In the electrolysis of a fused salt,the weigh | vedclass

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Question

(A) According to Faraday's first law of electrolysis,the mass $(m)$ of the substance deposited is given by the formula: $m = Z 	imes I 	imes t$,wher

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Temperature of the bath

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(A) According to Faraday's first law of electrolysis,the mass $(m)$ of the substance deposited is given by the formula: $m = Z 	imes I 	imes t$,where $Z$ is the electrochemical equivalent,$I$ is the current intensity,and $t$ is the time for which electrolysis is carried out. From this relation,it is clear that the weight of the deposit depends on the current intensity,electrochemical equivalent,and time. It does not depend on the temperature of the bath. Therefore,the correct option is $(A)$.

In the electrolysis of a fused salt,the weight of the deposit on an electrode will not depend on:

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