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  1. Compare the magnetic properties of diamagnetic ,paramagnetic

    Diamagnetic and paramagnetic substances have zero coercivity value. The attached picture shows the lines near a paramagnetic and a diamagnetic substance when placed in an external …

  2. Write three difference between diamagnetic and paramagnetic

    State how magnetic susceptibility is different for the three types of magnetic materials, i.e., diamagnetic, paramagnetic and ferromagnetic materials. View Solution

  3. Distinguish between Para, Ferro and Diamagnetism. - Toppr

    Compare the magnetic properties of diamagnetic ,paramagnetic and ferro magnetic substance.

  4. Show diagrammatically the behaviour of magnetic field lines in the ...

    Assertion :The atoms or ions possessing unpaired electrons are paramagnetic in nature whereas those possessing electron pairs are diamagnetic in nature. Reason: In diamagnetic …

  5. Explain why:Cu^ {+} is diamagnetic but Cu^ {2+} is paramagnetic …

    Cu+ is diamagnetic because it has no unpaired electrons in its core. On the other hand Cu++ is paramagnetic because it has an unpaired electron in its core.

  6. Show diagrammatically the behaviour of magnetic field lines in the ...

    Show diagrammatically the behaviour of magnetic field lines in the presence of (i) paramagnetic and (ii) diamagnetic substances. How does one explain this distinguishing feature? OR Draw …

  7. What are the behaviour of diamagnetic, paramagnetic and ... - Toppr

    Show diagrammatically the behaviour of magnetic field lines in the presence of (i) paramagnetic and (ii) diamagnetic substances. How does one explain this distinguishing feature? OR Draw …

  8. Explain briefly, why :NO is paramagnetic whereas NO^+ is …

    Nitric oxide is paramagnetic because of the presence of an odd electron (unpaired electron). When this electron is lost, NO+ is formed which is diamagnetic.

  9. - Write any four differences of paramagnetic and diamagnetic

    Show diagrammatically the behaviour of magnetic field lines in the presence of (i) paramagnetic and (ii) diamagnetic substances. How does one explain this distinguishing feature?