Table of Prime Equivalent Numbers. 
Citrate of zinc 
Arsenite of potassa . 
Subpercarbonate of copper 
Prototartrate of manganese 
iron 
Nitrate of potassa . = 
Bi-phosphate of potassa  .) 
Chlorate of lime. . 
Molybdate of soda . 
Sulphate of cadmium 
Lead 
= 
Ammonio-phosphate ofsoda 
Acetate of strontia . 
Saclactic acid ? 
Tartrate of nickel 
cobalt 
Arseniate of zinc 
Chloride of barium . 
Phosphate of baryta 
Citrate of potassa 
Phosphate of bismuth . 
Chloride of bismuth . 
Chlorate of soda . 
12 wate : 4 
Cryst? nitrate of line ie. wr.) "3 
Nitrate of strontia . 
Silver 
Arseniate of sili 
Tartrate of zinc . 
Sulphite of baryta . 
Protoxide of lead 
Chlorate of manganese . 
Citrate of strontia 
Oxalate of baryta 
Tartrate of potassa. . . 
Oxalate of bismuth . 
Phosphuret of lead . . . 
Deutoxide of lead 
101 
102 
106 
109 
110 
61 
Crystallized carbonate of 
soda (7 water) . 
13 Water . 
Hydrated carbonate of : 
117 
monia sys 
Sulphate of baryta . 
Nitrate of cadmium . 
Oxide of silver 
118 
Sulphate of bismuth 
119 
Chlorate of zinc . 
Peroxide of lead . Sine 
Sulphuret of lead . . . 
Tungstic acid 
Molybdate of potassa 
Binoxalate of potassa . | 
Benzoic acid . . . | 
Rhodium? . 
120 
Tartrate of strontia . 
Crystalliz? sulphate of mag- “ 
nesia (‘7 water) . 
Chlorate of potassa . 
Iodine . 
Hydriodic acid . . . “i 
Sulphuret of silver . 
14 Water \ 5) (u/s hy ay } 
Bi-sulphate of potassa . 
Protoxide of rhodium? . 
Succinate of baryta . 
Acetate of baryta 
128 
Acetate of bismuth . 
Chromate of baryta . 
Perchloride of tin 
Nitrate of baryta . . i 
Arsenite of baryta . . . 
Phosphite of lead . . . J 
Nitrate of bismuth . 
Carbonate of lead 
Borate of lead? . 
Prototartrate of tin. f 
