‘TprM-DAY OBSERVATIONS OF MAGNETOMETERS, 1845. 
Gottingen Novemser 28, 29. DecemBer 24, 25, 
pigan Tune | J 
Paminaton)| Decuuea | Borman, | Baranos | Dacues | Borman |duncctst| Dasow:” |correcten|correstes.| "'son-” | corsestet,| Gor 
Min. |» os Se. Diy. | Mie. Div. = t Se. Diy. | Mie. Div. a e Se. Div. | Mie. Div. Se. Diy. Mie. D 
Qh. 6". 104, 144, 
Q | 25 11-55! 529-7 | 407-9 | 25 02-93| 538-4 | 422-7 | 25 06-66| 545-2 | 429-0 | 25 07-25) 546-9 
5 11-32) 528-7 | 408-7 04-55 | 537-8 | 421-9 05-92| 545-0 | 428-3 07-07 | 547-1 
10 ‘| 11-01, 527-0 | 410-1 05-18 | 536-3 | 421-3 05-47 | 544-5 | 428-5 07-04 | 546-8 
a 10-77, 527-7 | 411-1 06-34] 536-8 | 421-0 05-49 | 544-9 | 427-5 07-10 | 546-5 
20 | 10-21, 528-1 | 412-4 07-82 | 532-9 | 420-9 05-42} 543-2 | 428-4 07-00 | 546-4 
25 sO 09-56| 528-5 | 413-7 06-39 | 538-2 | 417-8 05-29 | 543-7 | 428-1 06-93 | 546-6 
30—s|| 09:05) 529-7 | 415-4 07-13 | 540-2 | 416-6 05-43 | 545-1 | 428-2 07-08 | 546-5 
35} 10-00 | 533-1 | 416.4 07-15 | 542-9 | 414-3 05-76 | 546-0 | 425-6 07-10 | 546-2 
40 09:79) 535-8 | 415-2 07-31 | 544-5 | 412-6 06-06 | 545-4 | 426-8 07-17} 545-7 | 411s 
45 11-34 | 537-1 | 414-9 08-21) 545-5 9 411-7 06-07 | 544-2 | 426-9 07-17} 545-5 | 411 
50 | 11-81} 537-0 | 413-8 09-02} 544-3 | 410-4 06-46 | 545-3 | 426-7 07-35 | 545-5 a 
55 536-0 | 412-6 09-05} 543-1 | 408-9 06-59) 546-3 | 425-6 07-40 | 545-7 | 41 
ao a Wine 154. 
0 25 11-00) 535-9 | 411-3 | 25 08-19) 540-9 | 409-8 | 25 06-63) 547-5 | 424-2 | 25 07-45 | 545-5 | 410: 
5 | 09-73 | 537-2 410-2 08-38! 542-5 | 409-8 06-71 | 547-2 | 423-4 07-44 | 545-0 | 409 
10 10-16) 539-4 | 409-5 08-95, 541-5 | 408-8 06-53| 547-1 | 422-7 07-57 | 544-9 a 
is | 10-33 540-1 408-8 08-82| 542-6 | 409-1 06-86 | 546-1 | 422-4 07-31) 545-4 | 409: 
20 10-06} 540-3 | 408-6 08-95, 541-5 | 409-3 06-79 | 545-8 | 422-7 08-01 | 545-4 | 407 
25) | 09-89} 540-0 408-0 08-58 542-5 | 408-3 06:84 | 546-8 | 422-0 08-25| 545-3 | 408: 
30 | 09-89 | 541-1 | 408-0 08-43) 543-0 | 408.8 07-24) 547-6 | 421-8 07-78 | 545-8 | 408. 
35 | 10-09 | 542-3. 407-8 08-50) 543-4 | 407-4 07-27 | 547-3 | 420-3 07-71 | 545-9 a 
40 | 10-13| 542-2 | 408-1 09-19) 544.4 | 407-4 07-54 | 546-4 | 420-7 07-74 | 545-8 | 408: 
45 10-11 | 542-0 | 408-1 08-41 544-9 | 405-7 07-54) 547-8 | 420-2 07-91 | 545-9 | 407. 
