TABLES OF ELECTITE ATTRACTIONS. 



361 



Nitric 

 Acid. 



Barita 



Potass 



Soda 



Strontia 



Lime 



Nitric and Muriatic Acids. 



Potass 



Soda 



Ammonia 



Magnesia. 



Glycina 



Barita Potass 



Potass Soda 



Soda Ammonia 



Ammonia Magnesia 



Magnesia Glycina 



Glycina Alumina 



Alumina Zirconia 



Zirconia Barita 



Strontia (9) Strontia 



Lime Lime 



Fluoric Sulfurouj 



(7) A triple salt is formed. (8) Fourcroy says, that the muriate of zirconia decom- 

 poses the phosphates of barita and strontia. (9) According to Fourcroy 's account, 

 the filiate of strontia decomposes the muriates of ammonia, and of all the bases jelow it; 

 but he says in another part of the same volume, that the fluate of strontia is an unknown 

 salt, (10) According to Fourcroy's account of these combinations, barita should stand 

 immediately below ammonia in both of these columns. (11) With heat, the carbonate 

 •f lime decomposes the muriate of ammonia. 



Magnesia (7) Alumina 

 Ammonia (7) Zirconia (8) 

 Glycina Barita 



Alumina Strontia 



Zirconia Lime 



Murjatic Phosphoric 



(12) According to Fourcroy, the phosphate of ammonia decomposes the borate of 

 magnesia. (13) Fourcroy says, that the carbonate of lime decomposes the phosphates 

 #f potash and of soda. 



Fluoric Acid. 



