On passing a particular amount of electricity in `AgNO_3` solution, 108 g of Ag is deposited. What will be the volume of `O_2`(g) in litre liberated at 1 bar, 273k by same quantity of electricity?

A certain quantity of electricity deposits 0.54 g of Ag from silver nitrate solution. What volume of hydrogen will be liberated by the same quantity of electricity at 27^(@)C and 750 mm of Hg pressure ?

A certain quantity of electricity deposits 0.54 g of Ag from silver nitrate solution. What volume of hydrogen will be liberated by the same quantity of electricity at 27^(@)C and 750 mm of Hg pressure ?

The amount of electricity that can deposit 108g of silver from silver nitrate solution is

The amount of electricity that can deposit 108g of silver from silver nitrate solution is

What is the approximate quantity of electricity in 500 ml 1M AgNO_3 aqueous solution (At. wt. of Ag = 108) ?

Inthe electrolysis of AgNO_3 solution 0.7g of Ag is deposited after a certain period of time.Calculate the quantity of electricity required in coulomb. Molar mass of Ag is 107.9 g mol^(-1) .

108 g of silver (molar mass 108 g mol–1) is deposited at cathode from solution by a certain quantity of electricity. The volume (in L) of oxygen gas produced at 273 K and 1 bar pressure from water by the same quantity of electricity is ______.

108 g of silver (molar mass 108 g mol–1) is deposited at cathode from solution by a certain quantity of electricity. The volume (in L) of oxygen gas produced at 273 K and 1 bar pressure from water by the same quantity of electricity is ______.

108 g of silver (molar mass 108 g-mol^(–1) ) is deposited at cathode from solution by a certain quantity of electricity. The volume (in L) of oxygen gas produced at 273 K and 1 bar pressure from water by the same quantity of electricity is ______.