A magnet is an alignment of particles in a solid. You can imagine a magnet as a bunch of tiny magnets that are all pointing in the same direction. When they point in the same direction, the little parts add up, and the magnet works like you'd expect.
When you heat or hammer a magnet, the little magnetic parts can get jostled and unaligned. When that alignment is disturbed, they no longer point in the same direction and may even cancel other magnetic parts out, weakening and eventualy destroying the magnetism.
The answer is: Yes, it does.
And the reason is this: In a magnet the electrons in the atoms are spinning in the same direction, which gives a magnet its magnetic domain-north or south-and creates a magnetic field.
If the electrons are spinning every which way, the domains are scattered and the magnet is not magnetized.
Dropping, hitting, or heating a magnet will disturb the magnetic field-the spin of the electrons goes out of alignment and becomes random. (If you heat the magnet, the electrons start moving more quickly and can vibrate out of alignment with the domain.) The answer is: Yes, it does.
And the reason is this: In a magnet the electrons in the atoms are spinning in the same direction, which gives a magnet its magnetic domain-north or south-and creates a magnetic field.
If the electrons are spinning every which way, the domains are scattered and the magnet is not magnetized.
Dropping, hitting, or heating a magnet will disturb the magnetic field-the spin of the electrons goes out of alignment and becomes random. (If you heat the magnet, the electrons start moving more quickly and can vibrate out of alignment with the domain.)
It can.
Magnets do what they do because the positive and negative building blocks of the magnet are lined up uniformly. Dropping the magnet causes the components to vibrate and they may realign out of order, thus weakening the unity of the magnetic force.
You can also create a magnet using a simple piece of soft iron. If you align it with the magnetic poles of a magnetic force, even that of the earth itself, and strike it with a hammer, causing the components to vibrate, some will align with the magnetic direction of the magnetic field, or the magnetic north pole of the earth, creating a magnetic unity.
The answer is: Yes, it
does.
And the reason is
this: In a magnet the
electrons in the atoms
are spinning in the
same direction, which
gives a magnet its
magnetic domain-
north or south-and
creates a magnetic
field.
If the electrons are
spinning every which
way, the domains are
scattered and the
magnet is not
magnetized.
Dropping, hitting, or
heating a magnet will
disturb the magnetic
field-the spin of the
electrons goes out of
alignment and
becomes random. (If
you heat the magnet,
the electrons start
moving more quickly
and can vibrate out of
alignment with the
domain.)
Heat or shock. Heating it past a certain point, or subjecting it to a hard mechanical shock will rearrange the magnetic domains so that they are no longer alligned. Also, an alternating magnetic field will neutralize a weaker magnet. The process is called "Degaussing".
If you burn it.
the magnetism in it losses so it will not work any more and become more weaker
Magnetism
no comment
An electro magnet proves that Electricity and Magnetism always co-exist in nature
Electromagnet. it is a piece of metal (usually iron) that is wrapped in copper wire. it is turned on by putting electricity through the copper wire. it then producces a magnetic field when electricity is run through it.
Both are magnetic.
A magnet is produced by aligning the magnetic domains in a material to point in the same direction. When heated, the magnet loses its magnetism as the molecular motion, which is caused by heating, destroys the alignment of the magnetic domains. Ferromagnetic materials also lose its magnetism after being melted. However, when the magnet is being hammered whilst cooling in a magnetic field, the melted magnet would gain its magnetism again.
A magnet can lose its magnetism if exposed to high temperatures. If heated above the point called the Curie temperature, a magnet will lose its magnetism.
Hitting a magnet may affect its magnetic domains and thus may remove its internal magnetism, thus the magantism may be reduced or even removed by hitting it.
Color does not affect magnetic force. But as magnet gets heated it loses magnetism
Lodestone, a variety of the mineral magnetite, displays strong magnetism. Some other minerals are weakly magnetic, or display magnetism when heated.
yes any magnet either heated or hit hard loses its magnetism
It can lose it by being heated, being struck or being exposed to a rapidly changing magnetic field.
The known magnetism in a bar magnet is electromagnetism.
Per se - it doesn't. The reason to use a supercooled magnet is that the power consumption is much lower, so its a question of economics - not magnetism.
De-magnetism is when a magnet is no longer a magnet. For example, when a magnet becomes heated it loses its magnetism. This is because the alignment of domains (groups of atoms) is disrupted. This is due to the expansion of the domains; the energy to expand is provided from the heat. During the expansion, the domains require more space therefore disrupting the alignment. This causes a magnet to become weaker and weaker to the point where it is no longer a magnet.... Hope this helps! :)
magnetism
A magnets magnetism is strongest at the poles.