In a certain electrolysis experiment 4.36 g of Zn are deposited in one cell containing ZnS04 solution. Calculate the mass of Al deposited in another cell containing `AICI_3` solution connected in series with `ZnSO_4` cell. Molarmassesof Zn and Al are `65.4 g mol^(-1)` and `27 g mol^(-1)`, respectively.

In a certain electrolysis experiment 0.561 g of Zn is deposited in one cell containing ZnSO_4 solution. Calculate the mass of Cu deposited in another cell containing CuSO_4 solution in series with ZnSO_4 cell. Molar masses of Zn and Cu are 65.4 g mol^(-1) and 63.5 g mol^(-1) respectively.

In a certain electrolysis experiment 0.79 g of Ag was deposited in one cell containing aqueous AgNO_3 solution, while 0.231 g of an unknown metal X was deposited in another cell containing aqueous XCI_2 solution in series with AgNO_3 cell. Calculate the molar mass of X. Molar mass of Ag is 107.9 g mol^(-1) .

Two electrolytic cells one containing AlCl_3 solutionand the other ontaining ZnSO_4 solution are connected in series. The same quantity of electricity is passed between the cells, Calculate the amount of Zn deposited in ZnSO_4 cell if 1.2 g of AI are deposited in AlCl_3 cell. The molar masses of Al and Zn are 27 g mol^(-1) and 65.4 g mol^(-1) respectively.

The passage of 0.95 A for 40 minutes deposited 0.7493 g of Cu from CuSO_4 solution. Calculate the molar mass of Cu.

The passage of 0.95 A for 40 minutes deposited 0.7493 g of Cu from CuSO_4 solution. Calculate the molar mass of Cu.

What is the mass of copper metal produced during thepassageof 5A current through CuSO_4 solution for 100 minutes. The molar mass of Cu is 63.5g mol^(-1) .

The same quantity of electricity is passed through two cells one containing AlCl3 solution and the other containing ZnCl2 solution. If 0.04 mole of Al is produced in the first cell, the number of moles of Zn produced in the second cell will be

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) .