Home › The Sciences › Light and Its Phenomena: Acid

Light and Its Phenomena: Acid

S. 32+0 40 = 72 72 Phosphoric Acid Ph. 31.42+0 40 = 71.42 Muriatic Acid Gas Ch.

Ch. 36+H I = 37 I = 37 Protoxide of Chlorine Ch.

Ch. 36+0 8 = 44 44 Peroxide ditto Ch. 36+0 32 = 68 Chloric Acid .

Ch. 36+0 40 = 76 Perchloric Acid Ch. 36+0 56 = 92 Perchloride of Carbon Ch. 108+C 12 = 120 Hydriodic Acid Iod. 126+H I = 127 Ammoniacal Gas H. 3+N 14 = 17 Carburetted Hydrogen H.

H. 2+C 6 = 8 17 8 Olefiant Gas H. 2+C 12 = 14 Sulphuretted Hydrogen.

Phosphuretted Hydrogen Prussic Acid Cyanogen Taking hydrogen as I, and oxygen as 8, the whole are as follows; and, from them, the numbers for acids and salts may be easily formed by additions. Alumnia S. 16+H 1 = 17 Ph. 94.26+H I = 95.26 Cy.

Cy. 26+H I = 27 27 C. 12+N 14 = 26 IO Al. Nickel... 26 Nk.

Antimony 64 Sb. Nitrogen 14 N. or Az.

Arsenic. 38 As. Osmium 100 Os.

Barium. 68 Ba. Oxygen. 8 O.

Bismuth 72 Bi. Palladium 54 Pd.

Boron 8 B.

Phosphorus. 16 Ph.

Bromine. 80 Br. Platinum 96 Pt.

Cadmium 56 Cd. Potassium 40 R.

Calcium 20 Ca. Rhodium 54 R.

Carbon 6 C. Selenium 40 Se.

Cerium 44 Ce. Silica. 16 Sl.

Chlorine Chromium 36 Cl. Silicium 8 Si. 32 Cr. Silver. 110 Ag.

Cobalt..

Columbium 26 Co. Soda 32 Sd. ... (182) or 144 Cm. Sodium 24 N.

Copper Fluorine Gold Hydrogen.

Iodine Iridium.

Iron (32) or 64 Cu. Strontium 44 Sr.

IO F. Sulphur 16 S. 100 Au. Tellurium 32 Te.

I H.

Tin 58 Sn. (125) or 126 I.

Tinanium 26 Ti. (100) or 98 Ir.

Tungsten 100 Tt. 28 Fe.

Uranium 208 U.

Lead 104 Pb.