Electrolysis can be used to determine atomic masses. A current of `0.550A` deposits `0.55g` of a certain metal in 100 minutes. Calculates the atomic mass of the metal if `n=3 :`

Electrolysis can be used to determine atomic masses. A current of 0.550 A deposits 0.55g of a certain metal in 100 minutes. Calculate the atomic mass of the metal if eq. mass=mole. Mass/3

Electrolysis can be used to determine atomic masses. A current of 0.550 A deposits 0.55g of a certain metal in 100 minutes. Calculate the atomic mass of the metal if eq. mass=molar Mass/3

Electrolysis can be used to determine atomic masses. A current of 0.550 A deposits 0.55g of a certain metal in 100 minutes. Calculate the atomic mass of the metal if eq. mass=mole. Mass/3

Electrolysis can be used to determine atomic masses. A current of 0.550A deposits 0.55g of a certain metal in 100 minutes. Calculate the atomic mass of the metal if eq. wt = mole.wt./3

Electrolysis can be used to determine atomic masses. A current of 0.440 A deposits 0.44g of a certain metal in 100 minutes. calculate the atomic mass of the metal of if eq. mass = molar mass/3.

A current of 9.65A flowing for 10 mi n deposits 3.0g of the metal which is monovalent. The atomic mass of the metal is

A current of 0.5 A flowing for 30 min deposits 0.2964g of a metal at the cathode. Calculate the equivalent mass of the metal.