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

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?

The molten mixture containing alumina (Al_(2)O_(3)) from which aluminium is extracted is -

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

One ampere of current is passed for 9650 sec. through molten AlCl_(3) . What is the weight is grams of Al deposited at cathode ?

A current of 5 amp is passed through molten CaCl_(2) for 2 hrs. Calculate the mass of metal as well as mass of non-metal liberated.

Three faradays of electricity are passed through molten Al_2O_3 aqueous solution of CuSO_4 and molten NaCl taken in deffernt electrolytic cells. The amout of Al,Cu and Na deposited at the cathodes will be in the ration of .