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Magnetic moment of an electron in hydrog...

Magnetic moment of an electron in hydrogen atom due to revolution around nuclons is `"hS"/(2pi)`. Here h is Planck's constant and S is specific charge of electron . Kinetic energy of this electron is

A

4.53 eV

B

1.51 eV

C

3.4 eV

D

6.8 eV

Text Solution

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The correct Answer is:
C
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Knowledge Check

  • Magnetic moment of an electron in nth orbit of hydrogen atom is

    A
    `(n eh)/(pim)`
    B
    `(n eh)/(4pim)`
    C
    `(meh)/(2pim)`
    D
    `(n eh)/(4pin)`

  • The magnetic moment of an electron in an atom arises due to

    A
    orbital motion of the electron around the nucleus
    B
    intrinsic motion of electron its own axis
    C
    mation of protons in the nucleus
    D
    motion of neutrons in the nucleus

  • The magnetic moment of an electron in an atom arises due to

    A
    orbital motion of the electron around the nucleus
    B
    intrinsic motion of electron its own axis
    C
    mation of protons in the nucleus
    D
    motion of neutrons in the nucleus

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