When the same electric current is passed through the solution of different electrolytes in series, the amounts of elements deposited on the electrodes are in the ratio of their

When the same charge is passed through the solutions of different electrolytes in series, the amounts of elements deposited in the electrodes are in the ratio of their

When same quantity of current is passed through two different electrolytes connected in series, the amount of products liberated at the electrodes are in the ratio of their.

When the same quantity of electricity is passed through the solutions of different electrolytes in series, the amounts of products obtained are proportional to their

When the same quantity of electricity is passed through the solution of different electrolytes in series, the amount of product obtained is proportional to their

When the same quantity of electricity is passed through the solution of different electrolytes in series, the amount of product obtained is proportional to their

When the same quantity of electricity is passed through the solution of different electrolytes ín series, the amounts of products. obtained are proportional to their : Atomic weighs, Chemical equivalent, Gram molecular volume, Gram atomic ions

According to Faraday's second law of electroly-sis when the same quantity of electricity is passed through different electrolytes, the amounts of different substances produced at the electrodes are directly proportional to their :