156 



ASTRONOMY. 



Longitude of junction of ilte Gila and Colorado — Continued. 



DATE. 



CHRONOMKTER TIMES OF TRANSIT. 



( 



OBJECT. 



LA Mr. 





Oct. 28 20 rNfiuin " 



i37 Pischim 



Moon, Ut L.,.. 



I /?Ceii 



20 Cell 



Polaris 



29 a Cnprioorni. 



W 



• * ■ 



a'Capricorni 



ft Capricorni 

 a Cephoi .... 



fi Aquarii..*, 



/? C'ephci.... 

 t r»'t;a>i 



t A<\nu.vh 



o Aqunrii.. .,,«.., 



f Pegftsi.. 



A Af|iiarii 



o Ursan Minoris... 

 /JCeU „ 



6 Pisciura 



Moon, Isi L..., 



0»cca 



/< Pbcium., 



V Piscium 



Q Pisciuiii 



30 



( 



JSO Pi?ci 



cmm 



cium 

 27 PUcium 



W 



a Andromcdffi ...* 

 Y PogaM 



a Cassiopea* 



jJCeii 



6 Pisciam 



m cpti 



a Ariclid 



f Oti 



\ ttColi 



. ^ Ariftis j 



a Pfrsoi I 



f Tauri 



1 



I. 



II. 



m. 



s. 





s. 



E. 57.2 14.8 



43.2 



42.8 

 AAA 



I 



0.8 



s. ■ 

 32.8 

 18.4 



IV. 



V. 



VI. 



CORRECTIONS FOR 



MEAN OF 



Xll. obs'd WIRES Imperfect 



tran:^its. 



I 



Instru- 

 ment. 



1 



Chronometer. 



50.0 

 36.0 



s, 



7.2 

 53.6 





I 



1.2 20.0 . 38.0 56.0 

 2.8 21.6 40.4 58.8 



25.0 

 11.6 



5. 



43.2 

 29.2 



23 40 50. OK 

 23 51 36 11 



in. 8, 



14.0 \ 30.2 1 15 37 71 



4.8 22.0 40.8 57.2 14 8 

 31.6 1 51.2 11.2 



s 



17.2 , 36.0 f 36 40.17 



[ 



15.2 I 32.8 



50.8 



8.4 i 26.4 



32,0 I 50.0 45 57.37 



3.2 20.3 39.2 : .56.8 15.9 



44.0 



27.9 i 45.8 ! 3.4 



26.0 , 44 4 2.8 

 48.8 i 26.0 3.2 



24.8 ! 42.8 



« • • 



• • • • 



33.6 



21.2 

 21.2 



40.8 



39 3 



29.6 



2.0 



I 



43 51 a3-}-5^ 33.44 + 



1 17 8.51 



« ■ « ■ 



20 9 47.50 



18.0 35.6 



25.0 



34.4 , 52.4 



4.0 22.8 

 24. ! 43.6 



43.2 



1.6 



10.0 27.6 



40.4 

 2.4 



58.4 

 20.0 



40.0 58.0 

 17.6 55.6 



53.2 

 6.4 



20 18 3.38! -f 18.04 

 20 19 21.37 



19.6 37.2 



15.2 

 45.6 

 16 4 



21 15 40.74 

 21 24 20.87 

 21 28 15.68 



3.4 21.6 ; 21 37 27.89 



34.8 



37.6 55.6 



I 



31.6 49.2 7.6 



-3.2 

 46.0 



40.0 



■ 



1 



41.2 



4.8 



57.6 



19.2 

 23.2 

 16.0 



25.2 



58.0 



54.8 



42.8 

 35.6 



21 58 58.51 



22 23 19.54 



• • • 1 



59.8 17.6 '. 35.6 



17.2 ! 34.8 52.8 



5.6 23.6 41.6 



59 6 

 50.4 



24.0 42.0 

 14.8 f 32.8 



41.6 I 0.4 





20,0 



5.6 



41.2 



36.8 



33.2 



53.6 



10.8 



58.8 

 17.2 



8.4 



50.8 

 11.6 

 28.0 

 16.8 



13.2 

 0.4 



13.6 52.0 

 18.8 37.6 



i 



8.8 

 29.6 

 46.0 



34.0 



22 34 37.20 



22 45 16.13 



22 54 37.51 



36 41.77 



41 33.26 



1 9 53.63 



1 17 10.51 



+ 8.88 



■ ««Vf * #^»« 





26.4 

 47.6 

 4.0 ! 



