GOULD —REDUCTION OF D AGELET S OBSERVATIONS. 

 Mean Places and Constants for Standard Stars — Continued. 



15 



So. 



74 

 75 



70 



77 

 78 

 79 

 80 

 8] 

 82 

 83 



84 

 85 

 86 

 87 

 88 

 89 

 90 

 92 

 93 

 94 



95 

 97 



9- 

 99 

 Inn 

 101 

 102 

 in:; 

 105 

 100 



107 

 108 

 109 

 110 

 111 

 112 

 114 

 115 

 11(3 

 117 



118 

 120 

 121 

 122 

 123 

 125 

 126 

 127 

 128 

 129 



130 



Vim.. 



Librae 



I'm H.I is 



Libra; 

 Bootis 



Corona? Bor. 

 Slip. -litis 

 Nil I ../litis 

 Coronas Bor. 

 Scorpii 

 Ophiuchi 



Herculis . 



Autures . 

 Ophiuchi 

 Herculis . 



Ophiuchi 

 Herculis - 

 Herculis . 

 Ophiuchi 

 Herculis . 

 Sagittarii 



ft Sagittarii 



I Aquilse - 



Vega. . . 



P Lyrae . . 



a : Sagittarii 



C Aquilse - 



d Sagittarii 



i! Aquilse . 



7 Aquilse . 

 Altair 



/} Aquilse . 



t Aquilse . 



n : Capricorni . 



it Capricorni . 



s Delphini . 



a Cygni . . 



v Cygni 

 61' Cygni 



f Cygni . . 



1 Pegasi . . 



$ Aquarii . 



t Pegasi 



u Capricorni . 



a Aquarii . 



6 Aquarii . 



7/ Aquarii . 



f Pegasi 



?. Aquarii . 



a Piscis Austr. 



a Pegasi - 



8 Piseium . 



17-.', ii 



h >n s 



11 38 54.31 

 53 46. 32 

 5 21.14 

 16 17.50 



'.'.-> :'.o. 23 

 :::; :::,. 48 

 40 0.03 

 48 36. 3: 

 47 32.00 

 2 59.41 



15 



16 



15 7 

 +41 15 

 8 34 

 +38 8 

 +27 27 

 + 77 

 5 8 

 +27 31 



21 59 

 — 3 7 



Log « 



44.7 

 18.6 

 12.8 

 49.1 

 18.3 

 13.3 

 37.9 

 0.9 

 18.1 

 17.9 



Lug I) 



+46 

 —25 

 —HI 



+39 



+ 9 

 +33 

 +14 

 +12. 

 +27 

 —30 



—21 



— 8 

 +38 

 +33 

 —26 

 +13 

 —19 



+ 2 

 + 10 

 + 8 



50 18.6 

 55 59. 



6 44.3 

 20 40.6 

 13 31.8 

 53 33.9 

 39 3.3 

 43 53. 5 



51 32.4 

 24 22.9 



5 50.5 

 22 45. 4 

 35 30.0 



7 18.4 



32 49. 3 



33 16.9 

 19 20 

 41 45 



5 52. 



i- :;u. i 



13 13.70 

 Hi 7.84 

 25 13.60 

 35 27. 78 

 47 24.44 



53 36.20 



17 4 45.53 

 24 52.10 

 37 58.42 

 51 52.38 



18 47.35 



23 23. 95 



29 35.53 

 42 4. 21 

 41 48.08 

 55 26. 35 



19 4 55. 68 



14 33.33 

 35 56.51 



40 11.60 



44 39.14 

 . 53 32. 04 



20 6 0. 06 

 14 52.81 

 22 50. 69 

 34 2. 28 

 49 5.39 

 57 11.42 



21 3 42. 52 

 12 3. 17 



20 7. 30 

 33 31.59 

 II 26.53 



54 37.92 



22 5 22. 18 



24 12.10 



30 38. 66 



41 17.15 

 4.". 37.23 

 53 57. 7c +14 2 26.5 



f 5 52 38. 9 

 + 6 40 40.8 

 —13 12 12.9 

 —18 54 34. 8 

 + 10 34 37.4 

 +44 30 45.3 

 +40 20 20.8 

 +37 41 41.1 

 +29 20 43. 7 

 +18 53 4.9 



— 6 30 59.6 

 + 8 53 17.6 

 —14 33 51.4 



— 1 21 59.6 



— 8 51 24.7 



— 1 13 48. 6 

 + 9 42 11. 8 



— 8 43 46. 9 

 —30 46 4.0 



0. 51873 b8. 



