 3.3] 41 27.7/38 43.0] —0.45 | 
“ G 24! S. | EB. | 0 66 40.8 |63 55.7| 61 19.0) 58 51.0/56 28.5|54 12.2/52 0.0 0.07 | 
“ G 25| N. | EB. | 052 1.0 (54 13.5]/56 29.7|58 50.9|61 21.5] 63 57.0/66 42.0 0.15 
“ G 25) N. | W.| 2.53 20.5 (51 8.0| 48 52.5) 46 30.0) 44 0.8|41 24.2 0.22 
& G 26} S. | E. | 0 66 41.0 |63 55 0/61 20.6]58 51.7|56 29.4/54 12.7/52 25 0.87 | 45 
“ G 26; S. | W.| 2 38 40.5 |41 26.7| 44 1.5] 46 30.7/48 532/51 9.5/53 20.7 0.87 | 42 
& Bi | Jan. 2) S. | E. | 0 66 35.5 63 50.0) 61 15.2) 58 46.056 228/54 72/51 56.0) —275 | 15 
“ BI 2) S. | W.| 2 38 41.8 41 27.2143 2.5] 46 30.2|48 53.4/51 9.8/53 205} —3.04 
« Urse Majoris.| B' | Dec. 12) N. | E. | 9 51 25.0 —1.00 
& B? hep ll Sorel Tale eS) 51 23.0|45 395] 40 59.5/36 59.5) —040 | 20 
“ B 17| S. | W./10 31 27.5| 37 11.0) 41 49.545 525) —052 | 
« B: 28| N. | E. | 9 45 42.3] 51 23.0|59 37.5 ==0199) 5) 2 
“ B2 98) N. | W./10 45 50.0 [41 45.5 31 27.0|23 85 —0.59 | 
“ B2 29; Ss. | B./9 59 26.5} 51 17.6| 45 34.2| 40 56.0 —044 |19 
“ B 29) S. | W. |10 23 16.2] 31 26.0|37 8.7 —0.44 | 
& B? 30] N. | E.| 9 41 0.5] 45 38.7/ 51 23.5/59 40.5 0.60 | 32 
&“ B? 30} N. | W.|10 45 45.5 /41 42.5|37 2.5/31 20.0/23 1.0 0.55 
“ B? |" ‘Janel; S. - |r, 9 59 26.5) 51 15.5| 45 32.5] 40 53.0 —1.40 | 20 
“ B?} S. | W. |10 23 10.0) 31 22.5|37 6.0 —1.40 | 
“ B2 Flieatsivwed Oey ie) 59 22.5151 13.0| 45 29.7| 40 50.5/36 48.5] —4.12 | 24 
& B2 5) Ss. | W.|10 31 25.3137 8.541 47.5/45 49.5) —4.12 
8 Canum ve-? | B2 | Dec, 28] N. | E. |11 46 22.0 53 56.5] 58 33.5|64 10.5/72 6.0 —0.99 
ae e es 2,38 28| N. | W. |12 62 55.5 /59 20.0 50 450/45 6.4 —1.58 
« Be 30| N. | E. |11 46 22.3 |49 58.5] 35 58.5/58 33.0] 64 12.8/72 8.0 0.46 
&“ B2 30| N. | W. |12 62 52.5 [59 15.5]55 16.5/50 41.0/45 15/37 5.0 0.45 
“« B? | Jan. 5| S. | E. Il 71 49.0] 64 0.5/58 25.0|53 48.5|49 490/46 14.0] —4.36 
B 5! Ss. | w.li2 37 24.5] 45 9.5150 47.0/55 23.0|59 23.262 57.0] —4.70 
