49
Adolf Schmidt: Der magnetische Zustand der Erde zur Epoche 1885.0.
Archiv 189$. 2.
7
Vb. Koeffizienten der trigonometrischen Reihen für ßYsin v.
SW V
ßh sin v
ßLi sin v
ßl 2 sinv
ßLi sin v
ßl$ sin V
ßLz sin v
ßh sin V
ßLi sin v
jl -\-jlb
90.B
|
- 4898.6
-3917.9
-1222.1
1614.4
- 523.1
482.8
226.3
25.1
fl +fu
0.0
- 6027.5
—4470.2
-1430.4
2059.2
- 790.2
559.5
351.8
— 5.8
/ + fl 3
1 — 58.2
- 7114.8
-4904.7
—1673.7
2384.5
— 1000.2
633.3
504.0
- 77.5
Ji + fll
— 99.5
— 8080.2
—5152.3
-2004.1
2494.4
-1172.6
746.2
632.5
-120.8
fh +721
-100.0
- 8935.9
-5172.2
-2401.4
2432.2
-1377.7
885.1
762.0
-123.1
7« +720
-107.0
- 9733.8
-4986.2
-2814.1
2312.1
-1596.3
1020.3
855.7
- 90.5
f- +/»
- 95.7
-10435.9
-4635.3
-3269.9
2130.7
-1817.6
1234.9
895.8
43.5
7 s + 7i »
- 91.0
—10982.4
—4185.5
-3721.4
1865.3
-2083.7
1474.0
828.0
245.7
7# +7n
- 75.5
—113S4.6
-3706.8
-4216.2
1565.8
-2414.6
1716.6
820.6
471.6
7io+7ic
-106.6
-11681.1
—3218.3
-4633.6
1202.O
-2772.4
1958.1
862.7
727.0
/ll + /&
-187.8
-11898.0
-2757.1
-5049.8
859.7
-3103.0
2114.8
948.7
968.5
7'l2+7l4
-259.9
-12014.7
—2368.9
-5247.8
569.7
-3348.5
2299.0
1009.6
1099.5
7i3
-130.5
- 6030.2
-1133.8
—2658.9
240.8
-1705.7
1173.9
511.7
571.9
7i — 7+s
- 50.3
523.1
5114.9
145.9
3324.4
432.5
— 995.8
75.4
-236.4
72 —/24
69.2
697.9
5358.4
173.0
3928.0
582.6
-1286.2
155.7
-236.5
7i “Tis
200.3
937.0
5357.1
84.0
4361.8
717.3
-1473.3
258.5
-310.2
74 —/22
312.7
1186.6
5180.7
-14.2
4555.3
746.2
-1527.9
362.4
—419.3
75 —7ii
331.0
1362.3
4818.2
—30.8
4494.9
762.0
—1439.3
438.7
-461.8
/6 —/20
304.4
1423.5
4311.5
0.0
4237.5
806.4
-1267.1
543.1
—403.2
/: —/19
269.6
1426.2
3730.8
52.2
3765.7
843.6
-1078.4
617.5
-304.4
7s —/l8
182.0
1337.5
3148.2
118.3
3120.9
791.6
- 909.9
591.4
-209.3
/9 —/t7
75.5
1197.9
2518.4
141.5
2414.6
660.3
- 773.4
409.9
-150.9
7io-/io
9.7
959.7
1919.4
135.7
1706.1
465.3
— C39.S
389.3
— 126.0
/11—/15
- 29.6
691.7
1274.8
108.7
1116.7
296.5
- 494.1
177.9
- 79.1
jvl—j M
- 20.0
319.9
629.7
50.0
589.7
149.9
- 239.9
30.0
- 40.o
V c. Koeffizienten der trigonometrischen Reihen für yZ.
/:
r™<>
ym\
yM\
ynh
yM 2
ym 3
yMs
ym*
yM\
7i +725
1738.5
12239.7
- 6954.2
-2787.7
-1938.4
-1019.2
-1418.8
-1378.9
— 279.8
/2 +724
3436.2
12436.8
—10858.0
-3745.8
—1448.4
-1148.7
-2007.8
- 829.1
519.4
7-3 +723
3635.0
13451.3
-14919.3
-4553.7
-1058.5
-1388.1
-2197.0
lO.o
1028.0
To +/22
3773.7
13946.6
—17241.1
-5191.3
-1637.2
-1227.9
-1697.2
419.3
678.9
7r. +721
3553.0
14012.4
-18064.5
-5609.0
-3343.4
- 369.3
—2046.0
219.6
1107.8
7<! +720
2863.6
13529.5
—19595.9
-5467.6
-4200.5
-1037.6
-2294.8
688.5
1426.8
7: +7l»
1815.4
12648.2
—21555.8
-4997.4
-5017.4
-1685.8
—2872.8
628.4
1097.2
7s +/|S
319.1
10331.5
-22976.7
-3949.1
-CO 13.4
-1904.7
-3430.5
199.4
598.3
7» +7n
-1106.7
7597.5
-24008.8
-2791.8
—6780.0
-1685.0
-3738.9
- 578.3
418.8
/«+ /16
-2282.9
4884.7
-24184.3
-1973.8
-7815.6
—1854.2
-4037.4
- 907.2
289.1
7ll+7l5
-3329.2
3159.7
-23772.7
— 1335.6
-8532.2
-2302.5
-4276.1
-1385.5
19.9
7l2+/l4
-4156.2
2152.8
-23481.8
- 936.9
-8920.4
-2681.1
-4445.2
-1475.1
- 129.6
/13
-2242.5
857.1
-11621.1
- 338.9
-4514.9
-1455.1
—2252.5
- 707.7
— 69.8
7l “725
106071.0
-17295.5
459.6
-7024.3
2378.1
2817.7
- 20.0
- 599.5
6Ö.0
7-2 “/24
101388.1
-17191.0
1788.0
-7781.4
449.5
2846.8
1448.4
— 189.8
119.9
/3 723
96246.5
—16946.5
3335.4
-9067.6
-1178.4
3325.4
2536.5
- 129.8
469.4
74 — 7-22
89689.6
-15603.8
4083.1
-9384.3
- 938.4
3434.2
2695.4
- 59.9
499.2
7* — 721
82158.2
-13673.1
4191.7
-8782.8
10.0
2924.3
2006.1
578.9
289.4
To —fl 0
74661.8
-12052.9
4609.6
-8181.4
— lO.o
2075.3
2175.1
389.1
409.1
/ -/»
66552.6
—10334.0
4738.1
-7610.8
- 129.7
1685.8
1596.0
- 129.7
518.7
7* — 7is
57022.9
- 8735.8
4128.6
-6721.4
- 349.0
1346.3
897.5
- 698.1
478.7
/ —/7
46811.3
- 7119.0
3609.3
-5583.6
- 398.8
767.7
688.0
- 857.5
378.9
/10-/,e
35698.3
- 5203.7
2631.7
-4406.2
- 279.1
139.6
667.9
- 787.5
249.2
/1—/5
24121.6
- 3179.6
1764.3
-2731.1
- 159.5
- 129.6
588.1
- 687.8
319.»
7l2 7l4
12229.3
- 1475.1
996.7
—1275.8
— 388.7
- 189.4
498.3
- 498.3
149.6
