TABEL 3. Oplosbaarheid bij 50° C. 
NO. 
Gr. zout op 100 gr. water. 
Vast zout in evenwicht 
met de oplossing. 
Opl. : xK, (1— x) Na, 
^N0 3 , (1 -y) Cl, mH 2 0. 
NaCl 
KC1 
NaN0 3 
kno 3 
xK 
j^no 3 
otH 2 0 
A 
36.72 
— 
— 
— 
NaCl 
0 
0 
8.85 
E 
28.35 
23.09 
— 
— 
NaCl + KCl 
0 39 
0 
6.99 
15.96 
29.24 
— 
— 
KC1 
0.59 
0 
8.35 
B 
— 
42.80 
— 
— 
)) 
1.00 
0 
9.67 
— 
41.39 
— 
24.05 
» 
1.00 
0.30 
7.00 
F 
— 
38.75 
— 
52.54 
KC1 + KN0 3 
1.00 
0.50 
5.34 
C 
— 
— 
— 
85.10 
kno 3 
1.00 
1.00 
6.60 
— 
— 
57.89 
87.53 
)) 
0.56 
1.C0 
3.59 
G 
— 
— 
134.9 
90.2 
KN0 3 + NaN0 3 
0.36 
1.00 
2.24 
D 
— 
— 
114.1 
— 
NaN0 3 
0 
1.00 
4.14 
H 
20.5 
— 
84.8 
— 
NaN0 3 ‘+ NaCl 
0 
0.74 
4.12 
28.4 
— 
43.9 
— 
NaCl 
0 
0.51 
5.61 
34.0 
13.4 
— 
24.3 
NaCl + KC1 
0.42 
0.24 
5.55 
12.7 
25.4 
— ' 
58.6 
KC1 + KN0 3 
0.81 
0.51 
4.88 
19.2 
— 
104.1 
27.7 
NaCl + NaN0 3 
0.15 
0.82 
3.04 
Pi 
12.2 
— 
110.7 
82.2 
NaCl, NaN0 3 , KN0 3 
0.35 
0.91 
2.39 
P 2 
59.9 
— 
6. 1 
70.9 
NaCl, KC1. KN0 3 
0.48 
0.53 
3.80 
TABEL 4. Oplosbaarheid bij 100°. 
No. 
Gr. zout op 100 gr. water. 
Vast zout in evenwicht 
met de oplossing. 
Opl.: jtK, (1 — 
jN0 3 , (1 — y) Cl 
x) Na, 
77ZH 2 0. 
NaCl 
KC1 
NaN0 3 
kno 3 
xK 
tno 3 
m\\ 2 0 
A 
39.2 
— 
— 
— 
NaCl 
0 
0 
8.29 
E 
27.3 
36.2 
— 
— 
NaCl +■ 'KC1 ■ 
0.51 
0 
5.83 
B 
— 
56.0 
— 
— 
KC1 
1.00 
0 
7.38 
E 
— 
41.6 
— 
199.0 
KC1 + KNO s 
1.C0 
0.78 
2.20 
C 
— 
— 
— 
246 
kno 3 
1.00 
1.00 
2.28 
G 
— 
— 
233.6 
218.0 
KN0 3 -f- NaN0 3 
0.44 
1.00 
1.13 
D 
— 
— 
176 
— 
NaN0 3 
0 
1.00 
2.68 
H 
19.2 
- 
158.0 
— 
NaNO s -f NaCl 
0 
0.85 
2.54 
Pi 
6.5 
— 
207.5 
194.6 
NaCl, NaN0 3 , KN0 3 
0.43 
0.975 
1.24 
P 2 
35.9 
— 
47.0 
192.2 
NaCl, KC1, KN0 3 
0.62 
0.80 
1.81 
