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A magnetic domain is a region of uniform magnetization within a material.

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14y ago

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Related Questions

What kind of magnet is the domain remains aligned?

A permanent magnet.


Group of atoms within a magnet is called a what..........?

I think it is a magnetic domain but not sure.


Is the nucleus of an atom of the magnet also a magnet?

No!The smallest particle in which a magnet still has the same magnetic properties is a called a domain. If you split this domain into other remnants, then that particle shall seize to become a magnet and shall just be a piece of matter


What is one way that a magnet's domain could become unaligned?

heat


What is a group of aligned atoms that behaves like a magnet?

domain


When does the magnetic domain in a magnet produce a weaker magnet?

When the external magnetic field is removed, the magnetic domain in a magnet can produce a weaker magnet due to randomization of the magnetic moments within the domains, causing them to lose alignment. This results in a decrease in the overall magnetic field strength of the magnet.


Is an entire magnetic domain acts like a bar magnet with a north and a south pole?

yes because it acts on the magnet


A tiny region in a magnet where all the atoms are grouped together and their poles are alined?

Domain


What is a tiny region in a magnet where all the atoms are grouped together and there poles are aligned?

Domain.


What is a group of atoms with their magnetic poles pointed the same direction?

A magnet, or a magnetic domain.


What type of magnetic poles do the domains at the north of a magnet have?

This is a really confusing question, but I believe you want to know how the magnetic domain at the north pole of a magnet is. The answer is uniform.


What type of magnetic poles do the domains at the north pole of a magnet have?

The domains at the north pole of a magnet have their magnetic poles pointing outward, creating a magnetic field that attracts the south pole of other magnets. Each domain has its magnetic north pole facing outward at the surface of the magnet.