(C) Transition $A$ is from $n = \infty$ to $n = 1$,which represents the series limit of the Lyman series.Transition $B$ is from $n = 5$ to $n = 2$,whi

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The series limit of Lyman series,third member of Balmer series and second member of Paschen series.

(C) Transition $A$ is from $n = \infty$ to $n = 1$,which represents the series limit of the Lyman series.Transition $B$ is from $n = 5$ to $n = 2$,which is the third member of the Balmer series (1st: $3 \rightarrow 2$,2nd: $4 \rightarrow 2$,3rd: $5 \rightarrow 2$).Transition $C$ is from $n = 5$ to $n = 3$,which is the second member of the Paschen series (1st: $4 \rightarrow 3$,2nd: $5 \rightarrow 3$).

Class 12 Physics Atoms Spectral Series of Hydrogen Atom

In the given figure,the energy levels of a hydrogen atom have been shown along with some transitions marked $A, B, C, D$ and $E$. The transitions $A, B$ and $C$ respectively represent:

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A
The ionization potential of hydrogen,second member of Balmer series and third member of Paschen series.
B
The first member of the Lyman series,third member of Balmer series and second member of Paschen series.
C
The series limit of Lyman series,third member of Balmer series and second member of Paschen series.
D
The series limit of Lyman series,second member of Balmer series and second member of Paschen series.

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Spectral Series of Hydrogen Atom

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When the electron in the hydrogen atom jumps from the $2^{nd}$ orbit to the $1^{st}$ orbit,the wavelength of the radiation emitted is $\lambda$. When the electron jumps from the $3^{rd}$ orbit to the $1^{st}$ orbit,the wavelength of the emitted radiation will be:

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The electron in a hydrogen atom in a sample is in the $n^{th}$ excited state. The number of different spectral lines obtained in its emission spectrum will be:

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What is the ratio of the wavelengths of radiations emitted when an electron in a hydrogen atom jumps from the fourth orbit to the second orbit and from the third orbit to the second orbit?

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Which spectral series of the hydrogen atom are found in the infrared region?

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The wavelength of the first line in the Balmer series in the hydrogen spectrum is $\lambda$. What is the wavelength of the second line in the same series?

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In the given figure,the energy levels of a hydrogen atom have been shown along with some transitions marked $A, B, C, D$ and $E$. The transitions $A, B$ and $C$ respectively represent:

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When the electron in the hydrogen atom jumps from the $2^{nd}$ orbit to the $1^{st}$ orbit,the wavelength of the radiation emitted is $\lambda$. When the electron jumps from the $3^{rd}$ orbit to the $1^{st}$ orbit,the wavelength of the emitted radiation will be:

The electron in a hydrogen atom in a sample is in the $n^{th}$ excited state. The number of different spectral lines obtained in its emission spectrum will be:

What is the ratio of the wavelengths of radiations emitted when an electron in a hydrogen atom jumps from the fourth orbit to the second orbit and from the third orbit to the second orbit?

Which spectral series of the hydrogen atom are found in the infrared region?

The wavelength of the first line in the Balmer series in the hydrogen spectrum is $\lambda$. What is the wavelength of the second line in the same series?

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