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What is the angular momentum of electron...

What is the angular momentum of electron in the second orbit of Bohr's model of hydrogen atom ?

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Angular momentum of electron in second orbit of Hydrogen atom
`L=(2h)/(2pi)=(h)/(pi)" "[because L=(nh)/(2pi)]`
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Knowledge Check

  • The angular momentum of electron in 'd' orbital is equal to

    A
    `2sqrt3h`
    B
    `0h`
    C
    `sqrt6h`
    D
    `sqrt2h`

  • The orbital angular momentum of 3p electrons is :

    A
    `sqrt(3)h`
    B
    `sqrt(6)h`
    C
    zero
    D
    `sqrt(2)(h)/(2pi)`

  • The basic assumption of Bohr's model of hydrogen atom is that

    A
    The energy of the electron is quantised
    B
    The angular momentum of the electron is quantied
    C
    The radial distance of the electron is quantised
    D
    The orbital velocity of the electron is quantised

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    The angular momentum of a revolving electron in an orbit is equal to

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    Which of the following is not correct in Bohr model of hydrogen atom ?

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