The redox reaction in an electrolytic cell is nonspontaneous. Electricity must stimulate the electrolysis response. A good example of an electrolytic cell is shown below, where molten NaCl is electrolyzed to form liquid sodium and chlorine gas. The sodium ions migrate toward the cathode, where they may be reduced to sodium steel. Similarly, chloride ions migrate to the anode and are oxided to form chlorine gas. This type of cell is used to produce sodium and chlorine. The chlorine gas can be accumulated encompassing the cell. The sodium material is less thick than the molten sodium which is removed as it floats to the most notable of the reaction container. An electrolytic cell decomposes chemical compounds by means of electricity, in an activity called electrolysis; the Greek term lysis methods to break up. The result would be that the chemical energy is increased.