192 
ALLGEMEINE THEORIE 
TAFEL ZUE BERECHNUNG DER WERTHE VON Z. 
? 
c° 
c 
löge' 
C 
f 
löge" 
c 
tf 
löge'" 
C""= 322 0 26' 
löge"" 
o° 
— 24.6 
78° 
37' 
2.60603 
76° 
57' 
2.17998 
85° 
45' 
1.87626 
1.41558 
— I 
57.6 
78 
15 
2.60347 
74 
56 
2.17876 
87 
3 
1-87535 
141531 
2 
9°-3 
77 
5° 
2.60075 
72 
58 
2.17733 
88 
22 
1.87426 
1-41452 
3 
122.8 
77 
22 
2.59789 
7i 
I 
2.17566 
89 
41 
1.87301 
1.41320 
4 
154.9 
76 
5° 
2,59491 
69 
6 
2.17374 
9i 
0 
1.87159 
i-4ii34 
5 
186.9 
76 
14 
2.59185 
67 
12 
2,17154 
92 
19 
1.87000 
1.40896 
6 
218.5 
75 
34 
2.58874 
65 
20 
2.16905 
93 
38 
1.86824 
1.40604 
7 
249.8 
74 
5° 
2.58562 
63 
29 
2.16623 
94 
56 
1.86630 
1.40258 
8 
280.8 
74 
I 
2.58252 
6l 
39 
2.16309 
96 
14 
1.86418 
I-39859 
9 
311.6 
73 
8 
2.57949 
59 
So 
2.15959 
97 
31 
1.86187 
1.39406 
IO 
342.0 
72 
II 
2.57658 
58 
2 
2.15573 
98 
48 
1.85936 
1.38898 
II 
372.1 
7i 
8 
2.57383 
56 
i5 
2.15150 
100 
4 
1.85665 
I-38337 
12 
402.0 
70 
I 
2.57129 
54 
29 
2.14689 
IOI 
19 
1-85373 
1.37720 
13 
431.6 
68 
49 
2.56902 
52 
43 
2.14188 
102 
33 
1.85058 
1.37047 
14 
460.8 
67 
32 
2.56707 
5° 
57 
2.13648 
103 
47 
1.84720 
1.36320 
15 
489.8 
66 
ii 
2.56549 
49 
12 
2.13067 
104 
59 
1-84357 
1-35535 
16 
518.6 
64 
45 
2.56435 
47 
26 
2.12446 
I06 
IO 
1.83968 
1.34695 
i? 
547.0 
6 3 
15 
2.56368 
45 
41 
2.11785 
107 
20 
1-83552 
1.33796 
18 
575-3 
6l 
42 
2.56354 
43 
55 
2.11083 
108 
29 
1.83107 
1.32840 
i9 
603.2 
60 
5 
2.56397 
42 
9 
2.10341 
109 
3 6 
1.82632 
1.31826 
20 
631,0 
58 
26 
2.56499 
40 
22 
2.09559 
HO 
42 
1.82125 
1.30752 
21 
658.5 
56 
44 
2.56664 
38 
34 
2.08737 
in 
47 
1,81585 
1.29619 
22 
685.7 
55 
I 
2.56893 
36 
45 
2.07878 
112 
5i 
1.81010 
1.28424 
*3 
712.8 
53 
17 
2.57187 
34 
56 
2.06981 
113 
53 
1.80398 
1.27168 
24 
739-7 
5i 
32 
2.57546 
33 
5 
2.06047 
114 
53 
1-79749 
1.25850 
2 5 
766.4 
49 
47 
2.57966 
3i 
13 
2.05078 
ns 
53 
1.78960 
1.24468 
26 
792.9 
48 
3 
2.58447 
29 
20 
2.04076 
116 
5i 
1.78329 
1.23022 
27 
8i9-3 
46 
20 
2.58984 
27 
26 
2.03041 
117 
47 
1-77555 
1.21510 
28 
845.5 
44 
39 
2-59572 
25 
29 
2.01975 
118 
42 
I-76737 
1-19932 
29 
871.6 
43 
O 
2.60207 
23 
32 
2.00881 
119 
36 
1.75872 
1.18286 
3° 
897-5 
4i 
24 
2.60883 
21 
33 
1.99760 
120 
28 
1.74958 
1.16570 
3i 
923.3 
39 
51 
2.61593 
19 
32 
1.98614 
121 
19 
1-73995 
1.14784 
32 
949.0 
38 
21 
2.62331 
17 
30 
1.97445 
122 
8 
1.72979 
1.12926 
33 
974.6 
36 
55 
2.63090 
15 
26 
1.96255 
122 
56 
1.71909 
1.10994 
34 
IOOO.I 
35 
32 
2.63864 
13 
20 
1.95047 
123 
43 
1.70784 
1.08988 
35 
1025.5 
34 
13 
2.64646 
11 
14 
1.93821 
124 
28 
1.69601 
1.06904 
3 6 
1050.9 
32 
58 
2.65430 
9 
6 
M 
00 
10 
Ci 
CTs 
M 
125 
12 
1.68358 
1.04741 
37 
1076,1 
3i 
46 
2.66210 
6 
57 
1-91327 
125 
54 
1.67053 
I .02497 
38 
IIOI.2 
3° 
38 
2.66980 
4 
47 
1.90061 
126 
36 
1.65684 
1.00171 
39 
1126.3 
29 
34 
2.67736 
2 
37 
1.88785 
127 
16 
1.64249 
0.97759 
40 
1I51-3 
28 
33 
2.68471 
O 
26 
1.87498 
127 
55 
1.62745 
0.95260 
41 
II76.2 
27 
3 6 
2.69181 
358 
14 
1.86202 
128 
32 
1.61171 
0.92670 
42 
1201.0 
26 
42 
2.69862 
356 
3 
1.84896 
129 
9 
1-59523 
0.89987 
43 
1225.8 
25 
52 
2.70510 
353 
52 
1.83580 
129 
44 
1.57800 
0.87209 
44 
I25O.5 
25 
4 
2.71121 
3Si 
42 
1.82252 
130 
18 
1.55998 
0.84332 
45 
1275-1 
24 
19 
2.71691 
349 
33 
1.80912 
130 
52 
i-54ii5 
0.81352