Suppose you want to extract the iron from ferrous iodide, FeI2, through electrolysis. What can be said about the merits of electrolysis of molten versus aqueous FeI2? Group of answer choices You'll have to perform electrolysis of the aqueous solution because you can't get iron metal from electrolysis of the molten salt. You'll have to perform electrolysis on the molten salt because you can't get iron metal from electrolysis of the aqueous solution. Electrolysis of either the molten or aqueous salt will produce solid iron. Electrolysis will not produce solid iron rega

Electrolysis of either the molten or aqueous salt will produce solid iron.

Explanation:

Iron (II) iodide has a relatively low melting point. Electrolysis of the molten salt will probably produce solid metallic iron and liquid I2 as well as iodine vapor. The temperature need not be high enough to cause Fe to melt.

so Electrolysis of either the molten or aqueous salt will produce solid iron.

the potential energy of the reactants is 200j.

from the energy diagram, the energy of the product formed is 350j; this means that, this reaction is an endothermic reaction, because it absorbs energy from its environment.