244 



PROFESSOR JOHN GIBSON 



Table A — continued. 



I. 



II. 



III. 



IV. 



V. 



VI. 



VII. 



VIII. 



IX. X. XI. 





p 



1000 tj 

 (m; l/v) 



10V ]8 



A = «- 



1000 7 



(r) 



A M obs. 



A M calc. 



Percentage Differences. 



A M calc. - A M obs. 





7 



/o 























5t 



1-209 



733 



60-6 



1177 



62-3 



59-7 





-4-1 





LiCl 



10 



2-487 



1218 



49-0 



2-354 



51-8 



51-7 



-0-2 







a=67-7 



20* 



5-249 



1676 



31-9 



4-708 



35-6 



35-7 



+ 0-3 



... 





6= -6-79 



30* 



8-340 



1399 



16-78 



7062 



19-8 



19-7 



-0-5 









40*t 



11-820 



844 



7-14 



9-418 



8-96 



3-75 





-58-0 







5 



0-501 



389 



77-7 



0-480 



81-2 



80-6 



-0-7 







BaCl, 



10 



1-050 



733 



69-8 



0-960 



76-4 



76-8 



+ 0-5 







a = 84"4 



15 



1-652 



1051 



63-6 



1-440 



73-0 



73-1 



+ o-i 







6= -7-84 



(20) 



2-314 



1331 



57-5 



1-921 



69-3 



69-3 







± o-o 





24 



2-894 



1534 



53-0 



2-304 



66-6 



66-3 



-0-5 









5 



0-659 



483 



73-3 



0-631 



76-6 



76-3 



-0-4 







SrCl, 



10 



1-379 



886 



64-3 



1-261 



70-3 



70-6 



+ 0-4 







a=82"0 



15 



2-168 



1231 



56-8 



1-892 



65-1 



64-9 



-0-3 







b= -9-04 



(20) 



3-034 



1495 



49-3 



2-523 



593 



592 







-0-3 





22 



3-403 



1583 



46-5 



2-775 



57-0 



56-9 



-0-2 









5 



0-938 



643 



686 



0-901 



71-4 



71-4 



±0-0 









10 



1-957 



1141 



58-3 



1-803 



63-3 



635 



+ 0-3 







CaCl 2 



(15) 



3-059 



1505 



49-2 



2-704 



55-7 



55-6 



... 





-6-2 



" = 79-3 



20 



4-253 



1728 



406 



3-605 



479 



47-7 



-0-4 







i= -8-78 



25 



5-545 



1781 



32-12 



4-507 



39-5 



39-7 



+ 0-5 









30t 



6-945 



1658 



23-87 



5-408 



30-7 



31-8 



... 



+ 1-1 







351 



8-468 



1366 



16-13 



6-309 



21-7 



23-9 





+ 10-1 







5 



1-094 



683 



62-4 



1-050 



65-0 



64-7 



-0-4 







MgCl 2 



10 



2-281 



1128 



49-5 



2-100 



53-8 



54-2 



+ 0-7 







a =75-2 



20 



4-942 



1402 



28-37 



4-200 



33-4 



33-3 



-0-3 







b= -9-99 



301 



6-052 



1061 



13-18 



6-301 



16-84 



12-26 





-27-1 







341 



9-434 



768 



8-14 



7-142 



10-75 



3-86 





-64-1 







5t 



0-831 



526 



63-3 



0-795 



66-2 



61-4 





-7-3 





MnClo 



10 



1-731 



844 



48-8 



1-590 



53-2 



52-9 



-0-6 







(Long, 1880) 



15 



2-712 



1055 



38-9 



2-383 



44-3 



44-6 



+ 0-7 







a =69-8 



20 



3-784 



1134 



30-0 



3179 



35-7 



36-1 



+ 1-1 







6= -10-61 



25 



4-954 



1090 



22-00 



3-972 



27-43 



27-70 



+ 1-0 









28 



5-707 



1016 



17-80 



4-448 



22-83 



22-65 



-0-8 







KBr 



5 



0-435 



465 



106-9 



0-420 



110-7 



110-2 



-0-5 







(Kohlrausch, 1879) 



10 



0-902 



928 



102-9 



0-840 



110-5 



111-2 



+ 0-6 







a= 109-2 



20 



1-945 



1907 



98-1 



1-679 



113-6 



113-2 



-0-4 







30 



3-162 



2923 



92-4 



2-518 



116-0 



115-2 



- 0-7 







6= +2-396 



36 



3-990 



3507 



87-9 



3-023 



116-0 



116-4 



+ 0-3 









5 



0-312 



338 



108-3 



0-301 



112-3 



111-5 



-0-7 







KI 



10 



0-648 



680 



104-9 



0-602 



112-9 



114-4 



+ 1-3 







a =108-5 

 6= +9-79 



20* 

 30* 

 40* 



1-407 

 2-301 

 3366 



1455 

 2303 

 3168 



103-4 



100-1 



94-1 



1-204 

 1-808 

 2-410 



120-8 

 127-4 

 131-4 



120-3 

 126-2 

 132-1 



-0-4 



0-9 



+ 0-5 









55*f 



5-401 



4226 



78-2 



3-313 



127-6 



140-9 





-10-4 





