102 
Ueber eine neue Methode zur Bestimmung des Polabstandes eines Magnets. 
Koeffieienten der Formel zur Ableitung der Poldistanz eines Magnets. 
Faktor von M3/M 
1 
a» 
ia 
0,30 
31 
‚32 
33 
34 
135 
38 
3. 
‚89 
0,40 
AL 
42 
43 
‚A4 
0,45 
1,4250 
1,4682 
1,5080 
1,5442 
1,5770 
1,6062 
1.6320 
„6542 
1,6730 
1,6882 
‚7000 
1,7082 
1,7130 
1,7142 
| 1,7120 
— 1,7062 
-- 432 
398 
362 
328 
292 
258 
222 
188 
152 
118 
82 
45 
— 22 
+ 22 
58 
+34 
36 
34 
36 
34 
16 
34 
+6450 ‚948 
5,698 
234 
6,932 ; 
220 
7,152 
ö 206 
7,358 192 
4 7,550 £ 
6 178 
7,728 
164 
7,892 6 
150 
8,042 
136 
3,178 
122 
8,300 , 158 
8,408 u 
8,502 
> 80 
8,582 66 
8,648 „5 
48.700 5 
10,920 
11,019 
11,081 
11,109 
11,104 
+ 11,066 
10,998 
10,900 
10,773 
10,619 
+ 10,440 
10,236 
10,008 
9,759 
9,489 
4 9,199 
+ 99 
62 
+ 28 |! 
— 5 
38 | 
68 | 
98 
127 
154 
179 
204 
228 
249 
270 
— 990 
A 
—37 
34 
33 
33 
30 
30 
29 
27 
25 
25 
Da 
z 
4 
an 
' 34 
„36 
A 
21 
21 
— 90 
<d 
S 
3 
Faktor von M'‘3s’M 
B 
| 
AL 
2 
JH 
b2 
4” 
% 
bs ka 
Jo 
0,30]— 5,0250 
31| 5,22981 1049 + 106 
32| 5,4240[ 1958 104 
‚33| 5,6078| (999 106 
‚34° 5,7810] 100g 104 
0,35,— 5,9438] 1659 106€ 
36| 6,0960] 1919 104 
371 6,2378| 1215 106 
381 6,3690| 190g 104 
‚30| 6,4898| (102 10€ 
0,4%, 6,6000] 1305 104 
4. 6,6998 | 10€ 
4° 6,7890 58] 104 
4° 6,8678] 009 106 
A 8,9860' _ 658 104 
0.4‘ 6.9938 
# | 
a O9g 1972 _ 101 
36,840) 18608 106 
38,602| 1762 104 
40,260] 1658 106 
41,812 I 104 
42002. 1342 104 
wor 1182 cs 
48,000) Te 06 
18,922) 04 
818 
49,740) 8 06 
- 9 712 En 
31.060], 908 _106 
‚51,569 502 
+ 19,350 
20,094| 70 — 4 
20,796| 6691 4 
21,456] 678 #7 
22,074| 576) 
422,650 04 
23,184 iO 
23,676| 450 
24,126| 108 
24,534 66 
24,900 254 
25,224| 999 
25,506 549 
25,746| 198 
25,944" , 156 
926,100 610 
A 
5,145] , 0 
5,999 ee —56 
6,797| 198: 53 
7,542| 7% 54 
691 * 
8,233] 090 of 
8,872 | 3 
9,462| 590 5 
' 540° © 
10,002] 389. 2 
10,494] 105 4 
10,940| 400 4 
11,340] 3001 4 
LL,696| 3909 4° 
12,009] 309 41 
12,281| gg] 40 
12,513| _ 199 —4C 
12,705 
4: 
A 
Faktor von M5/M 
Faktor von B 2 M3M3’'/MM' 
Faktor von . M5'/M' 
VA 
u 
HH 
| F 
49 
MM 
Jı 
Ja 
0,30 
‚31 
32 
33 
34 
7,35 
36 
7 
‚38 
‚39 
0,40 
4 
1,6451 
1,5601 
1,4675 
1,3680 
1,2620 
4,1500 
1,0326 
3,9103 
0,7835 
3,6530 
— 0,5190 
0,3822 
3,2432 
— 0,1023 
+ 0,0399 
ı +0,1828 
a 
850 
926 
395 
1060 
1120 
1174 
223 
1268 
1305 
1340 
1368 
1390 
1409 
1422 
+ 1429 
+76 
69 
| 65 
50 
ö4 
‘9 
5 
7 
+21,3638 
20,5580 
19.6613 
18,6789 
17,6161 
L6,4780 
15,2698 
13,9967 
12,6639 
1,2766 
3,8400 
3,3594 
5,8398 
3,2865 
3,7048 
2,0997 
8058! 
367 — 309 
9824 504 
1,0628| 502 
1.1381’ na 
1,2082 649 
2731 597 
„38328 95% 
„38753 192 
14366 198 
"1806 410 
f 390 
L5198 397 
45533 84 
L5817 _ 51 
1,6051 
15,201 
14,951 
14,649 
14,295 
13,894 
13,447 
12,957 
12,427 
11,859 
11,256 
10,620 
9,955 
9,262 
5,544 
7,805 
7,045 
+ 250 
302 +52 
354 ! 52 
401 zT 
in 46 
490 3 
530 © 
568 38 
808 35 
636 3 
565 29 
693 28 
718 25 
739 21 
41700 +21 
> 
? 
45 
An 
„As 
0,45 
AR 
i