Classification of magnetic material with examples class 12

Knowledge Increases By Sharing...

In this short piece of article, we are going to discuss classification of magnetic materials with examples. So let’s get started…

Classification of magnetic material

On the basis of behaviour in the external magnetic field, Michael Faraday classified the materials into three categories which are as given below.

Diamagnetic material

Fig. 1, diamagnetic material, source: qsstudy.com

Diamagnetic material are those which develops feeble magnetization in the opposite direction of the magnetising field.

These materials are feebly repelled by the magnet and tends to move from stronger magnetic field to the weaker part of magnetic field.

Some examples of diamagnetic materials are: Bismuth, copper, zinc, tin, gold, silicon, nitrogen (at STP), water, and sodium chloride etc.

Paramagnetic material

Fig.2, paramagnetic material, source: college dunia

Paramagnetic material are those which develops feeble magnetization in the direction of the magnetising field.

These materials are feebly attracted by the magnet and tends to move from weaker to the stronger part of magnetic field.

Some examples of paramagnetic material are: Manganese, aluminium, chromium, platinum, sodium, copper chloride, and oxygen (at STP) etc.

Suggested reading:

Ferromagnetic material

Fig. 3, ferromagnetic material, source: Synchronous machine

Ferromagnetic material are those which develops strong magnetization in the direction of the magnetising field. These substances are strongly attracted by the magnet and tends to move from weaker to the stronger part of magnetic field.

Some examples of ferromagnetic material are: iron, cobalt, gadolinium etc.

Stay tuned with Laws Of Nature for more useful and interesting content.

Was this article helpful?
YesNo
Knowledge Increases By Sharing...

Newsletter Updates

Enter your email address below and subscribe to our newsletter

0 0 votes
Rate this Article
Subscribe
Notify of
guest

0 Comments
Inline Feedbacks
View all comments
0
Would love your thoughts, please comment.x
()
x
| Reply