How is magnetism distoyed .. question of science
Answers
Answer:
Magnetism is distoyed by heating a magnet past its Curie point.
Explanation:
In the case of heating, energy is provide to the magnetic dipoles causing them to free themselves from the initial order, thus destroying or reducing the ordering of the magnetic dipoles.
Answer:
Magnetism is defined as the force that attracts or repel two objects having magnetic properties.
Explanation:
Magnets are made up of atoms and these atoms are aligned in north and south poles for magnetism. The arrangement of atoms is dependent on the environmental condition such as temperature.
Magnetism of magnet can not be destroyed by hammering and heating of the magnet. When a magnet is expose to heat, the alignment of atoms in poles get jumbled and disturbs their alignment which allow to loss the magnetism of magnet.
Same as with hammering, hammering misaligns the atoms arrangement in magnet and destroy its magnetic properties.
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