50 10-06 | 545-0 | 408-6 08:08 544-7 | 405-0 07-72| 547-7 | 419-4 07-98 | 546-2 | 406: 
55 | 08-86} 543-0 407-2 08-21, 544-6 | 405-0 07-65 | 547-5 | 418-8 07-98 | 546-3 | 406: 
4h, gh 125: 16, 
0 | 25 09-89) 541-7 | 409-2 | 25 08:03| 544-3 | 404-5 | 25 07-84| 547-6 418-9 | 25 07-98| 546-2 407 
5 | 10-16 | 542-7 | 409-7 07-92| 544-5 | 405-4 07-:82| 548-1 | 418-1 08-03 | 546-5 | 406: 
10 | 10-06 | 544-8 | 408-8 07-74| 544-1 | 405-3 07-82 | 547-5 | 418-2 08-08 | 546-6 | 407 
foe 09-62| 545-4 | 409-4 07-60) 543-9 | 405-4 07-78} 546-9 | 418-0 08-09 | 546-4 on 
20 =| 09-96 | 544-9 | 409-4 07:55 | 543-4 | 404-6 07-84| 546-6 | 418-7 07-89 | 546-5 | 406 
25 | 10-16 | 544-3 409-8 07-78 | 543-1 403-5 07-72) 546-6 418-5 07-71 | 546-5 406: 
30. | 10-16) 543-9 | 410-7 07:67 | 543-3 | 404-6 07-84] 547-0 | 418-2 07-65 | 546-5 | 405 
Bor i 10-51| 541-2 | 411-8 07-60, 543-1 | 403-9 07-79 | 547-4 | 417-7 07-74 547-0 | 405 
40 | 11-24] 537-2 | 413-9 07:47) 543-3 | 403-1 07-82) 547-2 | 417-9 07-76 | 546-8 | 406: 
45 | 11-68 | 528-6 | 416-9 07:25 | 543-9 | 403-1 07-74} 546-7 | 418-2 07:78 | 546-9 | 405: 
50 | 09-44) 517-7 | 421-4 07-13 | 543-3 | 402-9 07-78 | 546-8 | 417-3 07-78 | 546-8 | 408 
5 518-0 | 423-7 07-13 543.9 | 402-7 07-72 | 547-0 | 418-2 07-72 | 547-0 | 405: 
| Bit gh, 13). 174, 
0 25 00-40| 522.2 424-7 | 25 06.97| 543-9 402-0 | 25 07-62| 547-3 | 415-5 | 25 07-74] 547-1 405 
5 | 25 01-54] 523-1 427-0 06-98 | 544:0 | 400-9 07-69 547-5 416-1 07-81) 547-1 405 
10 || 24 57-28) 524-5 430-1 06.93 | 544-0 398-5 07-81 | 547-3 415-9 7-79 | 547-0 4 
15 || 56-63 | 525-7 | 431-2 06-74 | 544-5 | 400-1 07-69} 546-8 | 415-8 07:74 | 547-1 
20 =| 56-34 | 529.7 430-2 06-74 | 545-0 397-4 07-57 | 546-7 415-3 07-67 | 547-1 
25 | 56-94| 532-4 | 428-6 06-76 | 543-4 397-2 07-62 | 547-2 =F 07-67 | 546-9 
30 | 58-22| 534-1 | 427-9 06-39 | 543-9 396-6 07-57 | 547-2 | 415-8 07-65 | 546-7 
35 i 57-07 | 538-7 | 425-7 06-27 | 543-6 396-6 07-67 | 547-4 | 415.0 07-58 | 546-3 
40 | 58-09 | 540-3 | 425-7 06-56 | 542-9 396-6 07-51 | 547-2 | 414-9 07-54) 546-9 
45 | 24 59-09 | 539-6 | 424-6 06-51 | 541-7 396-9 07-51 | 547-3 414-6 07-51 | 547-7 
50 | 25 00-11) 539-7 | 423-8 05-12) 541-3 396-5 07-60 | 547-4 | 414-3 07-51 | 548-0 
55 25 01-51, 539-8 423-6 05-65 | 542-0 396-2 07-60) 547-0 oy 07-78 | 547-7 
Biritak. Observed 2™ after the Declination, k=0-000140. BALANCE. Observed 3™ after the Declination, k=0-000010, 
The temperature of the bifilar and balance magnets, and the observers’ initials, will be found at the corresponding hours in the Hourl 
Observations of Magnetometers, 
When double commas (,,) occur in the column for the balance magnetometer, the needle was examined, and no change from the previo 
position being appreciable, the micrometers were not altered. 
