Heyo!
Okay, I always assumed when two "magnetic" objects attract/repel there is always a limit to how much force! Each magnetic object applies.
Say you have a ceramic magnet and a electromagnet.
You build a classic old motor. Now there is a force between the two, As you increase the (Power) fed to the electromagnet it increases the force between them.
But the magnet on the other hand is constant. It has a certain value that can not change.
I noticed that all permanent magnets have a "limit" to the amount of force it can apply to push/pull/flip any magnetic object.
Each pole of a permanent magnet, has a certain value (x) I call the limit.
The limit to the amount of FORCE that pole can apply.
Have I comprehended this correctly?
There is always a limit value of force a magnet's pole can apply to attract/repel another magnetic object?
Okay, I always assumed when two "magnetic" objects attract/repel there is always a limit to how much force! Each magnetic object applies.
Say you have a ceramic magnet and a electromagnet.
You build a classic old motor. Now there is a force between the two, As you increase the (Power) fed to the electromagnet it increases the force between them.
But the magnet on the other hand is constant. It has a certain value that can not change.
I noticed that all permanent magnets have a "limit" to the amount of force it can apply to push/pull/flip any magnetic object.
Each pole of a permanent magnet, has a certain value (x) I call the limit.
The limit to the amount of FORCE that pole can apply.
Have I comprehended this correctly?
There is always a limit value of force a magnet's pole can apply to attract/repel another magnetic object?
