...triple charge: CuCU ?=* Gu++ + 2C1-, CuS04 <± GU++ + S04", K2S04 ^ 2K+ + S04=, FeCl3 <=* FC+++ + 3Cr. In these equations, the coefficients multiply the...atom or group of atoms bearing an electric charge. To show that this view of the nature of the ions is adequate, after a section on Faraday's law, we...

...Quantities of Electricity Concerned. — In a previous paragraph (p. 343) we reached the conclusion that univalent ions all possess equal quantities of electricity,...greater than this in proportion to their valence. This conclusion is confirmed by actual measurement. When hydrochloric acid is electrolyzed, 35.46 g. (=...

...a double charge and that trivalent ions must carry a triple charge — . Hence it may be said that univalent ions all possess equal quantities of electricity,...greater than this in proportion to their valence. An ion is, therefore, an atom or group of atoms bearing an electric charge, or a number of such charges....

...carrying a double charge and that trivalent ions must carry a triple charge — Hence it may be said that univalent ions all possess equal quantities of electricity,...greater than this in proportion to their valence. An ion is, therefore, an atom or group of atoms bearing an electric charge, or a number of such charges....

...carrying a double charge and that trivalent ions must carry a triple charge — Hence it may be said that univalent ions all possess equal quantities of electricity,...greater than this in proportion to their valence. An ion is, therefore, an atom or group of atoms bearing an electric charge, or a number of such charges....