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If an electron of charge (-e) and mass m...

If an electron of charge (-e) and mass `m_(e)` revolves around the nucleus of an atom having magnetic moment `M_(e)`, then angular momentum of electron is

A

`L_(0) = (M_(0)e)/(2m_(e))`

B

`L_(0) = (e)/(2M_(0)m_(e))`

C

`L_(0) = (2M_(0)m_(e))/(e)`

D

`L_(0) = (2e)/(M_(0)m_(e))`

Text Solution

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The correct Answer is:
C
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Knowledge Check

  • The ratio of magnetic dipole moment to angular momentum of electron is

    A
    Turns ratio
    B
    Ampere's ratio
    C
    Gyromagnetic ratio
    D
    Poissons ratio

  • When an electron revolves around the nucleus, then the ratio of magnetic moment to angular momentum is

    A
    `e/(2m)`
    B
    `(2e)/m`
    C
    `e/m`
    D
    `(e/m)^2`

  • The fixed path along which an electron revolves around the nucleus of an atom is called the

    A
    Orbit
    B
    Nuclear pore
    C
    Axis
    D
    Atom

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