Like poles repel and unlike poles attract and keep 'um away from your pacemaker.
Magnetism is a fundamental force that attracts or repels objects with magnetic properties. Magnets have two poles, north and south, and opposite poles attract while like poles repel. Magnets can induce a magnetic field in nearby objects without direct contact, leading to phenomena such as magnetization.
An example of repulsion would be when two magnets with like poles facing each other push away from each other when brought close together. This is due to the repulsive force between the like poles of the magnets.
Permanent MagnetsPermanent magnets are those we are most familiar with, such as the magnets hanging onto our refrigerator doors. They are permanent in the sense that once they are magnetized, they retain a level of magnetism. As we will see, different types of permanent magnets have different characteristics or properties concerning how easily they can be demagnetized, how strong they can be, how their strength varies with temperature, and so on.Temporary MagnetsTemporary magnets are those which act like a permanent magnet when they are within a strong magnetic field, but lose their magnetism when the magnetic field disappears. Examples would be paperclips and nails and other soft iron items.ElectromagnetsAn electromagnet is a tightly wound helical coil of wire, usually with an iron core, which acts like a permanent magnet when current is flowing in the wire. The strength and polarity of the magnetic field created by the electromagnet are adjustable by changing the magnitude of the current flowing through the wire and by changing the direction of the current flow.
The strength of magnetic fields decreases as the distance between two magnets increases. This relationship follows an inverse square law, meaning that the magnetic field strength decreases exponentially with distance. Therefore, the closer the two magnets are, the stronger the magnetic field between them will be.
the coil between 2 magnets experience a force just like the ones in which a magnet is freely suspeneded and attracted by another manget. Secondly u apply current to it so electricity is converted to magnetic energy and the to kinetic energy (movement of the coil) -dumb student class 10 igcse
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No, they are all the same but different rules apply.
Metals that are attracted by magnets or that can be turned into magnets are as follows: 1-iron 2-cobalt 3-nickel 4-steel (a compound not an element)
You get one magnet and put it to another and then they are together like magnets... no need to thank me for the answer.
yes. Four poles are created like two normal magnets. if we further divide the 2 new magnets, we get 4 new magnets each with its own north pole and south pole.
Well, I don't know the exact rules, but it should be rules that apply to mostly every game 1) Don't swear 2) Have fun and enjoy the game 3) Any problems with any players report them etc etc.
Two rules apply to overloaded methods: 1. The return type of the methods can be different, but the argument lists of overloaded methods must differ. 2. The argument lists of the calling statement must differ enough to allow unambiguous determination of the proper method to call.
You now have 2 bar magnets, each with half the magnetic force of the original.
Magnets always produce an electromagnetic force- between the similar ends of magnets it is electromagnetic repulsion.
Permanent magnets can be made by :- 1. Applying elecric field to the magnet put in between the coils of solenoid. 2. By putting magnets on the tracks of trains.
magnetic poles (force) will draw paper clips to magnets
when they have the same polarity