Circular Entry Guide, S Structure of S Pole, N Pole

The best example of magnets is the earth. If the earth wants to be a major magnet, the geomagnetic northern pole of the earth is currently the S, and the geomagnetic Antarctic is N pole. Is it or not, the guide pole and the polar pole suction, the guide pole and the guideline pole, referring to the arctifier and the finger Arctic reprimand.

Because magnets are called magnets, it can attract objects that produce magnetic fields outside the iron. In simple terms, magnets refer to the iron ore products. The broad magnetic magnet refers to the use of objects or devices that produce magnetic fields. , Nickel and cobalt and other metals.

The magnetic torque of the magnet is a vector that can describe the overall magnetic special magnetic magnet. While the magnet generates the magnetic field, it will also be affected by the external magnetic field. When the magnet is placed in an external magnetic field generated by other coils or magnets, the magnet will Due to a torque trying to push its magnetic torque to the positive magnetic field, the magnet in the magnetic field may also be able to move in a specific direction. If the magnetic field does not change with the space, the net force of the magnet is zero.

The N pole, S pole structure of magnets

N pole: the pole of the magnetic stick to the north is called [refers to the Arctic], referred to as [N pole].

S pole: The pole of the magnetic stick is pointed to the south, called [Guide Extreme], referred to as [S Polar].

Regardless of how the magnet is cut, the N pole and S pole must not be divided. Any shape of the magnet, N pole and S pole must be paired at the same time. When the magnet is broken, new magnetic poles will be generated at the fracture, becoming two new magnets. Both ends of the magnet, regardless of the N pole or S pole, are the most magnetic areas, called magnetic poles. The magneticity in the central part is called [Neutral Area]. The magnetic pole, vertical NS connection cutting, will produce new magnetic poles.