The Bohr model of an atom A- assumes that the angular momentum of electrons is quantised. B- uses Einstein's photoelectric equation. C- predicts continuous emission spectra for atoms, D- predicts the same emission spectra for all types of atoms. For ionizing an excited hydrogen atom, the energy required (in eV) will be A- a little less than 13.6 eV B-13.6 eV C- more than 13.6 eV D- 3.4 or less

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The Bohr model of an atom
A- assumes that the angular momentum of electrons is quantised.
B- uses Einstein's photoelectric equation.
C- predicts continuous emission spectra for atoms,
D- predicts the same emission spectra for all types of atoms.
For ionizing an excited hydrogen atom, the energy required (in eV) will be
A- a little less than 13.6 eV
B-13.6 eV
C- more than 13.6 eV
D- 3.4 or less
Transcribed Image Text:The Bohr model of an atom A- assumes that the angular momentum of electrons is quantised. B- uses Einstein's photoelectric equation. C- predicts continuous emission spectra for atoms, D- predicts the same emission spectra for all types of atoms. For ionizing an excited hydrogen atom, the energy required (in eV) will be A- a little less than 13.6 eV B-13.6 eV C- more than 13.6 eV D- 3.4 or less
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