MAGNET HEATING AND ELECTRICITY GENERATION, ECONOMY WITH MAGNETIC HEAT GENERATION. 

MAGNET HEATING AND ELECTRICITY GENERATION, ECONOMY WITH MAGNETIC HEAT GENERATION.
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What is a Magnetic Field?
The magnetic field is the magnetic region between the opposite poles of magnets that attract each other and the like poles that repel each other and which is mathematically expressed as a vector field.
How is a magnetic field created?
The magnetic field, which expresses the North and South directions of the compass and can be revealed from the current created by the lines in between, is generally created by creating a force field in which the charges interact.
What does the word magnetic mean?
The origin of the word magnetic comes from the French word “magnétique”. This French word is also derived from the Ancient Greek word magnētikós (μαγνητικός), which means the same thing.
Magnetism is a physical phenomenon created by a magnetic field. An electric current or an elementary particle can create any magnetic field. This magnetic field also affects other currents and magnetic moments. The magnetic field affects every substance to a certain extent. Its effect on permanent magnets is the most well-known. Permanent magnets have a permanent magnetic moment due to ferromagnetism. The prefix "ferro" in the word ferromagnetism is derived from the name of the element iron. Because the permanent magnet was first observed as a natural form of the element iron called "magnetite - Fe3O4". Most materials do not have a permanent moment. While some are attracted by the magnetic field (paramagnetism); some are repelled by the magnetic field (diamagnetism). Others become more complex when exposed to any magnetic field (antiferromagnetism and spin glass behavior). Substances that are negligibly affected by the magnetic field are known as non-magnetic substances. These are copper, aluminum, gases and plastic. Also, pure oxygen exhibits magnetic properties when cooled to a liquid state.
The magnetic state of a substance changes depending on factors such as temperature, pressure, applied magnetic field.
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