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Jennifer, J.
- Electromotive Force can be Induced by Static Magnets in a Stationary Wire
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1 Department of Information Technology, Anna University , North Kattur, Trichy-620019, IN
1 Department of Information Technology, Anna University , North Kattur, Trichy-620019, IN
Source
Indian Journal of Automation and Artificial Intelligence, Vol 1, No 2 (2013), Pagination: 57-61Abstract
Electromotive force is the energy per unit charge that is created during the separation of positive and negative charges. As Predicted by Faraday, the Electromotive force cannot be induced by a static Magnetic field. Here I present evidence that electromotive force can be induced by a static magnetic field in stationary wire .The magnets exists in dipoles. The constant magnetic flux from static magnets can induce Electromotive force in a stationary wire. This Electromotive force induced is very minimal which is in micro volts. The force of attraction between the opposite poles of a magnet can move the electrons present in the insulated copper wire. Since the magnetic flux exerted by the magnets is constant, the Electromotive force induced is also constant with respect to time.Keywords
Electromotive Force, Static Magnets, Stationary Wire, Atomic ForcesReferences
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