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The materials having very small susceptibility at all temperatures are
- a)Antiferromagnetic
- b)Diamagnetic
- c)Ferromagnetic
- d)Paramagnetic
Correct answer is option 'A'. Can you explain this answer?
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The materials having very small susceptibility at all temperatures are...
Answer: a
Explanation: In antiferromagnetic materials, the susceptibility will decrease with increase in temperature. They have relatively small susceptibility at all temperatures.
Explanation: In antiferromagnetic materials, the susceptibility will decrease with increase in temperature. They have relatively small susceptibility at all temperatures.
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The materials having very small susceptibility at all temperatures are...
Antiferromagnetic Materials:
Antiferromagnetic materials have very small susceptibility at all temperatures.
Explanation:
Diamagnetic, Ferromagnetic, and Paramagnetic Materials:
- Diamagnetic materials have a negative susceptibility, which means they are repelled by magnetic fields.
- Ferromagnetic materials have a large positive susceptibility at room temperature.
- Paramagnetic materials have a small positive susceptibility at all temperatures.
Antiferromagnetic Materials:
- Antiferromagnetic materials have very small susceptibility at all temperatures.
- This is because in antiferromagnetic materials, neighboring magnetic moments align in opposite directions, resulting in a cancellation of their magnetic effects.
- As a result, antiferromagnetic materials exhibit weak magnetic behavior compared to ferromagnetic or paramagnetic materials.
- The small susceptibility of antiferromagnetic materials makes them unique in their magnetic properties.
In conclusion, antiferromagnetic materials have very small susceptibility at all temperatures, distinguishing them from diamagnetic, ferromagnetic, and paramagnetic materials.
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