Dipole Field
The reason why they don't stick together is because magnets have a positive and negative charge. if you put a positive charge side together with another positive side it won't stick because they are the same charge. if they are opposites they will stick.
a proton in at atom has a positive charge + and an electron has a negative charge - and they attract one another like magnets
A positive charge is a positive electrical charge. Particles with no charge are called neutral particles.
An electrical charge in motion is called a current.
The atom needs to have a charge to be deflected (as an electromangets are being used - magnets work with charge) so by ionising the atom, it loses an electron and gains a positive charge.
magnets have potential energies associated with them and whatever object they are interacting with (must have charge to interact...). this energy does work as the force is exerted on said object, the direction being dependent on the charge. so yeah magnets can pull stuff
Current flow or the change of charge in time.
No, batteries don't charge faster when around magnets. It charges at the same speed.
It will lose its magnetic charge.
"electro magnets" are magnetic ONLY when electricity travels through a coil of wire surrounding them. "Magnets", as you state it, are permanent magnets and remain so independent of and not dependent upon any additional electrical charge.
The reason why they don't stick together is because magnets have a positive and negative charge. if you put a positive charge side together with another positive side it won't stick because they are the same charge. if they are opposites they will stick.
if you are using magnets, they stick together.
a proton in at atom has a positive charge + and an electron has a negative charge - and they attract one another like magnets
Magnets direct charged particles based on their mass and charge.
By creating a difference in potential. Charge will flow in those conditions.
Some metals can act as permanent magnets because they are able to hold a magnetic charge. These include iron, steel, and copper.
positive, negative, and neutral all of these charges are in an atom, and they are called [protons (+) Neutrons (0) <-- both are in the nucleus] and electrons (-) which orbit the nucleus of the atom.