184
ALLGEMEINE THEORIE
TAFEL ZUR BERECHNUNG DER WERTHE VON X.
cp
a°
A'
log«'
^4
r
loga"
A'"
log«'"
A""= 322 0 26'
log«""
o°
+ 937-i
I 57°
9'
1.93596
162 0
43'
1.88452
o°
31'
1,296x1
— 00
— I
934-5
155
7
1.96018
160
6
1,87966
3
21
1.29778
9-56033
2
93i-5
153
26
1.98393
I 57
25
1.87476
6
10
1.29918
9.86069
3
928.3
152
3
2.00702
154
41
1.86989
8
58
1.30030
0.03568
4
924.8
150
55
2.02930
151
54
1.86509
11
46
1.30115
0.15908
5
921.0
150
0
2.05070
149
4
1.86042
14
34
1-30175
0.25400
6
917,0
149
l6
2.07116
146
II
1.85592
17
22
I.3O2H
0.33075
7
912.8
148
41
2.09068
143
17
1.85164
20
II
1.30226
Q. 39482
8
908.4
148
14
2.10923
140
20
1.84762
23
O
1.30223
O.44948
9
903.8
147
54
2.12683
137
22
1.84388
25
5i
1.30205
O.49686
IO
899.1
147
39
2.14348
134
23
1-84045
28
43
i.30176
O.53839
II
894.1
147
28
2-15919
131
23
I-83733
3i
36
i.30140
0-575I 1
12
889.1
147
22
2.17398
128
24
1.83452
34
3°
I.3OIO3
0.60776
13
883.9
147
18
2.18785
125
25
1.83203
37
26
1.30068
0,63693
14
878,6
H7
l6
2.20083
122
27
1.82983
40
23
I.30041
0.66306
IS
873.2
147
16
2.21292
1x9
3i
1.82790
43
21
1.30025
0.68650
16
867.7
147
18
2.22413
Il6
S 6
1.82621
46
20
1.30026
0-70753
17
• 862.1
H7
19
•2.23446
113
44
1.82470
49
*9
1.30047
0.72639
18
856.4
147
22
2.24391
HO
54
1-82335
52
19
i.30091
0.74327
19
850.7
147
24
2.25250
108
7
1.82211
55
18
1.30x60
0.75832
20
844.9
147
25
2.26022
105
«3
1.82091
58
l6
1.30258
0.77168
ZI
839.1
147
26
2.26706
102
43
x.81971
6l
14
1,30384
0.78345
22
833.2
147
25
2.27302
IOO
5
1.81846
64
9
1.30539
0-79374
23
827.3
147
23
2.27809
97
30
1.81710
67
3
1.30722
0.80263
24
821.4
147
19
2.28227
94
59
1.81560
69
54
1.30931
0.81017
25
815.4
147
13
2.28554
92
31
i.81388
72
42
1.31164
0.81644
2Ô
809.3
147
4
2.28790
90
5
1.8x193
75
27
1-31417
0.82149
27
803.2
146
52
2.28932
87
43
1.80968
78
8
1.31685
0.82536
28
797.1
146
37
2.28978
85
23
1.80711
80
45
1.31964
0.82808
29
790.9
146
18
2,28928
83
5
1.80419
*3
17
1.32249
0.82970
3°
784.7
145
55
2.28780
SO
So
1.80087
85
45
1-32535
0.83023
31
778.5
145
27
2.28530
78
36
1.79714
88
7
1,32816
0.82970
32
772.1
144
54
2.28177
76
25
1.79296
90
25
1.33087
0.82814
33
765-7
144
15
2.27720
74
14
1.78834
92
38
1-33340
0.82555
34
759-3
143
3°
2.27156
72
5
1.78323
94
46
1-33572
0.82x95
35
752.7
142
37
2.26483
69
57
x.77765
96
49
1-33776
0-8x735
3 6
746,1
141
36
2.25701
67
49
1-77157
98
46
1-33947
0.81176
37
739-3
140
25
2.24809
65
42
1.76499
100
39
1.34081
0.80518
38
73^-5
139
4
2.23808
63
35
I-7579I
102
27
1.34172
0.79761
39
725-5
137
3°
2.22701
6l
27
1-75034
104
10
1.34215
0.78905
40
718,4
135
43
2.21492
59
19
1.74228
105
49
1.34208
0.77950
41
7II.I
133
40
2.20190
57
IO
1 -73373
107
24
I-34I45
0.76895
42
703.7
131
20
2.18809
55
0
1.72472
108
54
1.34022
0.75740
43
696.0
128
39
2.17367
52
49
i.71526
HO
20
I-3383 6
0.74483
44
688.2
125
37
2 15891
So
37
1.70537
III
42
I-33584
0.73x24
45
680.2
122
IO
2.14420
48
23
1.69506
113
0
1.33262
0.71661