State True or False.
Solutions of Schrodinger equation for $H$ -atom give the same set of values of the energy levels as does the Bohr's theory.

True

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False

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Solution

The correct option is A True
Both Schrodinger equation and Bohr theory gives the same radius and energy levels for a single electronic system or for the H-atom.

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Similar questions

State True or False.

The Schrodinger equation restricts the electron in a

H

-atom to certain sharp orbits.

The Bohr's energy equation for H -atoms reveals that the energy level of a shell is given by E = - 13.58/n²eV. The smallest amount that an H-atoms will absorb, if in ground state is:

Q. The Bohr's energy of a stationary state of the hydrogen atom is given as

E_{n} = \frac{- 2 π m e^{4}}{n^{2} h^{2}}

. Putting the values of

m

and

e

for

n^{t h}

energy level which is not the correct value?

Q. Using Bohr's equation for the energy levels of the electron in a Hydrogen atom, determine the energy of an electron in

n = 4

Q. The energy of an electron in the Bohr's first orbit of

H

-atom is

- 13.6 e V

. The possible energy value (s) of the excited state (s) for electrons in Bohr's orbits of hydrogen is (are):

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State True or False.Solutions of Schrodinger equation for H-atom give the same set of values of the energy levels as does the Bohr's theory.

The correct option is A TrueBoth Schrodinger equation and Bohr theory gives the same radius and energy levels for a single electronic system or for the H-atom.

State True or False.
Solutions of Schrodinger equation for $H$ -atom give the same set of values of the energy levels as does the Bohr's theory.

The correct option is A True
Both Schrodinger equation and Bohr theory gives the same radius and energy levels for a single electronic system or for the H-atom.