When two of the same poles are brought together they will repel each other. When opposite poles are brought together they attract. Your question was a little unclear, so I hope this helps.
When two of the same poles are brought together they will repel each other. When opposite poles are brought together they attract. Your question was a little unclear, so I hope this helps.
If a magnet's north pole is brought near the north pole of another magnet, the two poles will repel one another.
They repel each other.
they move away
They will repell
When two of the same poles are brought together they will repel each other. When opposite poles are brought together they attract. Your question was a little unclear, so I hope this helps.
So that they can come together quickly
While electrons behave like magnets, not all atoms are magnets. Electrons typically pair up with spins opposite each other making their fields cancel each other.
Electromagnets are just as "real" as permanent magnets and behave in exactly the same way (as long as there's current flowing through them). So, yes: the north pole of a permanent magnet will attract the south pole, and repel the north pole, of an electromagnet.
That is because of magnetic domains. Magnetic domains represent the magnetism at a given spot in the form of a direction. If the all point, let's say, left, the magnet's south pole will be on the left. Ex: LLLL If we were to split this magnet, we'd get LL LL, which is simply two smaller magnets.
they move away
When two of the same poles are brought together they will repel each other. When opposite poles are brought together they attract. Your question was a little unclear, so I hope this helps.
Magnets behave exactly the same in space as they do on Earth. Who told you that they don't ??
So that they can come together quickly
a spinning electron produces a magnetic field that makes the electron behave like a tiny magnet
electrical magnets.
While electrons behave like magnets, not all atoms are magnets. Electrons typically pair up with spins opposite each other making their fields cancel each other.
they attract to eachother... the stick together. <3
In most cases yes.
Atoms behave as magnets for two reasons. First, the electrons which make up the atom are themselves magnets, with magnetic dipole moments of magnitude one Bohr magneton Second, the atoms are ''orbiting'' the nucleus, and this orbital motion etcAnswered by,Justin James
Electrons move in orbit and thus produce a magnetic field like a electromagnet.
When two of the same poles are brought together they will repel each other. When opposite poles are brought together they attract. Your question was a little unclear, so I hope this helps.