 | James Edward Henry Gordon - 1880 - 388 pages
...the quantity of heat absorbed at the junction from unit current in unit time, for the heat absorbed is proportional to the strength of the current and to the time during which it .lasts. The heat generated at the junction may then be written — net, for heat absorbed... | |
 | James Edward Henry Gordon - Electricity - 1880 - 388 pages
...the quantity of heat absorbed at the junction from unit current in unit time, for the heat absorbed is proportional to the strength of the current and to the time during which it lasts. The heat generated at the junction may then be written — net, for heat absorbed... | |
 | Adolphe Ganot - Physics - 1886 - 1074 pages
...to the time, /, and is independent of the direction of the current (830) ; while the Peltier effect is proportional to the strength of the current and to the time, and is reversible with its direction. This suggests a method of determining the effect in question.... | |
 | Edward Leamington Nichols - Physics - 1897 - 474 pages
...described, viz. : SO4 + H20 = H2S04 + O. 278. Voltameters. — The quantity of metal deposited by a current is proportional to the strength of the current and to the time it flows. This law, which is known as Faraday's law, makes it possible to measure the quantity of electricity... | |
 | Harry Edwin Hadley - Electric power - 1901 - 362 pages
...chemical action is equal at all faints of a circuit, (ii.) The amount of an element (or ion) lIberated is proportional to the strength of the current, and to the time during which it flows. The Water Voltameter is a form of apparatus in which the hydrogen and oxygen... | |
 | William Suddards Franklin, Barry MacNutt - Electric power - 1908 - 376 pages
...lawsf of electrolysis. First law. — The amount of a given metal which is deposited electrolytically is proportional to the strength \ of the current and to the time, that is, M=klt (i) in which M is the amount of metal in grams deposited in t seconds by a current of... | |
 | William Suddards Franklin, William Esty - Electric generators - 1909 - 506 pages
...equivalent of a metal. The international standard ampere. — The amount of metal deposited by electrolysis is proportional to the strength of the current and to the time that the current continues to flow, and the amount of metal in grams deposited in one second by a unit... | |
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... is proportional to the strength of the current and to the time... 