" Electrolysis of fused "KCl,MgCl_(2),6H_(2)O" gives: "

Electrolysis of fused KCl.MgCl_2. 6H_2O gives:

The electrolysis of molten KCl. MgCl_(2) . 6H_(2)O gives

Electrolysis of fused anhydrous KCl.MgCl_2.6H_2o gives

Electrolysis of KCl. MgCl_2 . 6H_2O gives: potassium only magnesium only magnesium and chlorine potassium and magnesium.

Magnesium obtained by the electrolysis of fused MgCl_(2) using

KCl.MgCl_2. 6H_2O is a

KCl.MgCl_2. 6H_2O is a

During the electrolysis of fused carnalite, MgCl_(2) is decomposed to liberate Mg at cathode and not KCl to liberate the K at cathode. This is because of: