Question

You are given a material which produces no initial magnetic field when in free space. When it is placed in a region of uniform magnetic field, the material produces an additional internal magnetic field parallel to the original field. However, this induced magnetic field disappears when the external field is removed. What type of magnetism does this material exhibit

Answer 1

Answer:

This material exhibits paramagnetism.

Explanation:

A paramagnetic material has these features: It doesn’t have any magnetic properties when placed in an external magnetic field, it gains and then loses the magnetic property as the external field is removed.

Such materials have magnetic moments oriented in random directions, thus making the net magnetic moment, zero. But when placed in an external field, they do possess a net magnetic moment. When the magnetic field is removed, they lose the magnetic property.

Thus, the material which produces no initial magnetic field when placed in a uniform magnetic field produces an additional internal magnetic field parallel to the original field. Also, it loses the magnetic properties as soon as the external magnetic field is removed. Then, the magnetism the material exhibits is paramagnetic.

Answer 2

The type of magnetism that the material should be exhibited should be paramagnetic

What is paramagnetic?

The paramagnetic material contains various features like it does not contain magnetic properties that should be placed in a magnetic field that should be in an external way. Also, at the same time, it gained or lose the magnetic property when the external field should be eliminated.

Therefore, The type of magnetism that the material should be exhibited should be paramagnetic

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