Same amount of electric current is passed through the solutions of `AgNO_3` and HCI. If 1.08 g of silver is obtained from `AgNO_3` solution. The amount of hydrogen liberted at STP will be

Same amount of electric current is passed through solutions of AgNO_(3) and HCl. If 1.08 g of silver is obtained in the first case, the amount of hydrogen liberated at S.T .P. in the second case is:

Same amount of electric current is passed through solutions of AgNO_(3) and HCl. If 1.08g of silver is obtained in the first case, the amount of hydrogen liberated at S.T.P. in the second case is

Same amount of electric current is passed thorugh solution of AgNO_3 and HCl . If 1.08 g of silver is obtained in the first case, the amount of hydrogen liberated at S.T.P in the second case is:

Same amount of electric current is passed through solutions of AgNO_3 and HCl. If 1.08 g of silver is obtained in the first case, the volume of hydrogen liberated at S.T.P. in the second case is

When 9.65 coulomb of electricity is passed through a solution of AgNO_3 (at.wt. 108.0 ) the amount of silver deposited is :

When 9.65 C of electricity is passed through a solution of AgNO_(3) (atomic weight of silver 108), the amount of silver deposited is

Certain quantity of electricity is passed through aqueous AgNO_3 and aqueous HCI connected in a series. If 10.8g Silver was deposited, what is the volume of hydrogen collected at one atm and 25^@C ?

Certain quantity of electricity is passed through aqueous AgNO_3 and aqueous HCI connected in a series. If 10.8g Silver was deposited, what is the volume of hydrogen collected at one atm and 25^@C ?