How does the amount of electricity affect the material deposited during electrolysis?

As described by the British scientist Michael Faraday, the amount of material deposited during electrolysis is directly proportional to the quantity of electricity passed through the electrolyte.12

According to Faraday’s first law of electrolysis, the chemical change produced at an electrode boundary is proportional to the total electric charge used. Furthermore, his second law establishes that when the same quantity of electricity is applied to different substances, the amounts of chemical change produced are proportional to their equivalent weights.1

Faraday demonstrated that a specific, definite amount of charge is required to convert an ion into an atom of an element. This fundamental unit of charge, which releases one gram-equivalent weight of an ion, is known as the faraday. His experiments provided critical evidence that electrical forces are intrinsic to the structure of matter and helped establish the relationship between atomic mass and electric charge.213