Electrochemistry: From Cells to Conductivity
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Electrochemistry investigates how chemical reactions generate electrical energy and how electrical currents drive chemical changes within electrochemical cells. These systems generally operate as either galvanic cells, which produce spontaneous power, or electrolytic cells, which require external current to force non-spontaneous reactions. Within these setups, conductors facilitate the flow of charge through either electronic movement or ionic migration, governed by principles like Ohm's law. Faraday's laws establish the mathematical relationship between the amount of electricity applied and the mass of substances deposited during electrolysis. Finally, the overall conductivity of a solution is determined by specific measurements of resistance, cell constants, and the behavior of strong and weak electrolytes as dilution changes.
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