Which of the following statements is $NOT$ correct regarding the Bohr model?

  • A
    It failed to account for finer details of the hydrogen spectrum.
  • B
    It is unable to explain atomic spectra other than hydrogen.
  • C
    It explains the Zeeman effect.
  • D
    It failed to explain the ability of atoms to form molecules by chemical bonds.

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Which of the following activities can be compared to the concept of quantisation?

The ionization energy of sodium in $kJ \ mol^{-1}$,if electromagnetic radiation of wavelength $242 \ nm$ is just sufficient to ionize a sodium atom,is . . . . . . .

Supposing the electron of the $H$ atom is present in the $L$ shell. If it liberates $10.2 \ eV$,what is the energy of the system? ............. $eV$

$A$: An electron revolving around the nucleus does not fall into the nucleus.
$R$: An electron revolving around the nucleus is an orbital electron.

The energy of an electron in the excited hydrogen atom is $-3.4 \ eV$. Then according to Bohr's theory,the angular momentum of the electron in that excited state is ($h=$ Planck's constant).

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