(D) Rutherford's atomic model proposed that electrons revolve around the nucleus,but it could not explain the stability of the atom or the distributio

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This model describes the energies of electrons.

(D) Rutherford's atomic model proposed that electrons revolve around the nucleus,but it could not explain the stability of the atom or the distribution of electrons. It also failed to describe the energies of electrons. Bohr's atomic model was the one that successfully described the energies of electrons.

Class 11 Chemistry Structure of Atom Atomic models and Planck's quantum theory

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Which of the following statements is $NOT$ true about Rutherford's atomic model?

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A
Each atom consists of a massive,$+$vely charged center.
B
The electrons are revolving continuously around the nucleus.
C
This model does not describe the distribution of electrons around the nucleus.
D
This model describes the energies of electrons.

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Structure of Atom

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Atomic models and Planck's quantum theory

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The energy and radius of an electron present in the second orbit of $He^{+}$ are respectively:

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The energy of an electron in the $n^{th}$ orbit of a hydrogen atom is given by:

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The radii of two of the first four Bohr’s orbits of the hydrogen atom are in the ratio $1 : 4$. The energy difference between them may be

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Assertion : Angular momentum of an electron in any orbit is given by angular momentum $= \frac{nh}{2\pi}$,where $n$ is the principal quantum number.
Reason : The principal quantum number,$n$,can have any integral value.

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The electron present in an excited state of $He^{+}$ ion shows separation (ionization) on collision with an electron having $2.5 \ eV$ energy. What will be the minimum value of $n$ for this electron of $He^{+}$ ion?

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Which of the following statements is $NOT$ true about Rutherford's atomic model?

Similar Questions

The energy and radius of an electron present in the second orbit of $He^{+}$ are respectively:

The energy of an electron in the $n^{th}$ orbit of a hydrogen atom is given by:

The radii of two of the first four Bohr’s orbits of the hydrogen atom are in the ratio $1 : 4$. The energy difference between them may be

Assertion : Angular momentum of an electron in any orbit is given by angular momentum $= \frac{nh}{2\pi}$,where $n$ is the principal quantum number.Reason : The principal quantum number,$n$,can have any integral value.

The electron present in an excited state of $He^{+}$ ion shows separation (ionization) on collision with an electron having $2.5 \ eV$ energy. What will be the minimum value of $n$ for this electron of $He^{+}$ ion?

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Assertion : Angular momentum of an electron in any orbit is given by angular momentum $= \frac{nh}{2\pi}$,where $n$ is the principal quantum number.
Reason : The principal quantum number,$n$,can have any integral value.