Amount of electricity that can deposit $108 g$ of silver from $A g N O_{3}$ solution is:

1 Faraday

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1 Ampere

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1 coulomb

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None

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Solution

The correct option is A 1 Faraday
1 Faraday of charge discharges E gram of an ion, where E is the equivalent weight.
For silver, the value of E is 108 g.

Thus, the amount of electricity that can deposit 108 g of silver form ${A g N O}_{3}$ solution is one Faraday.

Hence, option A is correct.

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Similar questions

Q. The amount of electricity that can deposit

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of silver from silver nitrate solution is:

Amount of electricity that can deposit 108 gm of silver from AgNO₃ solution is

[AFMC 1993; MP PMT 2004]

Q. The amount of silver deposited on passing

2 F

of electricity through aqueous solution of

A g N O_{3}

is______________.

A certain quantity of electricity is passed through an aqueous solution of $A g N O_{3}$ and cupric salt solution connected in series. The amount of silver deposited is 1.08 g. The amount of copper deposited is :

[At.wt. of $C u = 63.54; A g = 108$ ]

Q. When the same amount of electricity is passed through solution of silver nitrate and copper sulfate,

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The amount of silver deposited is:

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Amount of electricity that can deposit 108g of silver from AgNO3 solution is:

The correct option is A 1 Faraday1 Faraday of charge discharges E gram of an ion, where E is the equivalent weight. For silver, the value of E is 108 g. Thus, the amount of electricity that can deposit 108 g of silver form AgNO3 solution is one Faraday.Hence, option A is correct.

Amount of electricity that can deposit $108 g$ of silver from $A g N O_{3}$ solution is:

The correct option is A 1 Faraday
1 Faraday of charge discharges E gram of an ion, where E is the equivalent weight.
For silver, the value of E is 108 g.

Thus, the amount of electricity that can deposit 108 g of silver form ${A g N O}_{3}$ solution is one Faraday.

Hence, option A is correct.