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Any time a magnet's flux lines cut past a conductor (wire), a small pulse of electricity is generated. A generator is the same as a motor, except, it's rotor core is rotated by external means (wind, waterfall from a dam, steam and so on). As the rotor rotates, the magnetic field lines cut the conductors creating a pulse of electricity. The faster the rotor is rotated, the more power you will generate. You can experiment by using a small toy motor, connect the wires to a small low voltage light bulb, then rotate the rotor; the light bulb will light up.

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16y ago
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13y ago

Any time a magnet's flux lines cut past a conductor (wire), a small pulse of electricity is generated. A generator is the same as a motor, except, it's rotor core is rotated by external means (wind, waterfall from a dam, steam and so on). As the rotor rotates, the magnetic field lines cut the conductors creating a pulse of electricity. The faster the rotor is rotated, the more power you will generate. You can experiment by using a small toy motor, connect the wires to a small low voltage light bulb, then rotate the rotor; the light bulb will light up.

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13y ago

When a conductor is moved through a magnetic field ("cuts the field lines"), a voltage, and a current, is induced in the conductor. Thus, mechanical energy is converted tinto electrical energy.

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12y ago

Pass a magnet back and forth near a piece of wire, and electricity is produced in the wire. It has nowhere to go until a complete circuit is established, however.

Scale this up to a large winding of wire, and rotate the magnet inside the large winding and you will generate much more electricity . . . in fact, a device of this nature is called a 'generator'.

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12y ago

If the wire is moved in the magnetic field - that is, near the magnet - a voltage will be generated. If the wire is connected to a closed circuit, a current will also flow. I want to know that with magnet rotating it attached to a wire of no eletricity the wire attached to a small bulb. By rotating magnet electricity is produced make bulb glow. But what i want to do/

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13y ago

Transfer of magnetic fields to electric and vice verse is described by Maxwell equations.

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12y ago

You get electricity from magnets when they are spun up inside a coil of wire. See the video available at the link below.

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Q: How can you generate electricity using magnets?
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