1022 
According to Hetmuo.rz’ theory the electric charge is proportional 
to the product of the current potential and the conductivity of the 
flowing liquid’). This electric charge e is dependent on the electric 
TABLE 1. TABLE 2. 
Potassiumchloride (K) | Hydrochloric acid (H) 
Ge) Eje sie | | ete) Eee 
0 ca. 350 — — 0 bx 350 — == 
50 zor Ate Fh AOD: cel A, DON lanes IT 0.95 | 22.1 
100 5 zap ee. PA (rme Bt 43 1.9 24.8 
250 23 | 3.2 BaO 1100 22 | 3.8 25.4 
TON ON AAL (A 250 1 5E 22d 
1000 4.0 12.1 | 15.4 || 500 ES EB 17.5 
| 1000 1.2 | 37.6 13.6 
50000 0 = af 
chaffse . 
of pole 
TABLE 3. TABLE 4. 
p Chloro-Anilenechloride (An) Banne ote 
Soet awel oe | wet te 
0 ca. 350 — | — 0 ca 350 — — 
31 114 0.4 | 13.9 (Oee so 0.24 | 10 
62 65 1:0- | 1956 25 | 9 | 0.60 | 14.2 
124 26 2.1 | 16.6 50 44 1.20 | 16.0 
310 122143 DE 4405 100 25 re OA 18.1 
500 4.9| 8.0 | 118 BOOR 4 10E 12.7 
1000 1.8 | 14.7 on emo Ard 1.6 
1) [ seize this opportunity to make a slight emendation to p. 625 of the paper 
mentioned above. In the equation (2) I confounded the letters b and k; in the 
conclusion, printed in italics, “inversely” should be omitted (or ‘‘conductivities” 
should be read instead of “resistances’’). The calculations in the paper are 
however correct in respect to this alteration. 
