According to Faraday’s law of electrolysis, when a current is passed, the mass of ions deposited at the cathode is independent of
(a) current
(b) charge
(c) time
(d) resistance
Answers
Answered by
1
Correct option ⇒ (d) ⇒ Resistance
Reason/Explanation :-
In the field of electrochemistry , Faraday gave two laws , which came to be known as faraday first law of electrolysis and faraday second law of electrolysis.
⇒ As per as the Faraday first law of electrolysis :- The current flowing in a electrolytic cell is directly proportional to the substance obtained at particular electron.
⇒ As per as the faraday second law of electrolysis, when in the same amount of electric current is passed in a two or more electrolysis cell which are connected into series combination then the masses of the substance obtained at the particular electrode is directly proportional to their equivalent weight.
[From these two Law we can observe that Current depends upon the charge and the time but not on the resistance. Hence option (d) resistance is correct.]
Hope it Helps :-)
Reason/Explanation :-
In the field of electrochemistry , Faraday gave two laws , which came to be known as faraday first law of electrolysis and faraday second law of electrolysis.
⇒ As per as the Faraday first law of electrolysis :- The current flowing in a electrolytic cell is directly proportional to the substance obtained at particular electron.
⇒ As per as the faraday second law of electrolysis, when in the same amount of electric current is passed in a two or more electrolysis cell which are connected into series combination then the masses of the substance obtained at the particular electrode is directly proportional to their equivalent weight.
[From these two Law we can observe that Current depends upon the charge and the time but not on the resistance. Hence option (d) resistance is correct.]
Hope it Helps :-)
Answered by
0
Option d RESISTANCE
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