LONGITUDE. 



149 



Longitude of Camp iZi7e?/— Continued. 



DATE, 



OBJECT. 



1849. 

 Sept. 1 



CnRONOHETER TIMES OF TRANSIT. 



LAMP. 



c'Sagittarii 



y AquilaB 



a Aqiul.T; 



g^Sagittarii 



a Cygiil 



W. 





TT Sagittarii 

 p'Sa,i(ittarii 



6 AquLlifi . . . 

 Y Aquilic . ,, 

 a Aquils . .. 

 ^ Sagittarii . 

 a^Cnpricorni 

 a^Capricorni 

 75 Draconic.. 



W. 



76 Draconis 



/J Cephei 



7663 . , . . 



3495,8. P. 



A Aquaril 



iscis Australia 



a Pegasi 



Aquarii 



^ Aquaril 



c Piscium ....... 



20 Pisciuin 



27 Piscium 



33 Piiicium 



a Andromcdn) .... 



y Prgasi 



I Moon, 2<1L 



10 CeU 



13 Ceti 



/?Celi 



J Pisciuin 





'JO Ceti 



Polaris, 



4 27 Piscium 



33 Piscium 



y Pegasi 

 10 Ceti.. 



W. 



13 Ceti 



)?Celi 



6 Piscium ,,,. 

 € Piscium .... 

 c Piscium .... 

 Moon, 2d L . 

 /4 Piscium .•■• 

 V Piscium . . . . 



■ a • 



Piscium 



Pha-iaci.^ 



a Arietis ...... 



*5 



^ Foraaci:?. . ... 



10 Ceti VV. 



13 Ceti 



X Olilr 1<**^ ■*■«■• «t«* 



tf'Crti 



fi PiHoiiim 

 p Piacium 



r. 



s. 



19.0 



31.8 



27.8 



6.0 



30.0 

 24.0 

 48.0 



31.5 

 23.5 

 42.9 



53.0 

 18.0 

 23.4 

 39.0 



21.6 



20.8 



6.4 



45.5 



36.6 

 11.5 



38.0 

 6.5 



27.0 



7.4 

 47.0 

 38.0 



4.0 

 39.4 



2.4 



18.0 

 46.8 



27.8 

 45.8 



48.0 

 15.4 



A 



46.0 



II. 



s. 



29.0 

 49.4 

 45.5 

 30.8 



51.6 j 10.0 

 0.2 18.4 

 2.3 19,4 



13.6 31.0 



51.2 

 47.0 

 41.5 

 5.2 

 13.5 

 33.4 



12.5 



10.4 



10.4 

 37.5 

 41.4 

 56.4 



37.8 



37.6 

 23.0 



2.6 



54.8 

 28.5 



55.2 



24.5 



1.0 18.4 



44.0 



24.4 



55.6 

 21.8 

 56.4 



8.0 25.6 



19.4 



35.0 



4.0 



44.8 



2,8 



III. 



36.4 

 25.0 



6.8 

 35.5 



28.6 

 2.4 

 47. G 

 54.0 

 42 



«. 



36.0 



59.0 



35.2 

 1.8 



37.5 

 46.5 

 27.4 

 57.8 

 58.8 

 13.4 

 18.0 

 55.2 

 55.0 

 40.0 

 20.0 

 18.8 

 12.2 

 46.4 

 37.0 

 12.4 

 42.0 



35.5 

 1.0 



24.0 



41.4 



4.0 21.4 



MEAN OF 

 OBS"i> WIRES 



CORRECTIOS FOR 



46.8 



6.5 



3.2 

 54.4 



28.0 



36.5 54.5 



53.4 



48.4 j 6.0 

 8.8 26.0 

 5.0 93.0 



17.0 



23.0 ; 40.0 

 2.0 50.0 



Iniporfect 

 transits. 



