Full text: [Theoretischer astronomischer Nachlass] (7. Band)

526 
NACHLASS. 
— 32''95 COS (i)f'+ 227°37 7 0") 
— 16, 18 COS 37°48 7 32") 
— 3, 40 COS [M'-\- 2ilf + 147 45 30 ) 
— 1, 38 COS SM-\- 266 33 49 ) 
+ 1, 37 COS [2M'~ hM-\- 125° 11' 47") 
+ 1, 41 COS (2.M 7 — 4Üf+ 165 16 16 ) 
+ 11, 78 COS (2M'—3Üf+ 18 6 21 ) 
+ 46, 54 COS [IM'—‘lM-\- 61 23 46 ) 
+ 196, 34 COS (2Üf 7 — M + 223 43 43 ) 
— 35, 01 COS (2Üf 7 + 311 35 32 ) 
— 6, 85 COS (2jM' , + M-\- 73 15 56 ) 
— 2, 50 COS (2lf / +2lf + 179 17 29 ) 
+ 6, 34 COS [hM'— iM-\- 274°19' 19") 
+ 14, 42 COS [hM'— hM-\- 329 2 43 ) 
+ 48, 30 COS (SlT—2ikf+ 110 35 39 ) 
—166, 0 0 COS (3-Zlf 7 — M-\- 227 50 23 ) 
— 13, 62 COS [hM’ + 343 57 59 ) 
— 3, 67 COS [hM'-\- -M+ 91 40 13 ) 
— 1, 0 7 COS (3Üf 7 +2Üf + 20 3 0 9 ) 
+ 3, 02 COS [\M'~ hM+ 170°51 7 10") 
+ 4, 94 COS [iM'— 4ilf + 247 47 37 ) 
+ 18, 25 COS [AM 1 —3Üf + 10 0 22 ) 
+ 5 2, 0 7 COS [4M'—2ilf+ 133 4 17 ) 
— 28, 81 COS (4jf 7 — M + 253 26 4 ) 
— 5, 5 5 COS (4_M" 7 + 4 18 12 ) 
— 1, 64 COS (4Jf'+ M +117 14 15 ) 
+ 1,30 COS (öJf 7 —6M-\- 71° 7'44") 
+ 2, 26 COS [hM 1 —öiüf+ 172 30 27 ) 
+ 7, 37 COS [hM'—4.M+272 34 34 ) 
+ 16, 20 COS [hM'—3M-\- 37 10 53 ) 
+ 243, 02 COS [hM’—2.M+ 158 37 29 ) 
— 9,10 COS [hM'— ilf+ 276 23 14 ) 
— 2, 33 COS [hJM' + 30 8 31 ) 
+ l"l6C08(6 M'—6 Af+ 89°ll'l9") 
+ 
3, 
06 
COS 
[hM'~ 
- hM + 
180 
19 
o ) 
+ 
6, 
75 
COS 
(6 M'- 
- 4M-\- 
301 
22 
11 ) 
+ 
16, 
06 
cos 
[hM'~ 
- 3AT+ 
63 
27 
50 ) 
— 
23, 
13 
cos 
[hM'~ 
- iM + 
182 
59 
45 ) 
— 
3, 
48 
cos 
[hM'~ 
- M+ 
300 
6 
o ) 
— 
1, 
06 
cos 
[6M' 
+ 
53 
3 
7 ) 
+ 
1, 
35 
cos 
(7 M'~ 
- 6-ZkT+ 
96° 
'25' 
40") 
+ 
3, 
03 
cos 
[iM'~ 
- 5-ZMT+ 
205 
49 
26 ) 
+ 
5, 
92 
cos 
(7-M 7 — 
-4 M + 
327 
20 
47 ) 
+ 
22, 
49 
cos 
(7ilP- 
- 3 M + 
88 
31 
40 ) 
— 
5, 
85 
cos 
(7 M'- 
- iM+ 
206 
57 
35 ) 
— 
1, 
46 
cos 
[TM'~ 
- M + 
322 
28 
7 ) 
+ 
L 
28 
cos 
(8 M'- 
- 6ilf+ 
119° 
51 7 
46") 
+ 
2, 
46 
cos 
(8Üf 7 — 
- hM + 
237 
40 
9 ) 
+ 
4, 
91 
cos 
(8-M 7 — 
- 4 ilf + 
359 
41 
7 ) 
— 
29, 
31 
cos 
(8 M'- 
- 3 M-\- 
121 
55 
2 ) 
— 1, 78 COS (8.M 7 — 2-M”+ 244 10 22 ) 
+ 1, 24 COS (9Jf'—6lf+ 137° 17' 43") 
+ 2, 19COS(9Jf'—5Jf+ 258 13 31 ) 
+ 5, 54 COS (9Ü+—\~NL + 19 3 41 ) 
— 3,9 6 COS (9iyr / —3ilf+ 138 2 12 ) 
+ 1, 04 COS (10J+—6iLT +163° 5'51") 
+ 1, 84 COS (lOikf'—hJ\I + 284 8 17 ) 
+ 14, 1 3 COS (lO-M 7 —4lf+ 43 55 42 ) 
— 1, 20 COS (10ilf 7 —3ilf+ 162 64 33 ) 
+ 1, 96 COS [\\M'—hM + 303 0 37' 21") 
+ 3, 92 COS (Hilf 7 —4ilf+ 241 39 36 ) 
Säcularänderung : — 15 77 278 jährlich 
— 0, 04183 täglich 
aus welchem Ausdruck man o£ erhält, wenn man (1—cos cp)S w und cos cp (1—cosi)oQ hinzufügt. Den 
säcularen Theil von o8 kann man bei Seite lassen, wenn man n dementsprechend ändert.] 
[13.] 
[Es handelt sich nun darum, die mittlern Elemente zu ermitteln, welche, mit den im Vorigen be 
rechneten Störungen verbunden, die Bewegung der Pallas darstellen. Sie werden erhalten, wenn man aus
	        
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