14 
Paul Philipp. 
i 
Tabelle II. 
Manganosulfat M 11 SO 4 • M = 151.00. 
Lösung 
Sl8 /l8 
m 
g 
8 
s 
o 
. 05 
M • X • 10 3 
1 
1.4800 
3.748 
0.5660 
1071.6 
83.34 
12.59 
2 
1.3040 
2.287 
0.3454 
701.2 
89.39 
13.50 
3 
1.2353 
1.743 
0.2632 
563.7 
94.31 
14.24 \ 
4 
1.1221 
0.8715 
0.1316 
296.7 
99.27 
14.99 
5 
1.0619 
0.4344 
0.0656 
140.0 
93.98 
14.18 
6 
1.03144 
0.2169 
0.03275 
65.3 
87.82 
13.26 
7 
1.01580 
0.1083 
0.01635 
35.5 
95.65 
14.44 
Tabelle III. 
Manganonitrat Mn(NOe) 2 - M = 179.00. 
Lösung 
Sl %8 
m 
g 
8 
x • 10 6 
M•x • 10 3 
1 
1.6157 
4.949 
0.8860 
1467.0 
72.75 
13.02 
2 
1.4165 
3.252 
0.5821 
1002.9 
75.72 
13.55 
3 
1.3208 
2.472 
0.4425 
805.0 
79.97 
14.32 
4 
1.1628 
1.226 
0.2195 
404.1 
80.99 
14.50 
5 
1.0825 
0.6136 
0.1098 
205.3 
82.22 
14.72 
6 
1.04166 
0.3021 
0.05407 
97.9 
79.63 
14.25 
7 
1.02097 
0.1509 
0.02701 
49.0 
79.80 
14.28 
8 
1.01051 
0.0741 
0.01327 
25.0 
82.89 
14.84 
Tabelle IY. 
Nickelonitrat Ni(NÖ 3 )ä>. iVI == 182.70. 
Lösung 
Sl8 /l8 
rn 
g 
8 
x- 10° 
M -x • 10 3 
1 
1.4259 
2.980 
0.5445 
300.0 
24.12 
4.41 
2. 
1.2194 
1.489 
0.2721 
145.0 
23.35 
4.27 
3 
1.1111 
0.7406 
0.1353 
65.4 
21.17 
3.87 
4 
1.05566 
0.3685 
0.06733 
29.0 
18.86 
3.44 
5 
1.02754 
0.1819 
0.03324 
12.5 
16.45 
3.00 
26 
