Ferrimagnetism is in

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Solution

The correct option is C
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Ferrimagnetism is due to the unequal number of alignment of moments in parallel and antiparallel directions. It results in the net moment. E.g. $F e_{3} O_{4}$ and ferrites like $C u F e_{2} O_{4}$

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Similar questions

Ferrimagnetism is in

Which is NOT a property of ferrimagnetism?

Q. What is meant by ferrimagnetism? Give any two examples.

Which of the following statements are correct ?

(a) Ferrimagnetic substances lose ferrimagnetism on heating and become paramagnetic

(b) Ferrimagnetic substances do not lose ferrimagnetism on heating and remain ferrimagnetic

(c) Antiferromagnetic substances have domain structures similar to ferromagnetic substances and their magnetic moments are not cancelled by each other

(d) In ferromagnetic substances, all the domains get oriented in the direction of magnetic filed and remain as such even after removing magnetic field

Q. Explain the following with suitable examples:
(i) Ferromagnetism
(ii) Paramagnetism
(iii) Ferrimagnetism
(iv) Antiferromagnetism

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Ferrimagnetism is in

The correct option is C ↑↑↑↓↓ Ferrimagnetism is due to the unequal number of alignment of moments in parallel and antiparallel directions. It results in the net moment. E.g. Fe3O4 and ferrites like CuFe2O4

The correct option is C
$↑↑↑↓↓$

Ferrimagnetism is due to the unequal number of alignment of moments in parallel and antiparallel directions. It results in the net moment. E.g. $F e_{3} O_{4}$ and ferrites like $C u F e_{2} O_{4}$