Magnetic levitation.
Magnetic levitation.
Magnetic levitation.
When opposite poles of a magnet are placed near each other, they attract each other. This attraction is due to the alignment of magnetic field lines between the two poles. The force of attraction between opposite poles is stronger than the force of repulsion between like poles.
If you placed two magnets with their north poles end to end they would repel each other.
Like or the same.
Magnetic levitation.
Magnetic levitation.
Magnetic levitation.
When two like poles of a magnet are placed one on top of the other, they repel each other due to the magnetic force between them. This repulsion creates a force that can counteract gravity, allowing the top magnet to "float" above the bottom one. The stability of this arrangement depends on factors like the strength of the magnets and their alignment. In essence, the floating occurs because the repulsive magnetic force exceeds the gravitational pull on the upper magnet.
Wisconsin
they create an electrical current
Yes, Because they repel each other.
When opposite poles of a magnet are placed near each other, they attract each other. This attraction is due to the alignment of magnetic field lines between the two poles. The force of attraction between opposite poles is stronger than the force of repulsion between like poles.
If you placed two magnets with their north poles end to end they would repel each other.
Two magnetic south poles repel each other.
Like or the same.
When two magnets with like poles (either both north or both south) are placed next to each other, they will repel each other. This repulsion occurs because the magnetic fields of the like poles push against each other, creating a force that keeps the magnets apart. As a result, the magnets will tend to move away from one another rather than attract.