One faraday of electericity is passed separately through one litre of one molar aqueous soltion of I) `AgNO_(3)`, ii) `SnCl_(4)` and iii) `CuSO_(4)`. The number of moles of Ag, Sn and Cu deposited at cathode are respectively

One Faraday of electricity is passed separately through one litre of one molar aqueous solutions of (i) AgNO_3 (ii) SnCl_4 and (iii) CuSO_4 . The number of moles of Ag, Sn and Cu deposited at cathode are respectively

One Faraday of electricity is passed through molten Al_2O_3 , aqueous solution of CuSO_4 and molten NaCl taken in three different electrolyti cells connected in series. The mole ratio of Al, Cu and Na deposited at the respective cathode is

Three faradays of electricity are passed through molten Al_2O_3 ,aqueous solution of CuSO_4 and molten NaCl taken in different electrolytic cells. Calculate the molar ratio of Al, Cu and Na deposit at the cathodes .

Same amount of electricity is passed through aqueous solutions of AgNO_3 and CuSO_4 . The number of Ag and Cu atoms deposited are x and y respectively. The correct relationship between x and y is