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5K10.20 - Induction Coil with Magnet

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Uploaded by on Feb 27, 2009

Faradays induction law is clearly demonstrated here. The magnetic field lines emanating from the end of the bar magnet are fringed. As the magnet is moved towards or away from the coils center (or as the magnet is held stationary and the coil moved), the magnetic flux through an imaginary surface bounded by the coils loops varies in time. As a consequence, an induced electric field in the coil produces a current that is evident on the ammeter.

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Education

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  • I well say LENZ low , Y?

    put a switch on one of the wires kip your magnet inside, close and open the circuit very fast and check your meter, put a relay instead the switch, put a flip flop to activate the relay and made and video call free energy, check for the word nameste and aser if mater is or is not a stated of light.NAMESTE

  • Do the negative and positive ends of the magnet have the same affect or were you putting the positive end first or negative?

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