Table of Prime Equivalent Numbers. 
Carbonic acid 
Nitrous oxide . 
Boracic acid? 
Fluoboric acid? . 
Sodium 
Phosphuret of magnesium. 
3 Oxygen . 
Hyposulphurous acid 
Fluosilicic acid. 
Glucina 
Alumina 
Cyanogen . 
Sulphuret of lithium 
Hydrocyanic acid 
3 Water 
Sulphuret of magnesium 
Lime . 
Phosphoric acid . : 
Phosphuret of sulphur ; 
Tron 
Manganese 
Chromium . 
Hydrate of magnesia 
Nitric oxide 
Nickel . 
Cobalt . 
Sulphurous acid . 
Soda 
Phosphuret of calefum : 
Yttrium? . 
4 Oxygen . 
Zinc 
Chlorine 
Hyposulphuric rey 
Protoxide of iron 
— manganese 
chromium 
Peroxide of sodium . 
Phosphuret of sodium . 
Sulphuret of calcium 
Fluoride of calcium . 
Oxalic acid nt 
Water ‘ 
) 
am 
is 
“i 
= 
2 
a 
22 
24 
26 
28 
29 
30 
32 
35 
36 
Muriatic acid . 
Phosphite of ammonia . 
Hydrate of lime . 
Zirconium ? 
Sulphuret of carbon 
Arsenic 
Tellurium . rye 
Protoxide of nickel . . 
cobalt . 
~—_—_—_— 
Borate of ammonia? (dry) . 
Fluoborate of ammonia? . 
Sulphuric acid . 
Potassium . 
Yttria ? 
Sulphuret of me 
Carbonate of lithia . 
Deutoxide of manganese . 
Peroxide of iron . 
Phosphuret of manganese . 
Phosphuret of iron . 
5 Oxygen . 
Hydrate of soda . 
Selenium?. 
Protochloride of carbon 
Carbonate of magnesia 
Borate of magnesia ? 
Phosphuret of nickel 
cobalt 
Oxide of zinc . 
Protoxide of chlorine 
Peroxide of manganese 
Protosulphuret of iron 
Phosphate of ammonia . 
Antimony . 
Zirconia? . 
Uric acid ? 
5 Water 
57 
41 
42 
