Table of Prime Equivalent Numbers. 
Arseniate of silver. . J 9 
20 Water . Se As Se 
Iodide of cadmium 
Bi-tartrate of potassa . t. 
Iodate of ammonia . 
Malate of lead 
Iodide of tin 
Tartrate of lithia wa Be 
Molybdate of lead 
Tartrate of silver . . . 189 
Pernitrate of copper (dry) 
184 
Chlorate of lead . 
Protoxide of platinum ? 
188 
Iodide of copper. . . . 189 
Molybdate of silver . . . 190 
Quadroxalate of potassa . 192 
Todate of lime . . . . 193 
Chlorate of silver . . . 194 
Iodide of barium. . . 195 
bismuth . . . 196 
Iodate ofsoda . . . . 197 
Potassa-tart. of ammonia . 
Tungstate of baryta . 
Benzoate of baryta . 
Benzoate of bismuth ye shSy 
Mi ewcbey ih UR, £255 Ms { 
198 
Gold 
Tart: of lithia a patasea 
200 
Ammonio-tart® of potassa . 99] 
Lodate of zinc . + Ake 
Protoxide of mercury . { 208 
——— gold 
Phosphuret of mercury. . 212 
Jodate of potassa . . 213 
Tartrate of soda and slataaed 214 
Peroxide of mercury . . 
Protosulphuret of mercury 
216 
Prototar.of ironand potassa 218 
Peroxide of gold? . . . 224 
lodide of lead . . . . 229 
Benzoate of lead .- . . 7 
Bi-sulphuret of mercury 
Iodide of silver. 
Protochloride of mercury } 
——- gold . 
Tungstate of silver. . 7 
Benzoate of silver . 
Iodate of baryta. . . . 
Todate of bismuth 
Sulphuret ofgold? . . ; 
Protosulphate of mercury . 
Crystallized persulphate of i 
copper (10 water) 
Bi-cyanuret of mercury . 
Alum (dry) 
Periodide of phosphorus a 
Protonitrate of mercury 
Perchloride of mercury. 
Perphosphate of mercury . 
Iodate of lead . 
Lodate of silver 
Tartrate of an eaTiOny and} 
potassa ? 
Persulphate of mercury. 
Chloride of gold and sodium } 
Morphia? . : 
Pernitrate of mercury . 
Protiodide of mercury . . 
. x . 
——— gold. 
Carbonate of morphia . 
Sulphate of morphia 
Crystallized chloride of gold 
and sodium (8 water) j 
Nitrate of morphia . 
Strychnia ? : 
Sulphate of strychnia 
Nitrate of strychnia . 
Periodide of mercury 
Alum (ecryst. 25 water) 
