36 PROPERTIES OF ELECTRICALLY CONDUCTING SYSTEMS 



TABLE IV. Continued 



Concentra- 

 tion, C. 10- 8 2 X 10- 5 X 10-' 10- 2 2 X 10- 2 5 X 10- 2 10 J 2 X 10- 1 5 X 10-' 1.0 



KN0 3 978 .970 .953 .935 .911 .867 .824 .772 .688 .613 



LiN0 3 975 .965 .950 .932 .911 .874 .840 .803 .750 .703 



T1N0 3 977 .967 .948 .926 843 .788 



AgN0 3 977 .968 .950 .931 .908 .859 .814 683 .617 



KBr0 3 980 .970 .954 .934 .910 .868 .830 



KC10 3 978 .969 .952 .933 .910 .866 .827 .780 .703 .... 



NaI0 3 971 .960 .939 .917 .890 .842 .801 .752 



KI0 3 975 .965 .946 .928 .903 .860 .819 .775 



LiIO 3 970 .958 .936 .912 .883 .834 .789 .740 .682 .643 



HC1 990 .988 .981 .972 .962 .944 .925 



HN0 3 992 .987 970 940 .921 



BaCl 2 956 883 .850 .798 .759 .720 .672 .642 



CaCl 2 954 .938 .910 .882 .849 .802 .764 .727 .686 .662 



MgCl 2 955 .939 .910 .883 .851 .803 .765 .728 .687 .669 



PbCl 2 943 .917 .865 .808 .738 .627 



CdCl 2 931 .891 .803 .735 .664 .559 .453 .375 .289 .217 



CdBr 2 .897 .858 .749 .661 .573 



CdI 2 870 .809 .675 .573 .469 



Ba(N0 3 ) 2 . .953 .934 .898 .861 .818 .744 .679 .609 .504 .... 



Sr(N0 3 ) 2 .. .953 .935 .904 .871 .833 .770 .719 .661 .579 .511 



Ca(NO,) 2 . .954 .937 .907 .876 .838 .781 .731 .679 .609 .549 



Mg(N0 3 ) 2 . .953 .936 .907 .880 .847 .799 .760 .721 



Pb(N0 3 ) 2 . .947 .926 .886 .845 .793 .708 .635 .559 .454 .377 



Cd(N0 3 ) 2 . .996 .974 .917 .871 .848 .792 .731 .684 .628 .577 



Ba(Br0 3 ) 2 .. .947 .927 .892 .856 .812 



K 2 S0 4 954 .937 .905 .872 .832 .771 .722 .673 .618 .592 



Na 2 S0 4 939 .925 .893 .857 756 .704 .652 



LiS0 4 946 854 .811 .744 .688 .633 .567 .528 



T1 2 S0 4 948 .924 .882 .837 .780 .694 .625 .561 



Ag 2 S0 4 949 .927 .885 .840 .784 



K 2 C 2 4 ... -960 .945 .916 .886 .849 .795 .753 .711 643 



MgS0 4 873 .823 .740 .669 .596 .506 .449 .403 349 



ZnS0 4 854 .799 .710 .633 .556 .464 .405 .360 309 



CdS0 4 850 .791 .694 .614 .534 .437 .377 .332 .290 .277 



CuS0 4 862 .804 .709 .629 .550 .455 .396 .351 309 



MgC 2 4 . . . .582 .472 .350 



K 4 Fe(CN) 6 859 .... .712 591 .538 .498 



La(N0 3 ) 3 902 802 701 



K 3 C 6 H 6 T 926 .882 .817 705 



La 2 (S0 4 ) 3 464 289 198 



Ca 2 Fe(CN) 6 514 339 .... .262 



same type is approximately the same at the same concentration. This 

 is particularly true at the lower concentrations where the divergence in 

 many cases is scarcely greater than the experimental error. The strong 



