Tabelle 14 b. Die Polarisationsgröße im Zenit in Hamburg an einzelnen Tagen 
zwischen dem 23.4.1912 und dem 30. 10. 1917, 
5-Höne| = 197 i 
7.6.p 8.6.p19.6.p |10.11.p/29.11.p ‘ 2.4.p |28.5.p/2 10.p/80.10.p 
6° 
L56 
55° 
6,50 
1.5° 
1578 
\578 
).568 
0.562 
1.556 
1.551 
0545 
539 
„582 
1.525 
518 
\510 
1502 
).498 
1.484 
1474 — 
)464 0.384 
).454 0.378 
0.444‘ 0.362 
1.483! 0.350 
1422 | 0.338 
411 0.327, 
400 | 0.315 
7.388 ' 0.804 
877 9.292 
).366 7.280 
— 7.268 
— 9.257 
0.520 
0.512 
9.504 
0.496 
9.489 
0.481 
0.478 
7.465 
D.457 
3.450 
).446 
I.433 
).426 
0.418 
0.410 
0.691 
0.680 
0.668 
0.657 
0.646 
4,634 
0.622 
0.610 
0.594 
PN 
‚BO 
180 
ı ‚5° 
„56 
L8,5° 
4.5° 
‚5.5° 
‚6.5° 
7.5° 
‚8.5° 
L9.5° 
10.5° 
21.5° 
x 5° 
0.540 
0.529 
3,518 
0.489 
0.422 
23.5° 
14.5° 
25.5° 
26.5° 
7,5° 
78,5° 
10,50 
“9,59 
A590 — 
32.5° 0.299 
38.59 ).288 
34.59 1,278 
35.5° 2.267 
36.5° 8.257 — 
37.5° ),247 .262 
38.590 2,287 3251| — | 
39.5° 2227 3.240| 0.262 
10.5° 3.217 .229| 0.248 | 
41.5° 2.208 0.218 0.285 
{2.5° 2.198 0.208 | 0.228 
18.5° 93.189 0.197 | 0.210 
14.5° 0.180 0.187} 0.198 
45.59 0.171 0.177 0.187 
46.5° 0.162 0.167 0.177 
17.59 0.158 2.158 | 0.166 
18.5° 0.144 9.149 0.157 
19.5° 0.136 0.140| 0.149 
50.5° 0.128 0.132 0.141 
31.5° 0.121 0.124 0.134 
52.59 0.118 9.116} 0.128 
38.59 0.106 0.109| 0.122 
545° 10.099 | 0.101 | 0.117 
55.5° (0.092 | 0.094 | 0.112 
56.5° [0.085 | 0.087| 0.108 
57.5° |0.078 | 0.080 | 0.104 
58.59 10.071 | 0.073) 0.100‘ 
39 KO nor nNRa| N 998 
0.346 
1.335 
0.328 
2.311 
0.300 
7.288 
3.276 
).264 
3.251 
0.238 
0.224 
Tabelle 15a u. 15b. Absolute Schwankungen der 
Polarisationsgröße im Zenit in Lindenberg 1918. 
"6 Maircihen 
y.Höhe | Absolute 
© | Schwankungs- 
größe 
8 Maireihen _ 
N -Höhe Absolute 
Schwankungs- 
größe 
RO 
KO 
We 
| 
| 
35° 
356 
3.50 
430 
5,50 
6.50 
7:59 
88 | 
E oo 
115° 
Hs 
ne 
Keeo 
L5.5° 
ee 
185° 
19.59 
20,59 
see 
2359 
2459 
25.59 
26.5° 
27.50 
Dee 
© 
80.59 
31.59 
32.50 
38.59 
9650 
8 
3630 
A 
LBo 
130 
18.59 
; ‘5° 
45,50 
46.59 
Aene 
495° 
Do 
31.59 
2.50 
0.0156 
0.0155 
0.0155 
0.0154 
0.0158 
0.0151 
0.0150 
0.0149 
0.0148 
9.0146 
0.0145 
0.0143 
0.0141 
0.0139 
9.0187 
3.0135 
2.0183 
10131 
J.0129 
3.0127 
9.0125 
0.0124 
3.0121 
0.0118 
).0116 
0.0115 
0.0118 
0111 
J.0109 
).0109 
3.0108 
3.0107 
J.0107 
I.0107 
3.0107 
J 0106 
20106 
4.0106 
J.0106 
I.0106 
0.0106 
0.0105 
J.0105 
0.0105 
3.0105 
0.0105 
0.0105 
0.0105 
0.0105 
0.0105 
0.0105 
9.0105 
0.0105 
8 FO 
„. 
‚XO 
7 
° 
+0 
‚5° 
15° 
BO 
© 
o 
o 
‚RO 
5° 
F 59 
18,50 
19,5° 
20.59 
21.50 
50 
2350 
24.5° 
25.59 
26.5° 
27.5° 
28.59 
29,59 
n.50 
21.59 
9,50 
85° 
4,59 
IK. 5O 
RE 
37.59 
2Q RO 
ZU £, 5 
150 
1 39 
WC FO 
12.00 
450 
15.59 
16.5° 
W7Ene 
18.59 
19.5° 
0.59 
1.59 
19,5% 
58.5° | 
45° | 
55,59 
2A en 
0.0280 
0.0278 
0.0276 
9.0274 
0.0272 
3.0270 
3.0267 
3.0265 
3.0262 
3.0260 
3.0257 
0.0253 
3.0250 
3.0248 
3.0245 
J.0242 
0.0240 
7.0236 
2.0233 
0.0229 
7.0225 
).0220 
).0214 
10209 
“0203 
10197 
1.0192 
).0186 
2.0180 
1.0175 
10170 
J.0166 
3.0163 
2.0161 
3.0161 
3.0161 
3.0162 
0.0164 
0.0168 
0.0172 
Anı7e 
Tabelle 16a u. 16b. Relative Schwankungen der 
Polarisationsgröße im 7enit in Lindenberg 1918. 
| 8 Maireihen 6 Maireihen 
5-Höh Relative N -Höl Relative 
Höhe Schwankungs- GE Schwankungs- 
größe (%) größe (%) 
EC 
X ee 
50 
Lee 
„9 
es 
GE 
Cm 
50 
Q At 
45° 
1.5° 
3.5° 
3.5° 
4,5° 
3.5° 
6,5° 
7.5° 
8.5° 
953° 
x 
10.59 
11.59 
125° 
8.50 
14.5° 
15.5° 
| 18.56 
L7.5° 
185° 
19.59 
20.59 
21.5° 
9,5° 
>59 
4.5° 
25.50 
78.59 
27.5° 
98.5° 
>9.5° 
20.59 
31.5° 
29.59 
33.50 
34.5° 
35,50 
28.50 
„7.59 
88.5° 
89.50 
40.5° 
41.5° 
412.59 
| 48.50 
| 44.59 
45.59 
46.59 
47.50 
48.59 
49.5° 
50.5° 
51.5° 
52.5° 
53.50 
545° 
E5.5° 
& 
$ 
10,5% 
80 
3,5° 
14.5° 
15.5° 
a 
 E0e 
19.5° 
CO) 
56 
5° 
x ee 
5,59 
„5 
1,50 
„5° 
DM 
25° 
1.50 
9 5° 
ED 
ee 
be 
A 
, ‚5° 
05° 
„5° 
A 
rn 
a 
‚3:50 
450 
789 
x x 9 
© 100 
£ 10:8 
. 9.6 
20 
% dee 
98 & 
ER 
ie0 
Rn 
) 
85 
9.5 
10.0 
10.7 
41 
(Fortsetzung der Tabellen auf Tafel