Not only magnets, but metal repel. There are two kinds of charges that metal contain, positive and negative. If you push a positively-charged magnet towards another positively-charged magnet, they'll repel, maybe because one type of charge needs the other to attract. If this one type of charge comes close to another charge of the same kind, it won't receive what it needs, and feel "resent" to the other charge, then repel. If you push a negatively-charged magnet towards another negatively-charged magnet, they will also repel.
Yes, magnets can repel certain types of metal, specifically those that are ferromagnetic. When two magnets with like poles facing each other are brought close, they will exert a repelling force on each other. This repelling force can also act on certain metals, causing them to be repelled by the magnet.
The word for magnets not sticking is "nonmagnetic." Materials that are nonmagnetic do not attract or repel magnets and are not influenced by magnetic fields.
forever
The magnets repel each other, preventing them from coming together.
Magnets can attract and connect to ferromagnetic materials such as iron, nickel, and cobalt. Magnets can also repel other magnets if their poles are facing each other in the same direction.
Magnets attract or repel other magnets thanks to something called the magnetic force.
Magnets do not repel metals. Magnets attract ferromagnetic materials such as iron, nickel, and cobalt.
Two alike magnets repel because of the way that the magnetic force flows from each Pole.
Yes, people can see magnets repel because apparently, the just won't connect
when the magnets repel they have the same poles facing each other. Like if you hold two north side pole together they will repel.
Magnets attract or repel in a vacuum just as they do in regular air. The absence of air or other material does not affect the magnetic force between magnets.
Yes, they repel when the same poles are together.
of course not.
yes
because they repel
repel
Yes, when magnets repel each other, they will move in opposite directions. This is due to the magnetic force pushing the magnets away from each other along the lines of magnetic force.