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MAGNETIC HEATING WITH MAGNETS - ALTERNATIVE ECONOMIC HEATING TO NATURAL GAS
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Electromagnetic induction is the production of potential difference (voltage) across a conductor exposed to a changing field.
Its discovery was made by Michael Faraday in 1831. Joseph Henry made a similar discovery, but did not publish his findings.
Electromagnetic production is known as Faraday and Neumann's law of production, due to the work of Franz Ernst Neumann. Faraday's law of production is the most fundamental electromagnetic law that predicts how a magnetic field will interact with a circuit to produce electromotive force. This law is the working principle of transformers, inductors and many electric motors, Generators and solenoids. The Maxwell-Faraday equation is a generalization of Faraday's law, and
A diagram of Faraday's iron ring device,
Electromagnetic radiation was discovered independently by Joseph Henry and Michael Faraday in 1831. This product occurs due to the change in magnetic flux when the battery is connected and disconnected. Within two months, Faraday discovered some signs of electromagnetic interference.
. An exception was made by Maxwell, who used Faraday's ideas as the basis for his qualitative electromagnetic theory. In his research, Maxwell explained electromagnetic interaction as differential equations, which Oliver Heaviside called Faraday's law, although they differed slightly from the original version of Faraday's law and did not explain EMF action. Heaviside's model (see Maxwell-Faraday equations) is the today-known form of these equations, known as Maxwell's equations. Lenz's law was formulated by Heinreich Lenz in 1834. Lenz's law describes the 'flux through the circuit' and gives the direction of the induced EMF and the current resulting from the electromagnetic product.
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