How a magnet can produce electricity?

Answer 1

Magnets make electricity by moving electrons through conductive material. This is accomplished by a variable magnetic field by either rotating a conductive wire in between magnets, or rotating magnets around a conductive wire.

Answer 2

A magnet cannot by itself produce energy. Permanent magnetism is the result of the alignment of electron motion in the metal. Magnetism is also produced by the motion of electrons through a conductor--an electric current.

When a conductor, such as a wire, feels a changing magnetic field, electrons in the wire move, or at least pile up on one end of the conductor. The energy of the resulting electric current comes from the energy required to push the wire past the magnet, such as a turbine driven by steam or falling water.

In a transformer, the input coil produces a changing magnetic field using alternating current. The output coil "feels" the the changing magnetic field and produces output current. The energy comes ultimately from the original steam or water turbine.

Answer 3

Energy is never created or destroyed, only converted. So the question would be better posed as, "How do magnets convert energy?". We do this with magnetic induction. When a magnetic field passes over a conductive non-ferromagnetic metal, such as aluminum or copper, it induces an electrical current in the metal. Thus kinetic energy (of the forward momentum of the magnet) has been converted to electrical energy through the magnet field interacting with the conductive material via magnetic induction.

Answer 4

because its has opposite pole , these poles attract each other

Answer 5

A moving current of electrons produces a magnetic field.The electric force and magnetic force are one in the same.The elctromagnetic force

Answer 6

An electromagnet produces a magnetic field by having electrical energy supplied to it

Answer 7

magnet will not produce electricity due to electro magnetic induction conductor is producing electricity

Answer 8

A moving magnet, or a time-varying magnetic field, around a wire can induce a current in the wire (Faraday's law).