0. 35482 n8. 

 0.50736 7. 

 0. 35728 »-. 

 0.40271 «-'. 

 ii. 16782 »7. 

 n. I73d4n7. 

 o. :;;i:.:;i'. «s. 



Logc 



0.41647 



0.4961 3 



14181 »-. 

 62791 n8. 



84113;((8. 



53534 b8. 

 33486 «8. 

 69594 n8. 

 531 .7 1 b8. 

 27502 

 17627 

 24993 



Log d 



72522 »■-. 

 80878 »-. 

 66788 a-. 

 74456 »8. 

 67113 b8. 

 60270»i8. 



0. 25100 

 0.56293 

 0.51705 

 0.31129 

 0.4552.". b7. 

 0. 3443(1 «8. 

 0. 43630 b7. 

 0. 44278 b8. 

 0.374 17 «7 

 0. 58601 



0.55467 b5. 



0. 51408 »i7. 

 0.30361 7. 

 0.34488 7. 

 0. 57143 b7. 

 0.44052 7. 

 o. 54665 nl. 

 0.47868 7. 

 0.45529 7, 

 0. 46144 



50396 



15213 



07017 



29458 



55134 b! 



10702b8 



61915 b8 



58423 



61038 

 59542 



.-, i :;;.; 



0. 46940 

 0.470.V. 

 0. 52350 a' 



0.538O2 «-' 



0. 45754 

 0. 30997 

 0. 34832 

 0. 36759 



ii. 100] I 

 0.44100 



8. 



23 16 57. 95 



+ 5 11 21.3 



0. 50087 b7. 

 0.46918! 7. 

 0. 51429 b8. 

 0.48955»7. 

 0.50112n7. 

 0. 48886 «7. 

 0.47474 8. 

 ii. 19689?«7. 

 0.52172,b8. 

 0.47356 8. 



36175 

 52910 



14206 



034:; i 



00035 



-:;;.7n 

 89980 

 78113 



.-,-;, 1 1 

 81518 



niii:;.- 



68357 

 61502 



48102 



-307- 

 91235 

 10305 

 86132 

 61076 

 58074 

 55624 

 43020 

 220211 



76616 

 92202 

 15385 

 13311 



95980 

 11084 

 02300 

 9.-4H4 

 57544 

 20371 



04111 „-. 

 51 132« 8. 

 4347688. 

 40251 b8. 

 32363n8. 

 36066 »8. 

 21612 Bf. 



ii u -3 in-. 

 85! 151 I «■-. 



137 -I'M-. 



64482 

 78517 



o—i- 

 80652 

 76860 

 73187 

 73904 

 80039 

 78097 

 76531 



93973 

 8237 s 

 79247 

 90530 

 81 181 15 



8803(1 



Log a' 



Log b' 



si. 18836 



1.16334 



nl. 14147 



nl. 11807: 

 nl. 09770 

 nl. 07780 

 b1. 06093 

 a 1.03670 

 si. 03984 

 aO. 99138 



aO. 95481 

 b0. 94309 

 nil. 90642 

 nO. 85934 



b0. 79580 



//I I. 73-2 1 

 b0. 68023 

 82960||n0. 48619 

 .-7340 nil. 28446 

 88790 «9. 85200 



6. 37700 b8. 



7. 83082 nf^. 

 8. 04073 n8, 



8. 16227 n8. 

 8. 13089 n8. 

 8. 21557 n8. 

 8.29551 «-. 

 8.32001 ii'. 

 8. i:!!)7(ia8. 

 8. 45523 a8. 



8. 47056 

 8.77125 

 8. 55364 

 8. 59240 

 8. 59754 

 8.76501 

 8.70003 

 8. 76991 

 8. 73995 

 8. 71911 



8.71118 

 8. 73367 

 8. 75337 

 8. 75553 

 8. 77237 n8. 

