How do magnets work?
magnets have magnetic fields that attract iron -containing objects. For example, some substances attracted by magnets include iron, nickel and steel. Magnets are used for different purposes, from connecting objects to refrigerators and compassing compass to ensure fast roller coaster and mechanical energy to electricity. They are even used in some toys.
understanding how magnets work means to determine the dynamics of the magnetic field. Consider the space that surrounds the magnet. This space is occupied by a magnetic force and is called a magnetic field. If a magnet is placed in this field, it will act with magnetic forces.
The magnetic field is created as a result of moving fees. A good example is the electric current that flows through the wire. When this happens, there are negatively charged subatomical particles called electrons, moving wire. As these hubs move, magnetic poleforms around the wire. Similarly Magn isThe ethical field of the magnet created by the movement of electrons.
The magnetic field of the magnet attracts or repels certain metals, as well as other magnets. The magnet has two ends that are referred to as poles. One pole is called the north and the other is referred to as south. If you want to attract each other magnets, you have to place the opposite ends of two magnets close to each other. Location of the ends of two magnets close to each other that the opposite occurs; Both magnets repel each other.
Interestingly, the Earth has a natural, magnetic field in the core. If you look at the compass, you will notice that one side is marked "N" and is heading towards the northern magnetic pole of the Earth. This part of the compass is therefore referred to as the North -West Pole. However, the North Magnetic Pole of the Earth should not be confused with its North Pole. The North Pole is located hundreds of kilometers from the Northwest Pole.
Although most people are familiar with oneDisclosure magnets of the refrigerator, there are many other types of magnets. They are categorized as permanent, temporary and electromagnetic. Permanent magnets maintain their magnetic properties for a longer period of time, while temporary magnets lose magnetism faster. On the other hand, the electromagnet is the one that is formed by electricity. Its power can be changed on the basis of an electric current that can move through it.