During electrolysis- the gram equivalent of silver metal from -Ag- ions deposited by passing 48250 coulombs of electricity is-one-halfoneone-thirdtwo

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Ag-x21CC-Ag-e1 gram equivalent of silver metal from Ag-I- ions require 1 faraday of electricity-1 faraday of electricity is 96500 coulombs-96500 coulombs will deposit 1 g-equivalent of silver-48250 coulombs will deposit 0-5 g-equivalent of silver-

During electrolysis, the gram equivalent of silver metal from ${A g}^{+}$ ions deposited by passing $48250$ coulombs of electricity is:
one-half
one
one-third
two

$A g ⇌ A g^{+} + e$
1 gram equivalent of silver metal from Ag(I) ions require 1 faraday of electricity.
1 faraday of electricity is 96500 coulombs.
96500 coulombs will deposit 1 g.equivalent of silver.
48250 coulombs will deposit 0.5 g.equivalent of silver.

During electrolysis, the gram equivalent of silver metal from Ag+ ions deposited by passing 48250 coulombs of electricity is:one-halfoneone-thirdtwo

Ag⇌Ag++e1 gram equivalent of silver metal from Ag(I) ions require 1 faraday of electricity.1 faraday of electricity is 96500 coulombs.96500 coulombs will deposit 1 g.equivalent of silver.48250 coulombs will deposit 0.5 g.equivalent of silver.

During electrolysis, the gram equivalent of silver metal from ${A g}^{+}$ ions deposited by passing $48250$ coulombs of electricity is:
one-half
one
one-third
two

$A g ⇌ A g^{+} + e$
1 gram equivalent of silver metal from Ag(I) ions require 1 faraday of electricity.
1 faraday of electricity is 96500 coulombs.
96500 coulombs will deposit 1 g.equivalent of silver.
48250 coulombs will deposit 0.5 g.equivalent of silver.