Theory of KhctrocapUlarity . 

 Table III. 



385 



Oalcuh by means of (8). Calcul. bv means of (9). 



KN0 3 . KNO3. 



;/. 



005 v. 



0-1 Y. 



0-15 v. 



V 



n. 



05 v. 



0-1 T. 



015 v. 



2-67 



13-8 







0-28 



1-14 





m/10. 



096 



4-96 















w/100. 



032 



1-67 



5-57 





n/lQ. 



0-20 



1-03 





/*/1000. 



o-io 



0-54 



1-79 





?i/l00. 



22 



090 



2-02 



Observed KNO, 



Observed KC1 



c 











c 









n. 



0-05 v. 



0-1 v. 



0-15 v. 



V 



11/ 10. 



0-05 v. 



0-1 v. 



0-15 v. 



0-34' 



1-36 



0-43 



1-38 





h/10. 



0-29 



1-20 







a/ 100. 





0-85 



22 



«/ioo. 



0-25 



0-98 



23 





w/1000. 



0-37 







Observed Na 2 S0 4 . 



M/10. 



0-05 v. 01 v. 015 v. 



034 1-35 



w/100., 034 1-0 2-35 



the form of an equation of adsorption of mercury ions. In 

 fact, let us put 



ET dc 

 ' ?ir c 



then ^ -, , N 



KT ~dc ~ n\¥^ *s)' 



a formula quite analogous to (5 a). 



Laboratory of Physical Chemistry, 

 The University, Odessa. 



P.S. — After this paper was already forwarded to the 

 editors we received here Gouy's article (Ann. Plu/s. (9) viii. 

 p. 129, 1917), where similar considerations are developed. 



