58 Table of Prime Equivalent Numbers. 
Nitrous acid. 5 
Chloride of lithium . 
Phosphate of lithia . 
Oxide of tellurium 
Sulphuret of nickel . 
Sulphuret of cobalt . 
Cerium ? 
Strontium . 
Phosphuret of zine . 
Protochloride of Paes aes 
Potassa (dry) . 
Phosphate of magnesia 
Molybdenum ? 
Chloride of magnesium 
Phosphite of lime? . 
6 Oxygen . 
Sulphite of ammonia 
Liquid sulphuric acid (1 wr.) 
Hydrochloride of carbon 
Carbonate of lime 
Borate of lime 
Acetic acid 
Succinic acid ? 
Chlorocarbonic ne 
Sulphuret of zinc 
Chloride of sulphur . 
Phosphuret of potassium . 
Chromic acid . 
, Protoxide of antimony . 
Oxalate of ammonia 
Dry nitric acid 
Muriate of ammonia 
Carbonate of soda 
Protoxide of cerium 
Arsenious acid 
6 Water 
1 
—— ———’ 
46 
47 
48 
49 
50 
51 
52 
53 
54 
Strontia 
Sulphuret of potassium 
Chloride of calcium . 
Phosphate of lime 
Protoxide of molybdenum . 
Cadmium . 
7 Oxygen . 
Sulphate of ammonia 
Hydrate of potassa . 
Muriate of magnesia 
Sulphate of lithia 
Carbonate of manganese 
Sulphate of alumina 
Citric acid (dry) . 
Phosphuret of strontium 
Tin . 
Chloride of sodium . 
Persulphuret of iron 
Phosphate of soda . 
Sulphite of lime . 
Sulphate of magnesia (ar) 
Carbonate of nickel. . 
— cobalt 
Borate of nickel ? 
cobalt ? 
Sulphuret of antimony . 
Peroxide of antimony . 
Bi-carbonate of ammonia 
Arsenic acid 
Gallic acid . 
Sulphuret of strontium 
7 Water 
1 
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56 
59 
60 
61 
62 
63 
