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Electroanalytical Techniques in Chemistry

Electroanalytical techniques involve the interaction of electricity with matter to measure electrochemical properties like potential, current, and charge. These techniques, including potentiometry and voltammetry, find applications in analytical chemistry, environmental monitoring, and biomedical analysis due to their ability to determine oxidation states, low detection limits, and cost-effectiveness. The instrumentation used in electroanalytical techniques includes electrochemical cells where oxidation-reduction reactions occur, distinguishing between galvanic and electrolytic cells based on spontaneity. Potentiometry and amperometry are key methods in electroanalytical chemistry, measuring potential difference without significant current flow and analyzing current proportional to analyte concentration, respectively.

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Electroanalytical Techniques in Chemistry

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