Constants of Electrolytic Solutions. • 

 Table Y. (6). 

 Capacities o£ Conductors filled with KC1 Solutions. 



837 



Reference 



11 = 2 .. 



3 ... 



4 ... 



5 ... 



6 .., 







1/ 



i. 







C - 



C. 





(i.) 



(ii.) 





(iii.) 



(iv.) 



(i.) 



(ii.) 



(iii.) 



(iv.) 





1-825 





1:74 



2-215 





•217 



•184 



202 



1-82 



1-565 





1-515 



1-87 



•1995 



•1535 



•118 



155 



1-62 



1-42 





1-395 



1-70 



•150 



•131 



•096 



1195 



163 



1-345 





1-32 



1-58 



•121 



•1015 



•0815 



103 



1-45 



1-30 





1-275 



1-49 



•101 



•0895 



•069 



089 



136 



1-235 





1-21 



1-38 -078 



X. 



•0735 



•049 



072 









(i.) 



(ii.) 

 •3635 



(iii.) 

 •413 



(iv.) 

 •343 







i = 2 ... 











3 .. 







•2545 



•236 



•252 



•235 







4 ... 







•184 



•1865 



•180 



•179 







5 .. 







•149 



•142 



•148 



•149 







6 .. 







•124 



•1235 



•125 



•125 







8 ... 







0955 



•0985 



•090 



•098 







The correction C (I 2 /i 2 -l)/(K 8 +l-I 2 /i 2 ) in the case 

 where the distance between the plates was three threads 

 of the screw varied from 0*055 to 0*134, and it will be seen 

 that concordant values of x were obtained. 



IV. Correction for Inductance of Leads. 



I 



A condenser of capacity C in series with an inductance I 

 is equivalent to a condenser of capacity C/(l—j» 2 /C). With 

 high frequencies the term p 2 lC may be appreciable even 

 when / is small. The values given in the above tables under 



the heading x will not therefore be true values of the 

 capacity of the condensers ; to obtain these, a correction 

 must be applied for the induction of the leads joining # 

 and C. 



