Because of the magnetic force
Magnets have a magnetic field about them. This field can act on objects without the magnet coming in contact with the object.
Is iron has to stick to the magnet.
A solenoid acts like a magnet when an electrical current is sent through the coil. A permanent magnet is magnetic all the time. Therefore, they are similar when both act like a magnet, but not when the solenoid is turned off.
Any old piece of metal can be a temporary magnet; it can be made to act as a magnet for a while, then revert back to being just metal without any magnetic properties.
Magnetism is used to show how attractive something is. For example, a magnet can attract a paperclip from a certain distance. The distance is its magnetism.
They can both attract, or can repel, they can both act over a distance.
Yes, as the distance of the magnet increase its magnetic force decreases
Yes, as the distance of the magnet increase its magnetic force decreases
The magnet's poles( north and south) easily attracts eachother. They can attract magnets at a distance invisibly, through what we call a magnetic field. It can act a distance. It causes a pulling and pusing force on other magnets. When you move the magnet close to a object for example a nail, it will jump and pull itself to stick with the magnet.
Magnetic force is inversely proportional to the square of the distance from the magnet which generates it.
Magnets have a magnetic field about them. This field can act on objects without the magnet coming in contact with the object.
coz i dont know
The space around a magnet where the force of the magnet can act is the space occupied by the magnetic field. Alternatively we say that the magnetic field acts in the space around a magnet. That is a very qualitative statement with little predictive value. More predictive value is contained in a statement that the strength of the magnetic field at any position in the vicinity of a magnet is measured by the torque which is exerted on a small magnet moment (compass) place in the vicinity of a magnet. This, recorded with the direction the test compass points is actually a mapping of the magnetic field of a magnet. As a side note, if carefully measured one discovers that strength of the field around a magnet decreases as the inverse cube of the distance when far from the magnet. The field is mostly in the volume near the magnet but the weakening field continues to exist at all distances from the magnet.
A "Neodymium magnet or Super Magnet".
the closer the magnet is to the nails the greater the magnetic force between the magnet and the nails
magnet
yes it can