Magnets Based On Shape

Magnets don’t have uniform shapes and sizes. Based on different shapes, they are classified into various categories. Let’s learn more about the different shapes of magnets.

Bar Magnet

A bar magnet is a ferromagnet. It is a rectangular piece made from steel, iron or any other ferromagnetic material/ bar magnet that shows the properties of a permanent magnet. A bar magnet has two poles, namely the north and a south pole. If a bar magnet hangs freely, it automatically aligns itself so that the northern pole of the bar magnet faces toward the earth’s magnetic north pole.

There are two types of bar magnets based on their magnet shape. These two types are:

  • Rectangular Bar Magnet: Magnetic strength and magnetic field of a rectangular bar magnet are more significant than other magnets. Rectangular bar magnets are in the manufacturing as well as engineering industries.
  • Cylindrical Bar Magnet: Cylindrical bar magnets are also known as rod magnets. The magnetism property of this magnet is higher than other magnets as its thickness is more significant than its diameter. Cylindrical bar magnets are popular in research, experimental, education and other industries.

Spherical Magnets

The magnet is a spherical magnet in a sphere in form. Spherical magnets are also known as ball magnets. The configuration of the polarity of these magnets is similar to that of earth. The concentration of magnetic fields is higher at the north pole as well as the south pole. Spherical magnets can attach like beads when two or more spherical magnets are together. Spherical or ball-shaped magnets are widely used in consumer products, magic hobbies, electronics, R&D and many more.

Horseshoe Magnets

The magnet shape of a horseshoe magnet is U-shaped or shaped like a horseshoe. The Horseshoe magnet was invented in 1825 by William sturgeon. The most significant advantage of a horseshoe magnet is its stronger magnetic field than many others. This is because the magnetic poles of a horseshoe magnet are much closer to each other. Horseshoe magnets pick up large pieces of metals that are heavy.

Disc Magnets

A disc magnet is a circular magnet that is thin and flat. The thickness of a disc magnet shoe does not exceed its diameter. It is a common and versatile magnet. If a hole is drilled, then a disc magnet is recessed in the hole. They are used for holding applications as well as in cup assemblies. It has a north pole and a south pole. They are widely used in industries and markets.

What is a Magnet?

Magnet is a physical object that can generate a magnetic field around itself, and this field is called Magnetic Field. This magnetic field is responsible for attracting unlike poles and repelling like poles. In other words, a magnet has the power to draw in magnetic materials toward itself and push away those materials that possess similar magnetic properties. The study of magnets is important for Class 6, Class 8, Class 10, and Class 12.

In this article, we are going to learn about what is a magnet, the properties of magnets, the poles of magnets, the magnetic field of magnets, types of magnets, and the applications of magnets.

Table of Content

  • What is a Magnet?
  • Properties of Magnet
  • Poles Of Magnet
  • Magnetic Field Of Magnet
  • Magnetic Field Lines
  • Types of Magnets

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What is a Magnet?

Magnet is a material that attracts or repels any other similar kind of material in its surroundings. This attraction or repulsion is due to the creation of a magnetic field around the magnet. The strength of the magnetic field is stronger near the magnet and decreases as we go away from it. Hence, the strong attraction and repulsion is felt near the magnet. There are different types of magnets based on nature such as Permanent Magnets, Temporary Magnets, and Electromagnet. Magnets are also of different shapes; based on shape they are classified as bar magnets, spherical magnets, and u-shaped magnets....

Properties of Magnet

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Poles Of Magnet

The Poles of a Magnet are the end points of magnets. There are two poles of a magnet namely North Pole and South Pole. There are two laws of attraction of poles which are stated as follows...

Magnetic Field Of Magnet

Magnetism acts upon the region surrounding a magnetic material or a moving electric charge, which is called the Magnetic Field. The Magnetic Field is a vector field that can be observed through magnetic forces in proximity to a magnet, electric current, or changing electric field. The movement of electric charges and intrinsic magnetic moments of elementary particles, which is known as spin, produces the Magnetic Field. The Magnetic Field and electric field are components of the electromagnetic force, which is one of the four fundamental forces of nature and are interrelated....

Magnetic Field Lines

An alternative method to represent information contained within a magnetic vector field is through field lines. These lines are imaginary and used as a visual tool to describe the direction of magnetic force on a north monopole at any given position. The density of the lines indicates the magnitude of the field. When we examine a magnet, the magnetic field is more robust and crowded near the poles, while away from the poles, it is weaker, and the lines are less dense....

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Permanent Magnet

When a material is magnetized, it acquires magnetic properties that allow it to attract or repel other magnetic materials. However, not all magnetized materials retain their magnetic properties. Permanent magnets, on the other hand, are those types of magnets that maintain their magnetic properties even after the magnetizing force is removed. They are commonly used in a wide range of applications, including electric motors, generators, and magnetic storage devices....

Temporary Magnet

It is possible to magnetize temporary magnets, such as iron nails and paper clips, in the presence of a magnetic field. However, these magnets will only maintain their magnetic property as long as the magnetic field is present. Once the field is removed, the magnetic property of these temporary magnets will be lost....

Electromagnets

An electromagnet is comprised of a metal core made of iron and a coil of wire wrapped around it. When an electric current passes through the wire, a magnetic field is produced, causing the material to act like a magnet. The strength of the magnetic field can be adjusted by managing the electric current....

Magnets Based On Shape

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Characteristics of Magnet

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Magnetic Materials

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Uses of Magnets

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