12.4 I 30.0 



10.5 

 23.2 

 42.6 

 40.5 

 34.0 

 57.5 





36.6 

 52.0 

 6.G 

 0.4 

 44,6 

 17.2 

 16.5 

 30.4 

 35.0 



.5 



11.5 



57.2 

 37.0 



13.4 ' 31.0 



38.4 

 13.5 

 43.4 

 36.4 

 52.0 

 20.4 



I 



34.0 41.5 



2.0 



.2 



30.6 

 2.0 

 53.8 

 9.4 

 38.0 

 59.0 

 19.0 



20.0 ; 36.8 



11.0 

 41.5 

 25.0 

 55.0 



46.0 

 20.0 

 30.8 

 11.0 



28.0 



5.0 



43.5 



15.4 



2.8 



37.0 

 24.0 

 28,4 



59.0 ' 16.0 



41.0 1 58.2 1 15.2 I 32.4 



39.9 

 42.0 

 33.0 

 17.5 

 2.0 

 36.5 

 34.0 



47.6 

 52.0 

 29.8 

 28.5 

 14.5 

 54.0 



27.2 

 40.0 

 0.4 

 58.0 

 51.6 

 16.0 

 25.0 

 40.4 



33.0 



57.5 



29.4 



47.4 



4.0 



21.5 



54.0 



11.0 



29.6 



46.5 





18.5 



52.5 



10.0 



18.5 



35.4 



26.4 



17.0 



59.6 



16.0 



38.0 



! \yo • i> H 



48.5 

 12.4 

 47.6 

 20.0 



u.o 



26.4 

 55.0 

 16.5 



2.4 

 31.8 

 19.2 

 56.2 

 51.5 



4.8 



9.0 

 47.0 

 45.8 

 31.5 

 11.2 

 17.0 



4.8 

 38.5 

 28.0 



3.6 

 35.8 

 27.0 

 52.4 

 13.0 



32.5 



12.6 



6.2 



5.0 

 37.4 

 28.0 

 43.4 

 12.4 

 34.0 



36.0 53.4 



54.0 

 45.4 

 28.5 

 2.0 

 34.4 



19.6 

 54.0 



11.2 

 2.8 

 52.0 

 20.0 

 55.0 



37.0 



11.2 



45.2 

 33.4 



49.4 



2.6 



50.4 



6.6 



Instru- 

 ment. 



48.4 

 44.4 

 57.8 



h. 711^ S, 



19 32 28.62 

 19 39 3.83 

 19 43 23.50 

 19 49 21.17 



20 36 18.26 



19 46.48 

 19 12 54.34 

 19 17 53.34 

 19 39 5.72 



7^1. S. 



- 26.69 



• • ■ I « • « I 



ni. s. 



0.66 

 0.40 

 0.33 



+ 0.63 



Clironnnictcr. 



+ 



2.19 



■ 



17.4 \ 19 43 34.40 



16.4 19 49 22.84 

 9 2 20 9 16.61 



33.0 20 9 40. .19 



13.3 



« ■ * t • * * 



« • ft 



ft ■ 



20 38 32.80 



43.08 



43.0 20 53 36.90 



31.0 21.0 21 26 51.97 



28.8 

 45.4 



21 54 5.73 



+ 1.02 



+ 0.86 



— 0.13 



— 0.47 



— 0.39 

 + 0.74 

 -f 0.60 

 4- 0.60 



— 16.31 



— 18.51 



— 7.14 



— 13.24 



+ 



22 9 16.32 —3 16.23 + 29.96 



36.2 22 44 44.69 



16.6 



9.0 



22.4 



26.4 



4.2 



3.0 



48.7 

 28.2 



22.5 

 56.4 



45.0 

 21.0 



44.0 

 10.0 

 12.6 



49.8 

 29.6 

 23 6 



29.0 46.0 



55.4 

 45.0 

 0.6 

 29.6 

 51.4 

 10.6 

 28.0 

 20.0 

 15.0 

 38.5 

 15.5 



22 49 17,12 

 ^ 57 16.37 



23 6 30.57 

 23 U .52. OS 

 23 32 12.58 

 23 40 11.74 

 23 50 57.33 

 23 57 38.93 



47.82 



5 29.67 



12 3.83 



19 11.00 



27 29.90 



35 51.22 

 40 32 64 



45 18.33 

 1 18 18.60 



23 50 58.59 



23 57 38.30 



5 30.90 



18 55.2 





9.65 



; + 



17.03' + 



+ 



+ 

 9.00 -j- 



+ 



0.38 

 1.531 



0.67 



0.31 



27 



0.22 



0.16 



0.20 



0.30 



1.40 



0.67 



0.06 



0,04 



0.20 



89 



0.31 



0.09 



10 53.80 —1 40.00 



t 



27 22.0 



36 1.70 



40 53.71 



55 9.26 



1 38.17 



1 5 7.73 



1 22 19.09 



1 33 36.94 



1 37 45.44 



1 48 28.40 



1 58 43.40 



2 6 15.3! 



