jod Conductivity of Aqueous Solutions. Part X. 



Table 129. Specific conductance of saturated solutions near ioo. 



SILVER CHLORIDE. 



SILVER SULPHOCYANATE. 



SILVER BROMIDE. 



1 



2 



3 



4 



5 



Mean . . 

 a. d. . . 



Aug. 

 Aug. 

 Aug. 



7. 



7. 



8. 



Aug. 8. 

 Aug. 8. 



1.01 

 1.20 

 1.19 

 1.29 

 1.37 



1.92 

 2.28 

 2.26 

 2.45 

 2.60 



99.95 

 6 99.95 

 100.1 

 100.1 

 100.1 



100.06 



10.36 



10.89 



9.91 



3 10.62 



3 10. 34 



s 11.46 



10.92 



8.44 

 fi 8.61 

 7.65 

 8.17 

 7.74 



8.00 

 0.30 



9.54 



8.66 



8.66 



45 

 r 60 

 55 

 60 

 70 



56 



25 



75 



75 



iOn shaking again and heating for 45 minutes longer the value became 62.87, corresponding 

 to an increase of 0.95 per hour. 



*For full data on the effect of repeated shaking and heating in this experiment see section II. 



s These values were obtained after rocking the bomb in the bath. The changes produced by 

 it were, however, not large, except in one case, where the bomb had not been heated long 

 enough.' They amounted to + 0.98 in expt. 10 and + 0.16 in expt. 11 with silver chloride, to 



0.16 in expt. 2, +0.13 in expt. 3, and + 0.16 in expt. 4 with the sulphocyanate; and to 



+ 0.19 in expt. 4 and + 0.09 in expt. 5 with the bromide. 



*On shaking and heating for 40 minutes longer the value became 62.63 corresponding to an 

 increase of 0.54 per hour. 



B On shaking and heating for 35 minutes longer the value became 12.19 and after another 

 60 minutes, 13.28, corresponding to increase of 1.25 and 1.09 per hour. 



6 Omitted in calculating the mean since the measurements at room temperature showed con- 

 tamination. . , 



7 Omitted in calculating the mean since the rate of progressive change was abnormally large. 



