428 
Lincoln—Electrical Conductivity , 
Table XXVIII. 
Values of ju<x> 
In Methyl Alcohol. 
In Water. 
Cl 
Br 
I 
OH 
Cl 
Br 
I 
OH 
H 
Li 
Na 
K 
nh 4 
N(CH 3 ) 4 
N(C 2 H 5 ) 4 
S(CH 8 ) 3 
133.80 
77.30 
86.80 
95.57 
96.24 
134.5 
395.2 
110.0 
119.4 
140.8 
140.6 
398. 
397. 
87.58 
96.52 
99.93 
89.77 
97.63 
105.25 
115.30 
113.76 
116.38 
71.83 
75.75 
(82.0) 
122.2 
143.6 
143.4 
121.4 
142.6 
142.6 
115.6 
104.2 
119.3 
216.2 
237.6 
230.0 
95.76 
100.09 
96.62 
102.5 
9i.l3 
97.34 
102.4 
117.8 
105.2 
120.3 
199.2 
214.0 
Carrara’s calculations of /x 0 o were based upon Campetti’s 1 
determinations of the transference figures of the halogens in 
methylic alcohol solutions. From these values Carrara also 
calculated the rate of migration of the ions and the results are 
given in the following table which is taken from the Jahrbuch 
der Electrochemie 3, 13, 1896: 
Table XXIX. 
Speed of Migration. 
In Methyl Alcohol. 
In Water. 
Cl 
Br 
I 
Li 
27.83 
39.8 
Na 
37.33 
37.33 
37.33 
49.2 
K 
46.10 
46.26 
45.19 
70.6 
nh 4 
46.77 
49.49 
53.81 
70.4 
N (CH 3 ) 4 
63.08 
43.6 
N(C 2 H 5 ) 4 
46.29 
46.36 
61.34 
32.2 
S (C H 8 ) 3 
51.43 
49.85 
63.94 
47.6 
H 
85.53 
82.50 
325.0 
j 
V 
OH 
32.00 
170.0 
Cl 
49.47 
70.2 
Br 
50.24 
73.0 
I 
52.44 
72.0 
ch 8 coo 
32.99 
38.4 
C Cl 8 coo 
35.95 
32.8 
1 Nuovo Cimento [3] 35, 225; (Ref.) Jahr. der Electrochemie , 1, 22* 
1894. 
