`4.5 g` of aluminium (at mass `27 u`) is deposited at cathode from `Al^(3+)` solution by a certain quantity of electric charge. The volume of hydrogen gas produced at `STP` from `H^(+)` ions in solution by the same quantity of electric charge will be:

4.5 g of aluminium (at mass = 27. a.m. u ) is deposited at cathode from Al^(3+) solution by certain quantity of electric charge. The volume of hydrogen produced at STP from H ^(+) ions in soution by the same quantity of electric charge will be

4.5 g of aluminimum (At. mass-27-amu) is deposited at cathode from AP solution by a certain quantity of electric charge. The volume of hydrogen produced at STP from H^(+) ions in solution by the same quantity of electric charge will be.

4.5 g of aluminium (at. Mass 27 amu) is deposited at cathode from a molten electrolyte containing Al^(3+) ions by a certain quantity of electric charge . The volume of hydrogen produced at STP from ions in a solution by the same quantity of electric charge will be

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 ______.