Two different electrolytic cells filled with molten `Cu(NO_3)_(2)` and molten `Al(NO_3)_(3)` respectively are connected in series. When electricity is passed 2.7 g Al is deposited on electrode. Calculate the weight of Cu deposited on cathode.
`[Cu = 63.5 , Al = 27.0 g mol^(-1)]`

Two different electrolytic cells filled with molten Cu(NO_3)_2 and molten Al(NO_3)_3 respectively are connected in series. When electricity is passed 2.7 gram Al is deposited on electrode. Calculate the weight of Cu deposited on cathode.

Two different electrolytic cells filled with molten Cu(NO_(3))_(2) and molten Al ( NO_(3))_(2) , respectively are connected in series. When electricity is passed 2.7g Al is deposited on electrode. Calculate the weight of Cu deposited on cathode. [ Cu = 63.5, Al = 27.0 g "mol"^(-1) ]

Two different electrolytic cells filled with molten Cu(NO_(3))_(2) and molten AI(NO_(3))_(3) respecitvely are connected in series when electricity is passed 2.7 g AI deposited on electrode calculate the weight of Cu deposited on cathode [C =63.5,

A current of 10 amp is passed through molten AlCl_(3) for 96.5 seconds. Calculate the mass of Al deposited at the cathode (At. wt of Al = 27 )

When electricity is passed through molten AlCl_3 , 13.5 g. of Al is deposited. The number of Faradays must be

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

Two electrolytic cells containing molten solutions of nickel chloride and aluminium chloride are connected in series. If same amount of electric current is passed through them, what will be the weight of nickel obtained when 18 g of aluminium is obtained ? ( Al = 27 g mol^(-1) , Ni = 58.5 g mol^(-1) )

Two electrolytic cells containing molten solutions of nickel chloride and aluminium chloride are connected in series. If same amount of electric current is passed through them, what will be the weight of nickel obtained when 18 g of aluminium is obtained ? ( Al = 27 g mol^(-1) , Ni = 58.5 g mol^(-1) )

In an aqueous solution AgNO_(3) and CuSO_(4) are connected in series if Ag deposited at cathode is 1.08 g then Cu deposited is