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The variation of intensity of magnetisation (I) and the applied magnetic field
intensity (H) for three magnetic materials ' $\mathrm{X}^{\prime}$, ${ }^{\prime} \mathrm{Y}^{\prime}$ and ' $\mathrm{Z}$ ' are shown in the graph as
OX, OY and OZ respectivley. The materials ' $\mathrm{X}^{\prime},{ }^{\prime} \mathrm{Y}^{\prime}$ and ' $\mathrm{Z}$ ' respectively are
Options:
intensity (H) for three magnetic materials ' $\mathrm{X}^{\prime}$, ${ }^{\prime} \mathrm{Y}^{\prime}$ and ' $\mathrm{Z}$ ' are shown in the graph as
OX, OY and OZ respectivley. The materials ' $\mathrm{X}^{\prime},{ }^{\prime} \mathrm{Y}^{\prime}$ and ' $\mathrm{Z}$ ' respectively are
Solution:
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Verified Answer
The correct answer is:
diamagnetic, ferromagnetic, paramagnetic
\(\mathrm{X}\) - diamagnetic, \(\mathrm{Z}\) - paramagnetic, \(\mathrm{Y}\) - ferromagnetic
As manetization is the property of material and,
\(\mathrm{I}_{\text {diamagnetic }}<\mathrm{I}_{\text {paramagnetic }}<\mathrm{I}_{\text {ferromagnetic }}\)
As manetization is the property of material and,
\(\mathrm{I}_{\text {diamagnetic }}<\mathrm{I}_{\text {paramagnetic }}<\mathrm{I}_{\text {ferromagnetic }}\)
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