ON ELECTROLYTIC CONDUCTIVITY IN CONCENTRATED SOLUTIONS. 



245 



Table A — continued. 



I. 



II. 



III. 



IV. 



V. 



VI. 



VII. 



VIII. 



IX. X. XI. 





p 



1000 t) 

 (m ; 1/v) 



10%, 



A=* 

 V 



1000 y 



(r) 



Am obs. 



Aj[ calc. 



Percentage Differences. 



A M calc. -Am obs. 





% 























10 



0-735 



772 



105-1 



0690 



112-0 



112-9 



+ 0-8 



• • • 





NH 4 I * 



20 



1-573 



1599 



101-7 



1-380 



115-9 



115-2 



-0-6 







a = 110-7 



(30) 



2-538 



2482 



97-8 



2-070 



119-9 



117-4 







-21 



b= +3-259 



(40) 



3-660 



3393 



92-7 



2-760 



122-9 



119-7 







-2-6 





50 



4-973 



4200 



84-5 



3-450 



121-8 



121-9 



+ 0-1 





... 





5 



0-346 



298 



86-1 



0-334 



89-3 



89-2 



-o-i 







Nal* 



10 



0-721 



581 



806 



0-667 



87-1 



87-8 



+ 0-8 







a = 90-6 



20 



1-566 



1144 



73-1 



1-334 



85-8 



85-0 



-0-9 







b = -4-165 



(30) 



2-569 



1653 



64-3 



2-001 



82-5 



82-2 







-0-4 





40 



3-778 



2111 



55-9 



2-674 



79-0 



79-4 



+ 0-5 









5 



0-387 



296 



76-5 



0-373 



79-3 



79-0 



-0-4 







Lil* 



10 



0-803 



573 



71-4 



0-747 



76-8 



77-3 



+ 0-7 







a = 80-7 



(15) 



1-252 



838 



66-9 



1-120 



74-8 



75-5 







+ 0-9 



b= -4-667 



20 



1-739 



1094 



62-9 



1-493 



73-2 



73-8 



+ 0-8 









25 



2-266 



1346 



59-4 



1-867 



72-1 



72-0 



-0-1 









5 



0-894 



652 



72-9 



0-859 



75-9 



75-9 



+ 0-0 







KF* 



10 



1-862 



1209 



64-9 



1-718 



70-4 



70-3 



-01 







a = 81-5 



(20) 



4-040 



2080 



51-5 



3-435 



60-6 



59-1 







-2-4 



b= -6-53 



(30) 



6-554 



2561 



391 



5-153 



49-7 



47-9 







-3-6 





40 



9-468 



2522 



26-6 



6-870 



36-7 



36-7 



±0-0 









101 



0-641 



476 



74-3 



0-588 



80-9 



77-6 





-4-1 







20 



1-407 



872 



62-0 



1-177 



74-1 



74-0 



-0-2 









(25) 



1-847 



1058 



57-3 



1-471 



71-9 



72-1 







+ 0-3 



AgNO Q 



(30) 



2-332 



1239 



53-1 



1-765 



70-2 



70-3 







-0-2 



o 6 



a = 81-2 



(35) 

 40 



2-872 

 3-477 



1406 

 1565 



49-0 

 45-0 



2-059 

 2-353 



68-3 

 66-5 



68-5 

 667 



+ 0-3 





+ 0-3 



b= - 6'18 



(45) 



4-158 



1716 



41-3 



2-648 



64-9 



64-9 







+ 6-0 





(50) 



4-926 



1856 



37-7 



2-942 



63-1 



63-1 





... 



+ 0-0 





(55) 



5-791 



1984 



34-3 



3-236 



61-4 



61-2 







-0-3 





60 



6-764 



2101 



311 



3-530 



59-6 



59-4 



-6-3 









5t 



0509 



454 



89-2 



0-494 



91-9 



88-6 





-3-6 





KNO s 



10 



1-051 



839 



79-8 



0-988 



84-8 



84-5 



-0-4 







a=92-8 



15 



1-626 



1186 



72-9 



1-482 



80-0 



80-4 



+ 0-5 







6= -8-38 



20 



2-240 



1505 



67-2 



1-977 



76-1 



76-2 



+ 0-1 









22 



2-496 



1625 



65-1 



2-174 



74-7 



74-6 



-o-i 







NaN0 3 



5t 



0-607 



436 



71-8 



0-588 



74-2 



71-6 





-3-5 





o = 76-9 

 6= -8-95 



10 

 20 



1-255 



2-688 



782 

 1303 



62-3 



48-5 



1-175 

 2-351 



66-5 

 55-5 



66-3 

 55-8 



-0-3 



+ 0-6 







30 



4329 



1606 



37-1 



3-526 



45-6 



45-3 



-0-5 





... 



Mg(N0 3 ) 2 



a=71-6 

 6= -10-45 



5 



0-699 



438 



62-7 



0-674 



65-1 



64-6 



-0-8 







10 



(15) 



17 



1-451 

 2-260 

 2-605 



770 

 1021 

 1102 



53-1 

 45-2 

 42-3 



1-348 

 2 021 



2-290 



57-2 

 50-5 

 48-1 



576 

 50-5 

 47-7 



+ 0-7 

 -0-8 





±0-0 