52.0 ' 1 22 58.91 



2.0 

 48.0 

 21.6 

 18.8 

 13.6 

 49.2 7.2 ■ 25.0 



37.2 



23.2 



1.6 



54.8 



44.0 ; 15.6 



54.8 

 40.8 



34.2 , 52.0 ' 10.0 



26.4 43.6 



11.2 



1 6 



30.8 



12.8 30.4 



I 



58.4 



48.4 



1 34 17.00 

 1 38 8.29 



23 33 30.13 



35.24 



48.0 , 23 40 55.03 



16.0 34.0 23 51 40.86 



21.2 40.8 0.8 

 12.8 30.8 48.8 



! 



46.8 ; 17.2 I 48.8 



20.8 

 7.6 



121.14 

 6 12.91 



42 8 

 9.6 



t 



0.8 

 97.2 



29.2 48. 4 



25 2 : 43.6 



0.4 18.4 



18 4 



44.4 



7,2 



1.6 



:(tj . 4 



44.4 



2.8 21.2 



36.0 53.6 , U.6 





15.6 



50.4 , 9.2 28,0 



2.0 I 19.6 

 26.4 I 45.2 

 19.6 , 38.0 



2.0 29.2 

 51.6 t 9.6 



55.6 

 27.2 



53.6 



8.8 



46.8 



11.2 



37.6 



4.4 



56.0 



29.2 



26.0 1 44.0 



6.8 



31 ^ Capricorni £. ! 34.0 ' 52 ' 10.0 



X Aqiiarii.,,.! ,.., 

 a Piscifl Australia. 



a Pegasi.. 

 I Pisciura 

 i20 Pisciuiu 



I 



27 Piscium 



5.6 23.6 

 51.6 ! 9.6 ' 



a Andromeda , . . . 

 > Pegasi 



I 



Polaris 



V Piscium 



a Arieiis 



f Ceti ^ 



i^Celi 



a Ceti 



' Moon, 2(1 L. .J 



38.0 56.0 14.0 



I 



3.6 21.0 44.0 

 8.0 ' 26.0 \ 44-0 

 6.4 : 23.6 | 41.2 



40.8 

 27.6 

 24.4 44 8 ' 4.8 



i 



22,8 40.8 I 58.8 



36.0 ' 0.0 19.6 



30 48.0 ' 6.0 



^A 51.2 ; 10.8 



56,0 14.0 31.2 



2U.8 49.6 



23.6 



20.8 ^ 33 46.69 



40 4 36 44 46 



29.2 I 41 36.06 



54.8 I 46 2.17' 



23.6 1 59 26.34 



14.4 ' 2 6 19.77' 



47.2 2 20 53.7? 



1.6 2 .5.3 8.63 



42.0 i 3 3 46.69 



44.8 



3.4 



16.8 44 3 14 32.86 



20.4 



38.4 



3 19 44.91 



21 38 52.00 



+ 36.68 + 0.37 

 31.2 ^ 49.2 ( 6.8 : 24.8 , 22 45 31.43 i + 0.18 



i 



2.0 20.0 38.0 56.0 \ 22 58 2.00 

 59.2 ! 17.2 34.8 ' 53.0 23 32 59.20 



44.8 i 4.8 i 24.8 1 24.73 



0.01 



16.8 34.8 , 52.8 , 10.8 



I 



I 



.6 40.6 ' 4.4 99.6 



I 



6 16.80 



1 7 31.40 



3.6 22.0 39.2 



20.0 

 45.6 



L 



I 



29.6 48.8 



( 



48.8 i 

 56.8 



4.0 ' 22 40.4 



6.8 24.8 

 14.4 ■ 32.8 

 29.6 ' 47.6 



1 33 48.00 + a5.91 



1 59 23.27J + 



2 5 49.09 



6.36 



I 



2 20 56.97 



t 



1 



2 55 12.40 -^- 0.13 



3 7 13. OO' -f 



27 . 04 



s. 



