There are different energy levels in an atom with each one to be quantized. Why?

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Jarrod RobelLv2

1 Mar 2019

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Choose the statement(s) that is/are true about Bohr model of theatom.
(i) Electron energies are quantized and they can assume onlycertain discrete energy values.
(ii) An electron receiving extra energy could transfer to a higherenergy level.
(iii) An electron falling from a high energy level to a low energylevel will radiate the excess energy in the form of electromagneticradiation.
(iv) An electron can be stripped off an atom by giving itsufficient energy.

In the Bohr model of the atom, the postulate stating that theorbital angular momentum of the electron is quantized can beinterpreted in which of the following ways?

An integral number of electron wavelengths must fit into theelectron's circular orbit.
Only one electron can exist in each possible electron state.
An electron has a spin of l?/?2.
The atom is composed of a small, positively charged nucleus orbitedby electrons.
An incident photon is completely absorbed when it causes anelectron to move to a higher energy state.

In the Bohr model of the atom, the postulate stating that theorbital angular momentum of the electron is quantized can beinterpreted in which of the following ways?

An integral number of electron wavelengths must fit into theelectron's circular orbit.

Only one electron can exist in each possible electron state.

An electron has a spin of l?/?2.

The atom is composed of a small, positively charged nucleus orbitedby electrons.

An incident photon is completely absorbed when it causes anelectron to move to a higher energy state