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How did Michael Faraday's discoveries lead to electric power generation?

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Michael Faraday’s experimental work in 1831 established the foundation for modern electric power generation by discovering electromagnetic induction. He observed that moving a permanent magnet into and out of a coil of wire, or moving a conductor near a stationary magnet, induced an electric current in the wire.21

Faraday realized that the magnitude of the induced current depended on the rate at which the conductor cut across the magnetic field’s "lines of force". This insight led him to invent the first dynamo, a device that produced a continuous current by rotating a copper disk between the poles of a powerful magnet.13

Faraday’s law of induction remains the fundamental principle of the power industry, enabling the transformation of mechanical energy into electrical energy. By demonstrating that changing magnetic flux induces an electromotive force, his discoveries provided the essential mechanism for all modern electric generators and electric motors.421