 8. 78490 n8. 

 8. 79628 n8. 

 8. 80282m8. 

 8. 86652 b8. 

 8. 81— o«-. 



85397 

 82631 



92732 

 -0331'. 

 805O.1 

 82333 

 83142 

 SOI 00 



79147 



7.-301 



77924 

 50390 

 76632 

 70800 

 74089 

 86425! 

 81103 

 78004 

 72589 

 67334 



63452 



60470 

 50270 

 54( 1 15 

 50997 

 1 : 1243 

 41004 

 33020 

 30311 



29066 



0.48308 7.77434 K 81799 b8. 09676 



8. 82639 

 0.31061 

 0.41215 

 0. 56372 

 0.56096 

 ii. 68176 

 0.74870 

 0.80699 



0. 91144 

 0.92910 



0.94674 

 1.24675 

 1.02046 

 1.04677 

 1.06856 

 1.09661 

 1.13017 

 1. 14673 



1. 13.-77 

 1.17354 



1.18682 

 1.20688 

 1.21704 

 1.23387 

 1.24562 

 1.26327 

 1.26849 

 1.27623 

 1.27 Oils 

 1.28409 



1.29467 



Logc' 



9.80559 

 9.83736 

 9.85940 

 9.87826 

 9.89280 



9.90 160 



9.91337 



9. 02434 

 9. 92302 

 9. 9407. 



9. 95106 

 9. 95378 

 0.90176, 

 9. 96976 

 9. 97785 

 9.98151 

 9. 98726 

 9. 09488 

 9. 99799 

 9. 99973 



o.i 



9.99773 

 9. 9963' 

 9. 99264 

 9.99274 

 9.98717 

 9. 98233 

 9.97661 

 9. 06078 

 9.95711 



9. 95305 

 9. 67703 

 9.93077 

 9. 92000 

 9.90954 

 9. 89348 

 9.86920 

 9. 83449 

 9. 84234 

 9. 82540 



9. 80779 

 9. 77560 

 0.73166 

 0.71012 

 9.68085 

 0.011845 

 0. 57088 

 9.32730 

 9. 50363 

 9. 45358 



0.27107 



9.40187 

 9.89199 

 9.50715 

 9.90748 

 9.87241 

 9. 72447 

 9.70399 

 9. 88828 

 9. 85760 

 9. 58652 



97707 

 43933 

 42501 

 00712 

 76060 



Log d' 



30258 



6-OI2 

 123.3 

 60708 



13907 

 -0-6- 

 71 III.', 

 39-9- 



31821 



42538 



n0. 51530 

 9. 28212 



-.-I- I 

 ii'.i. 33903 

 ((8.72113 

 05172'«9. 20223 

 82325 «8. 78080 

 S0700n-. 32702 

 92881.B8. 65169 

 11857 8.25389 



65456 

 45411 

 08131 

 95463 

 70910 

 -1263 

 96384 

 6796.1 

 76907 

 74856 



9.71909 

 9.68704 

 9. 35774 

 9.14971 



9. 76027 

 9. 93356 

 9.90842 

 9. 89258 

 9. 85691 

 0.70747 



9. 55438 

 9.71601 

 9. I 12- I 

 9.62490 

 9.551136 

 9.62871 

 9. 60196 

 9. 57749 

 9.32193 

 9.69028 



0. 65247 



0-207 

 17178 

 90 1-1 

 0088s 

 90884 

 74026, 

 06619 

 17699 

 -32-- 

 78654 



65483 

 00992 

 07681, 

 25504 

 02007 

 64000 

 63891 

 63068 

 54665 

 38127 



93944 

 09346 

 31575 



31 190- 

 13068 

 29284 

 19283, 

 15505 

 6-36,1 



:;6062 



8. 94865 



My friend Professor Winlock, Superintendent of the American Ephemeris, has kindly 

 furnished me with the logarithmic day-numbers for the period over which these observations 

 extend. They are taken from the extensive and valuable series of tables now preparing under 

 his direction, and are here appended. Like those of the Tabulae Begiomontance, they hold good 

 for the beginning of the sidereal day of the fictitious year. 



(15) 



