182
ALLGEMEINE THEORIE
TAFEL ZUR BERECHNUNG DER WERTHE VON X.
?
a°
A'
log a'
A
tr
loga"
n
log a!"
A""= 142 0 26'
log«""
+ 9°°
+ 0.0
292 0
9'
2.07430
347°
l6'
— 00
221°
48'
— 00
— 00
89
10.3
292
4
2.07444
347
i5
0.60246
221
48
8.41399
6.04417
88
20.5
291
5°
2.07488
347
13
0.90273
221
5o
9.0x555
6.94686
87
30.8
291
26
2.07563
347
8
1.07753
221
5 2
9.36689
7-47447
86
41.2
290
52
2.07669
347
2
1.20066
221
54
9.61559
7-84836
85
51.6
290
10
2.07811
346
54
1.29525
221
58
9.80790
8.13790
84
62.1
289
19
2.07990
346
44
i-37i59
222
2
9.96441
8-37399
83
72.8
288
20
2.08211
346
3 2
I -435 I 7
222
8
0.09612
8.57310
82
83-5
287
14
2.08477
346
19
1.48927
222
14
0.20957
8.74509
81
94-3
286
O
2.08791
346
3
i.53601
222
21
0.30901
8.89629
80
105-3
284
41
2.09156
345
45
1.57682
222
29
0.39732
9.03103
79
1x6.5
283
l6
2.09573
345
2 5
1.61273
222
37
0.47655
9.15241
78
127.8
281
46
2.10046
345
3
1.64451
222
47
0.54824
9.26271
77
139-3
280
13
2.10574
344
39
1.67272
222
57
0.61353
9.36366
76
151.0
278
37
2.11157
344
13
1.69780
22,3
9
0.67331
9.45660
75
162.9
276
59
2,11794
343
43
1.72012
22-3
21
0.72831
9.54260
74
175.0
275
20
2.12481
343
12
1-73995
22 3
'34
0.77908
9.62252
73
187.4
273
41
2.13215
34a
38
1-75753
223
49
0.82611
9.69707
72
199.9
272
3
2.13991
34 2
I
i-773 02
224
4
0.86977
9.76682
71
212.6
270
25
2.14803
341
20
1.78662
224
20
0.91040
9.83226
70
225.6
268
50
2.15646
340
37
1.79844
224
38
0.94825
9.89381
69
238.9
267
17
2.16512
339
5 1
1.80860
224
56
0.98357
9.95181
68
252.3
265
46
2.17394
339
I
1.81720
225
l6
1.01656
0.00656
67
266.0
264
19
2.18288
338
7
1.82433
225
37
1.04739
0.05833
66
279.9
262
56
2.19183
337
9
1.83005
225
59
1.07620
0.10734
65
294.0
261
36
2.20074
336
6
1.83444
226
22
1-10314
0.15379
64
3°8-3<}
260
19
2.20954
334
59
1.83756
226
47
1.12831
0.19786
6 3
322.8
259
7
2.21816
333
48
1.83947
227
13
i - i 5 i8 3
0.23969
62
337-6
257
58
2,22656
33 2
30
1.84022
227
40
i.17377
°- 2 7943
61
35 2 -5
256
53
2.23468
331
7
1.83986
228
9
1.19422
0.31720
60
367.6
255
52
2.24246
3*9
38
1.83845
228
39
1.21325
0.35311
59
382.9
254
55
2.24986
328
3
1.83604
229
II
1.23093
0.38725
58
398-3
254
I
2.25686
326
20
1.83270
229
45
i- 2 473 2
0.41972
57
4i3-9
253
II
2.26339
3 2 4
29
1.82850
230
21
1.26246
0.45059
56
429.6
252
24
2.26944
3 22
30
1.82350
230
58
1.27641
0-47993
55
445-4
251
40
2.27497
320
2 3
1.81779
231
37
1.28922
0.50781
54
461.3
250
59
2.27996
3i8
6
1.81148
23 2
1.30091
0.53428
53
477.2
250
21
2.28439
315
39
1.80465
2 33
2
I -3 II 5 2
0.55941
493-3
249
46
2.28822
3 J 3
2
1.79747
2 33
48
I.32IIO
0.58323
5i
5°9-3
249
13
2.29145
310
14
1.79005
2 34
36
i-3 2 9 6 7
0.60579
50
525.4
248
43
2.29406
307
14
1 .782,57
2 35
26
i-337 26
0.62713
49
541.4
248
15
2.29603
3°4
4
1.77522
236
*9
1-3439°
0.64728
48
557-4
247
49
2.29734
300
4 2
1.76818
2 37
15
1-34960
0.66628
47
573-4
247
25
2.29799
297
8
1.76168
238
14
I-3544 1
0.68415 ,
46
589.2
247
3
2.29796
2 93
2 5
1-75593
2 39
16
I-35835
0.70092
45
605.0
246
43
2.29724
289
3i
1.75115
240
21
1.36x43
0.71661