0.02 

 0.02 

 O.Ol 



0.10 



0.01 



11.41 

 0.05 





+ 9.02 -f 0.14 



-f 0.14 



+ 0.21 



— 1.14 

 2.93 -f 0.07 



51,14* — 1.66 



' — 0.09 



+ 0.16 



+ 0.12 



— 0.10 

 + 0.08 

 -f 1.12 

 -f- 0.20 

 ~ 0.08 



— 0.D4 

 -J- 0.09 



— 0.06 



— 0.06 



— 0.08 



— 0.12 

 + 0.09] 

 + 0.11 



— 77 



— 0.37 



— 2.10 

 + 0.39 



— 0.17 

 + 0.05 



— O.OO' 



— 21 



— 0,2o! 



— 0.09 



— 0.50 



— 1.67 



0.23 



4.4 24.8 ^ 45.6 I 6.0 | 22 50 4.63 + O.TrJ 



0.32 

 0.10 



58.0 16.0 ^ 33.6 \ 51.2 23 40 58.40; , + 0.08 



44.0' 2.4 20.0 37.6 23 5144.74' i+ 0.09 



0.67 



o.a> 



47.62^ 

 0.10 



52' 



T 



0.18' 

 0.17 

 0.07 

 0.27 



OBSERVED 

 A.R. 



TABU- 

 LAR 



A.R. 



t. 



36.64 

 35.68 



k. m. s% 



s, 



23 40 13.37 13.51 



23 50 59.41 59,42 



36.76 15 0.94 ... . 



36. 84' 36 3.23 3.24 



36.87 45 20.49| 20.56 



36 94' 1 5 59 24 59.38 



36.98 



1 16 31.48i 31.57 



38.74 20 9 17,92 18.26 



38.75 20 9 42.81: 42.13 



38.77 20 18 42.81, 42.28 

 38.87| 21 15 0.73 0,38 



38.88 21 23 39.13 38.52 



38.89 21 26 43.99 43.95 

 38. 9o' 21 36 48.90 43.41 

 38.94| 21 58 19.73 18.88 

 38.98 22 22 40.68 41.46 

 39.0o|_22 33 58.10, 58.48 

 39.02' 22 44 46.07, 46.57 

 39.03 22 54 19.63 21.-/1 



39.20: 36 2.77 



3.24 



39.21 



39.25' 



39.27 



40 53.97 54.21 



1 9 14.34 



1 16 31.33' 31.57 



39.28, 1 22 19.57 19.71 

 39 30 1 33 37.64 37.80 



39.39 1 37 28.91 



28.77 



41.56 23 32 13,21 13.94 

 41.58' 23 40 13.54' 13.49 

 41 .671 23 50 59 36 59.41 

 41.63 38.74 38.78 



5 30,91 30.97 

 ^ 2. .90 3.00 



41.63 

 41.69 



I 



41.701 36 3.15 



3,23 



54.20 

 20.55 



40 54.18 



45 20.50 



1 58 43.86' 43.88 

 9 5 37.67 



41 71 



41.72 

 41.88 

 41.89 

 41.^2 

 41.99 

 42.01 

 43.04; 

 42.05 



45.0! 91 38 44.04 41.07 

 45.03 22 44 46.49^ 46.47 

 45.04' 22 49 20.22' 90.23 

 45,17 22 57 16.51 17.22 

 45.24I 23 32 13,86* 13.93 

 45.26* 23 40 13.22^ 13. .Ti 



2 20 11.65 11.47 



I 



2 54 26.5.S 96.72 



3 3 4.18 3.76 

 3 13 39.I5J 39.05 

 3 19 2.63 2.78 



45.29 23 .>0 59 54 59.30 



45.31- 



38.74J 38.73 



45,33, 5 31.15 30.96 



45.43 1 5 58.35* 58.74 

 45.49! 1 33 37.65 37.78 



45.53 



45.55 



1 58 43.58; 43.88 



I 



2 5 3.36 3.36 



t 



45.59 2 20 11.21 11.48 

 45.63 2 54 26.83 26.73 

 45.67 3 6 5^1.70 



