A) \[9.65\times {{10}^{4}}C\]
B) \[9.65\times {{10}^{3}}C\]
C) \[9.65\times {{10}^{5}}C\]
D) \[9.65\times {{10}^{7}}C\]
Correct Answer: A
Solution :
Key Idea One faraday is that quantity of electricity which can be deposited or liberated weight equal to equivalent weight. faraday = 96500 C Let the required charge to deposit one equivalent weight of silver be Q. Equivalent weight \[=\frac{Q}{F}\] \[1=\frac{Q}{96500}\] \[(1\,\,F=96500\,\,C)\] \[Q=96500\,C=9.65\times {{10}^{4}}C\]
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