227 



Table 246. 

 LOWERrNC OF FREEZING-POINTS BY SALTS IN SOLUTION. 



In the first column is given the number of gram-molecules (anhydrous) dissolved in looo grams 

 of water ; the second contains the molecular lowering of the freezing-point ; the freezing-point 

 is therefore the product of these two columns. After the chemical formula is given the molecular 

 weight, then a reference number. 



1 Hausrath, .\nn. Phys. 9, 1902. 



2 Leblanc-Noyes, Z. Phys. Ch. 6, i8go. 



3 Jones, Z. Phys. Ch. 11, 1893. 



4 Raoult, Z. Phys. Ch. 2, 1888. 



5 Arrhenius, Z. Phys. Ch. 2, 1888. 



6 Loomis, Wied. Ann. 57, 1896. 



7 Jones, Am. Chem. J. 27, 1902. 



8 Jones-CaWwell, Am. Chem. J. 25, 1901. 



9 Biltz, Z. Phys. Ch. 40, 1902. 



10 Jones-Mackay, Am. Chem. J. 19, 1897. 



11 Kahlenberg, J. Phys. Ch. 5, igoi. 



12 Abegg, Z. Phys. Ch. 20, 1896. 



13 Jones-Getman, Am. Ch. J. 27, 1902. 



14 Jones-Chambers, Am. Ch. J. 23, 1900. 



15 Loomis, Wied. Ann. 60, 1897. 



16 Roozeboom, Z. Phys. Ch. 4, 1889. 



17 Raonh, Z. Phys. Ch. 27, 1898. 



18 Roloff, Z. Phys. Ch. 18, 1895. 



19 Kistiakowsky, Z. Phys. Ch. 6, 1890. 



20 Loomis, Wied. Ann. 51, -°- 



ly, rtm. i^iieni. j. 19, 1047. ^ ^^ ^yj^,,,,^^ .. itv*. .-i..ii. 5., ...-v^. 



Compiled from Landolt-Bomstein-Meyerhofier's Physikalisch-chemische Tabellen 

 Smithsonian Tables. 



