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When, during electrolysis of a solution ...

When, during electrolysis of a solution of `AgNO_(3) 9650` colombs of charge pass through the electroplating path, the mass of silver deposited on the cathode will be:

A

`21.6 g`

B

`108 g`

C

`1.08g`

D

`10.8g`

Text Solution

Verified by Experts

The correct Answer is:
D
No. of equivalents of Ag deposited `=(Q)/(F)`
`=(9650)/(96500) =(1)/(10)`
No. of equivalents `= (wt)/(Eq.wt) = (1)/(10)`
`:. (wt)/(108) = (1)/(10)`
`:. Wt = 10.8 g`
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When during electrolusis of a solution of AgNO_3, 9650 coulmbs of charge pass through the electroplationg bath, the mass of silver deposited on the cathode will be:

During the electrolysis of an aqueous solution of AgNO_(3) . What would happen to the mass of silver metal deposited if the current is doubled and the electrolysis time is decreased to (1)/(2) of its initial value?

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Knowledge Check

  • When during electrolysis of a solution of AgNO_(3) 9650 coulombs of charge pass through the electroplating bath, the mass of silver deposited on the cathode will be

    A
    `10.8g`
    B
    `21.6g`
    C
    `108g`
    D
    `1.08g`

  • When during electrolusis of a solution of AgNO_3, 9650 coulmbs of charge pass through the electroplationg bath, the mass of silver deposited on the cathode will be:

    A
    `1.08 g`
    B
    `10 .8 g`
    C
    `21.6 g`
    D
    `108 g`

  • During the electrolysis of an aqueous solution of AgNO_(3) . What would happen to the mass of silver metal deposited if the current is doubled and the electrolysis time is decreased to (1)/(2) of its initial value?

    A
    It would stay the same.
    B
    It would increase to twice its initial value.
    C
    It would decrease to `(1)/(4)` of its initial value.
    D
    It would decrease to `(1)/(2)` of its initial value.
    • ALLEN-ELECTROCHEMISTRY-EXERCISE-05 [A]
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