The process of Electroplating involves applying a thin layer of metal over another type of metal, typically one that is less expensive, using an electrical current. Electroplating is frequently used to add qualities, such as anti-corrosion and anti-rust, and to give less expensive metals a more opulent appearance. Two distinct metals, an electrolyte solution, two electrodes, and a battery or other power source that can generate electrical current are required to electroplate a metal.
One metal becomes negatively charged once the electricity is turned on, and the other metal becomes positively charged. The positively charged metal molecules will gradually move to the negatively charged metal's surface over time, forming a very thin coating. This is frequently demonstrated by Electroplating copper onto brass. Brass and copper would be put into the appropriate electrolyte solution in this case. You should likely use a solution that contains copper sulphide in this situation. Then a battery and electrodes would be connected to each piece of metal. As the electricity is turned on, the copper molecules will gradually bind to the brass, leaving a thin copper coating on the brass's surface.
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