+ 8.55 



+ 



0.19 

 0. 



+ 



8.73 



5-1.0 ] 15 43 2.91 



28.0 



17.21 



i 



0.62 

 0.04 

 0.19 



4- 0.83 



— 0.2! 



— 0.30! 



— 0.21 



— 0.1 



— 0.231 



— 0.21 



— 0.36 



+ 



15 51 35.94 



16 20 30.80 





20.0 



7.6 

 23.6 



16 40 28.22 

 16 46 16.20 

 16 57 ^2.34 



23.37[ + 2.28 



1.02' 

 1.48 



O.O4I 

 0.21 



^10 51.96 —1 44.00 



0.43 



0.22 



OR SERVED 

 A.R. 



TAHIT 

 Lar 



A.R. 



in. s. 



A. m. 



¥. 



3.97 19 32 6.56 



6.57 

 3.97 19 ;rj 7.40! 7.27 



27.39 



^.69 

 3.97' 20 36 20.04 20.01 



1.9» 19 49.48 49.38 

 1.96 19 12 57.16 57.30 



3.97' 19 43 27.14 

 3.97! 19 19 2.1.77 



1.95 19 17 55.16 55.38 

 1.94| 19 .19 7,19 7.22 

 1.93 19 43 27.32 27.35 



1.9.3; 19 49 25.51 

 1.92 20 9 19.13 



25.67 

 19.11 



1.92 20 9 42.91; 42.98 



1.90 20 37 35.31 35..''»fl 



1.89' 20 .53 20.28 19.78 

 l.a7 21 26 46.70 46.49 



1.85 21 53 54.34 



1.84 

 1.81 



50.33 



22 6 31.89 35.63 

 22 44 46.86 



46.84 



1.81; 22 49 20.46' 20.50 



1.80 22 57 17.50 17.47 



1.79 23 6 32 67J :Q.82 



1,78 23 11 37.01! 36.83 



1.76 23 32 14.12 13.97 



1.76 23 40 13.66' 13.18 



59.34 



39.17 

 38.69 

 30.84 



1,75^ 23 50 59.28 

 1.75 23 57 38.98 



1.75 

 1.75 

 1.74 

 1.74 

 1.73 



\ 



38.52 

 5 30.75! 

 12 5.63 



19 55.75 55.53 

 27 31.63' 31,17 



1.731 36 2.84 



1.72 

 1.71 

 1.70 



I 



2.91 



40 54.05 53.87 



45 20.13 20.19 

 1 5 46.50 50.78 



55j 23 50 59.33 59.35 

 0.54; 23 57 39.12 39.10 



0.54 



0.52 



0.51 



0.51 



0.50 



0.4! 



0.4 



0.48 



0.4^ 



0.45 



0.45 



44 



0.4^ 



0.42 



-f 8 25 59.89 



35 54.30 



36 0.58 

 36 2.3Q 

 36 3.27 



5 30.82* 30.83 



18 55.82 5.->.54 



27 31.33 31.18 



36 3.04 



2.93 



40 53.92! 53.88 



55 9.45 

 1 38.45 



9.34 



39.05 



1 4 59.35 



1 22 19.32| 19.16 

 1 33 37.18. 37.19 

 1 37 28..^ 27.94 



1 48 7.75 8.00 



1 58 42.8r 43.07 



2 6 17.21! 17.34 



18 55.84 55.55 



27 31.45 



1 5 39.34 



31.19 

 51.68 



1 16 30.97i 31.07 



1 22 19.21. 19.17 



+ 36 5.13* 1 33 37.25' 37.20 



Observed with mean lime cLrunometcr No. 76. 



