Magnetic levitation.
Magnetic levitation.
When two like poles are placed one on top of the other, they repel each other due to their magnetic fields. This repulsion force causes the magnets to float or levitate above each other without direct contact. This effect is known as magnetic levitation.
A magnet possess the four properties:-attractive property-directive property-like poles repel and unlike poles attract-poles always exists in pairsattractive property: if you bring a magnet near iron filings, the iron filing will get attracted to the magnet. this is the attractive property.directive property:if a magnet is freely suspended by a thread, it will align itself in the north-south direction. this is called the directive property.like poles repel and unlike poles attract: a bar magnet's north pole is brought near the north pole of another magnet, it is observed that the the two magnets get repelled. if the same north pole is brought near the south pole of another magnet, the two magnets get attracted.poles always exists in pairs: when a magnet is cut into pieces, it will always have two poles, that is , north and south. even the smallest magnets will have this property. it is called the dipole property.
they attracted to their opposite poles and certain metals such as iron. their domain are aligned to give them magnetism
No, magnets can only have two poles: a north pole and a south pole. This is a fundamental property of magnets based on their internal magnetic field alignment.
Magnetic levitation.
Magnetic levitation.
When two like poles are placed one on top of the other, they repel each other due to their magnetic fields. This repulsion force causes the magnets to float or levitate above each other without direct contact. This effect is known as 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.
Two magnetic south poles repel each other.
Like poles of magnets repel each other because they have the same magnetic orientation, creating a force that pushes them apart. This phenomenon is a result of the fundamental property of magnets called magnetic polarity.
A magnet suspended on a string or floating in water will always align itself with the Earth's magnetic field, pointing towards the magnetic north pole.
A magnet possess the four properties:-attractive property-directive property-like poles repel and unlike poles attract-poles always exists in pairsattractive property: if you bring a magnet near iron filings, the iron filing will get attracted to the magnet. this is the attractive property.directive property:if a magnet is freely suspended by a thread, it will align itself in the north-south direction. this is called the directive property.like poles repel and unlike poles attract: a bar magnet's north pole is brought near the north pole of another magnet, it is observed that the the two magnets get repelled. if the same north pole is brought near the south pole of another magnet, the two magnets get attracted.poles always exists in pairs: when a magnet is cut into pieces, it will always have two poles, that is , north and south. even the smallest magnets will have this property. it is called the dipole property.
Yes, they have storms just the same as any other place
The place where magnetism is the strongest on a magnet is at the poles, which are located at the ends of the magnet. The magnetic field lines are most concentrated and strongest at the poles compared to other parts of the magnet.
No, the shift of the Poles (even the magnetic Poles) did not take place on 12dec12.
Like poles (north-north or south-south) do not attract each other because they have the same magnetic orientation. The magnetic field lines around like poles repel each other, leading to a force that pushes them away from each other. This behavior is governed by the fundamental property of magnetism known as the principle of magnetism.