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The mass of a product liberated on anode in an electrochemical cell depends on

  • Option 1)

    (It)^{1/2}\;

    ( Where t is the time period for which the current  is passed ).

  • Option 2)

    \; It\; \;

    ( Where t is the time period for which the current  is passed ).

  • Option 3)

    \; I/t\;

     

    ( Where t is the time period for which the current  is passed ).

  • Option 4)

    \; I^{2}t

     

    ( Where t is the time period for which the current  is passed ).

 

Answers (2)

best_answer

As we discussed in

Faraday sec law of electrolysis -

m= zq

\frac{m_{1}}{m_{2}}= \frac{z_{1}}{z_{2}}

- wherein

Electrochemical equivalent is mass of ions deposited or liberated during electrolysis.

 

 

 

 

 According to Faraday's law

m \alpha It


Option 1)

(It)^{1/2}\;

( Where t is the time period for which the current  is passed ).

Option 2)

\; It\; \;

( Where t is the time period for which the current  is passed ).

Option 3)

\; I/t\;

 

( Where t is the time period for which the current  is passed ).

Option 4)

\; I^{2}t

 

( Where t is the time period for which the current  is passed ).

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