In an industrial electrolytic cell it is desired to produce `36 Kg` of magnesium metal per hour. The current required will be

In an industrial electrolytic cell with current efficiency of 75% it is desired to produce 48 g of Mg metal per hour. Calculate the charge required:

In an electrolytic cell current flows

In an electrolytic cell current flows

In an electrolytic cell current flows :

In the electrolytic cell, current flows from …………………. .

A current of 12 A is passed through an electrolytic cell containing aqueous NiSO_4 solution. Both Ni and H_2 gas are formed at the cathode. The current efficiency is 60%. What is the mass of nickel deposited on the cathode per hour?

A current of 12 A is passed through an electrolytic cell containing aqueous NiSO_4 solution. Both Ni and H_2 gas are formed at the cathode. The current efficiency is 60%. What is the mass of nickel deposited on the cathode per hour?

Calculate the number of moles of O_2 required to produce 240 g of Mgo by burning magnesium metal