 | Michael Faraday, Johann Wilhelm Hittorf, Friedrich Wilhelm Georg Kohlrausch - 1899 - 114 páginas
...general, and that branch of it denominated electrochemistry in particular. The law was expressed thus:* The chemical power of a current of electricity is...the absolute quantity of electricity which passes. In the further progress of the successive investigations, I have had frequent occasion to refer to... | |
 | Sir William Augustus Tilden - 1899 - 296 páginas
...may be given in the original words of 1 Berzelius, TraM de Chimie, vol. i. (1842). the discoverer : " The chemical power of a current of electricity is...the absolute quantity of electricity which passes." 1 Faraday's own language may also be used to lead up to and express the second law. " Compound bodies,"... | |
 | Michael Faraday, Johann Wilhelm Hittorf, Friedrich Wilhelm Georg Kohlrausch - 1899 - 116 páginas
...general, and that branch of it denominated electrochemistry in particular. The law was expressed thus:* The chemical power of a current of electricity is...proportion to the absolute quantity of electricity iviiich passes. In the further progress of the successive investigations, I have had frequent occasion... | |
 | John Arthur Thomson - 1903 - 582 páginas
...practically a deathblow to the theory of Berzelius. Faraday. — About 1833, Faraday was led to conclude (fl) that the chemical power of a current of electricity...the absolute quantity of electricity which passes, and (&) that the proportions of the bodies or ions evolved by an electrolytic action (the electro-chemical... | |
 | Nicholas Michael Wilhelmy - 1905 - 96 páginas
..."the chemical decomposing action of a current is constant for a constant quantity of electricity," or that "the chemical power of a current of electricity...the absolute quantity of electricity which passes". From this it follows that the quantity of electricity which passes is the equivalent of and therefore... | |
 | Matthew Moncrieff Pattison Muir - 1906 - 610 páginas
...Experimental Researches in Electricity, Faraday established the law of constant electrochemical action: i "The chemical power of a current of electricity is...the absolute quantity of electricity which passes." Faraday measured 'the chemical power of a current,' or the amount of chemical action done by a current,... | |
 | Sir William Augustus Tilden - 1913 - 394 páginas
...may be given in the original words of i Berzelius, TraiU de Chimie, vol. i. (1842). the discoverer: "The chemical power of a current of electricity is...the absolute quantity of electricity which passes." l Faraday's own language may also be used to lead up to and express the second law. " Compound bodies,"... | |
 | Sir William Augustus Tilden - 1913 - 390 páginas
...may be given in the original words of i Borzelins, Trait* de Chimie, vol. i. (1842). the discoverer: "The chemical power of a current of electricity is...proportion to the absolute quantity of electricity which passes."1 Faraday's own language may also be used to lead up to and express the second law. " Compound... | |
 | Thomas Martin Lowry - 1915 - 610 páginas
...197), ions, anions, and cations (p. 198), and Faraday's two laws of electrolysis, stated as follows : " That the chemical power of a current of electricity...the absolute quantity of electricity which passes " (p. 241), and that the " electrochemical equivalents [of the ions] are the same as their ordinary... | |
 | James Arnold Crowther - 1918 - 84 páginas
...in the acidulated water. This law Faraday propounded in the form " The chemical power of a current is in direct proportion to the absolute quantity of electricity which passes," or in more modern terms, the weights of different substances deposited by a given quantity of electricity... | |
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I at first laid down, namely, that the chemical power of a current of electricity is in direct proportion to the absolute quantity of electricity which passes (377, 783). 
