Molten sodium chloride can be reduced to sodium metal by passing an electric current through the molten salt to split it into its elements. Illustrated below is a simple diagram of the cell. Show the balanced equations for the anode, cathode, and overall cell reactions.

Draw a cell setup for the electrolysis of molten AlBr₃ and indicate the direction of the flow of electrons.

The cell shown in the image below is used to commercially produce Sr via electrolysis from a molten salt (the electrolyte), such as SrCl₂. Remember that in an electrolytic cell, which is the opposite to what we see in batteries, the anode is given the "-" sign and the cathode is given the "+" sign. What is the half-reaction at the anode of the electrolytic cell?

Which cell represents an electrolysis cell that electroplates Zn?