Hi
I'm reviewing magnetism on a very fundamental level, I have a brief question:
My understand so far:
- Magnetic fields, unlike electric fields are only produces by charged particles in motion
- In non-magnetic materials, the electrons all produce individual magnetic fields, but due to their random orientations they sorta cancel eachother out
- Where as in magnetized materials, such as permanent magnets, these fields are sorta aligned so that they DONT cancel eachother out
My question:
In magnetized materials/permanent magnets, do all these individual feels add up to eachother and strengthen?
I'm reviewing magnetism on a very fundamental level, I have a brief question:
My understand so far:
- Magnetic fields, unlike electric fields are only produces by charged particles in motion
- In non-magnetic materials, the electrons all produce individual magnetic fields, but due to their random orientations they sorta cancel eachother out
- Where as in magnetized materials, such as permanent magnets, these fields are sorta aligned so that they DONT cancel eachother out
My question:
In magnetized materials/permanent magnets, do all these individual feels add up to eachother and strengthen?