Chapter24: Introduction To Spectrochemical Methods
Section: Chapter Questions
Problem 24.21QAP
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(b) The measured saturation magnetization of NiO.Fe,O, at OK is 56 Am'/kg. Calculate the magnetic
moment per molecule, in Bohr magnetons.
(c) Calculate the net magnetic moment/molecule for the following ferrites:
(i) MnO.Fe;O,
(ii) MgO. Fe:O3
(d) What are the major technical advantages of the ceramic magnets (Ferrites) over the metallic
magnets? Why ceramic ferrites are the best magnetic materials for high-frequency electromagnetic
applications while metalling magnets are incapable? Explain with suitable reasoning.
(e) Consider you have a Fe;O, magnet with saturation magnetization (M.) is-3.0 X10 A/m. If you](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F69473924-9c6f-4b13-817b-658cf7c31c3d%2F0d26b5ce-b53f-436d-956f-94027dbe9f5d%2Fas3qsvn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:I L Page view
Read aloud
7 Draw
E Hig
(b) The measured saturation magnetization of NiO.Fe,O, at OK is 56 Am'/kg. Calculate the magnetic
moment per molecule, in Bohr magnetons.
(c) Calculate the net magnetic moment/molecule for the following ferrites:
(i) MnO.Fe;O,
(ii) MgO. Fe:O3
(d) What are the major technical advantages of the ceramic magnets (Ferrites) over the metallic
magnets? Why ceramic ferrites are the best magnetic materials for high-frequency electromagnetic
applications while metalling magnets are incapable? Explain with suitable reasoning.
(e) Consider you have a Fe;O, magnet with saturation magnetization (M.) is-3.0 X10 A/m. If you
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