[" Same quantity of current is passed through molten "NaCl" and molten "Al_(2)O_(3)." If "4.6g" of Na was deposited in one "],[" cell,the mass of Al deposited in other cell is :- "]

Same quantity of current is passed through molten NaCl and molten cryolite containing Al_(2)O_(3) . If 4.6g of Na was liberated in one cell, the mass of Al liberated in the other cell is

Same quantity of current is passed through molten NaCl and molten cryolite containing Al_(2)O_(3) . If 4.6g of Na was liberated in one cell, the mass of Al liberated in the other cell is 1) 0.9g 2) 1.8g 3) 2.7g 4) 3.6g

The same amount of electricity was passed through molten cryolite containing Al_(2)O_(3) and NaCl. If 1.8 g of Al were liberated in one cell, the amount of Na liberated in the other cell is

The same amount of electricity was passed through two cells containing molten Al_2O_3 and molten NaCI. If 1.8g of Al were liberated in one cell, the amonut of Na liberated in the other cell is :

The same amount of electricity was passed through two cells containing molten Al_2O_3 and molten NaCl. If 1.8g of Al were liberated in one cell, what amount of Na is liberated in the other cell?

One faraday current is passed through molten Na_(2)O,MgO and Al_(2)O_(3) . Moles of Na, Mg and Al formed at the cathode in each electrolytic cell are in the ratio

An electric current of 4xx10^(4) A is passed through molten Al_(2)O_(3) for 6 h. The amount of aluminium that will deposit at the cathode is -