24125 coulomb electricity when passed through an electrolyte deposits 2.25 gm of the metal. If atomic mass of the metal is 27, find oxidation number of the metal ion.

A current of 0.15 A passed through a salt solution for 150 minute depositing 0.783 g of the metal . If atomic mass of the metal is 112, then find valency of the metal.

10800 C of electricity on passing through the electrolyte solution deposited 2.977g of metal with atomic mass 106.4 g mol^(-1) the charge on the metal cation is :

When one conlomb of electricity is passed through an electrolytic solution, the mass deposited is equal to

A current of 5 amperers is passed through an electrolyte for 15 minutes when 3 gm of the metal is deposited . Calculate the equivalent weight of the metal.

State and explain Faraday 's laws of electrolysis. A current of 5 amperes is passed through an electrolyte for 15 minutes when 4 gms of the metal was deposited. Calculate the ECE of the metal.

If three election are lost by a metal ion M^(3+) ,its final oxidation number will be :

An electric current of c ampere was passed through a solution of an electrolyte for t second depositing P g of the metal M on the cathode. The equivalent weight E of the metal will be :

Define electrochemical equivalent and chemical equivalent. How are they related with each other ? A current of 5 amperes is passed through an electrolyte for 15 minutes when 3 gms of the metal was deposited. Calculate the electrochemical equivalent of the metal.