Question

What is a temporary magnet ?

Answer 1

Hint:In order to answer the above question, we will be studying the temporary magnets. We will discuss the theory of such kinds of magnets and will determine the characteristics of a temporary magnet. We will also be discussing how regular magnets differ from the temporary magnets.

Complete answer:
What do we mean by temporary magnets? Temporary magnets are what they sound like. Since they rely on outside forces to generate their own magnetic field, temporary magnets are somewhat different from regular magnets. To put it another way, temporary magnets need stronger magnets to perform their functions.

Regular magnets are made of hard materials, while temporary magnets are made of soft materials. The most important thing to remember about a temporary magnet is that it can't keep its magnetism without help from another source.

We can derive the following conclusions regarding temporary magnets:
-Only with the presence of a stronger magnet can a magnetic field be created.
-In order to exert strength on other items, a greater force’s assistance is needed.

Only in the presence of a stronger magnet will a temporary magnet generate its own magnetic field. To put it another way, these magnets need the help of a stronger force in order to attract other objects and magnets.

Temporary magnets are available in a number of shapes and sizes. You have the electromagnet, for example, which relies on an electric current flowing through the coils within the magnet to react with surrounding artefacts.

Although it would be nearly impossible to name every object and substance that can be classified as a temporary magnet, it is important to remember that temporary magnets can be formed by a stronger magnetic field. To be more precise, this is usually accomplished by placing the object in direct contact with a stronger, longer-lasting magnet.

It is convenient for us to say that the temporary magnets can be created and can also be easily destroyed. The temporary magnet loses its magnetic properties when the external force is withdrawn. As a result, temporary magnets depend on the presence of a stronger magnetic field rather than having one that is too solid on its own.

Note:It is very important to note that the magnetic properties depend on the orientation of the dipoles within the material. The magnets which can possess magnetic properties for a short interval of time are known as ferromagnets. These kinds of magnetic materials have randomly oriented dipoles. When a strong magnetic or electric field is applied to them, the dipoles get aligned in the direction of the field and hence, show magnetic properties.