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Standard XII

Chemistry

Emission and Absorption Spectra

Which of the ...

Question

Which of the following tarnsition correspond to the second line of balmer series?

2 \to 1

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3 \to 2

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4 \to 2

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3 \to 1

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Solution

The correct option is D $4 \to 2$
Second line of Balmer series $= 4 \to 2$ .

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Similar questions

Q. The ratio of wavelengths of photons corresponding to the

α

- line of lyman series in H - atom and

β

- line of Balmer series in

H e^{+}

is:

Q. Which of the following transition corresponds to the second line in Balmer series?

In Balmer series of lines of hydrogen spectrum, the third line from the red end corresponds to which one of th e following inner orbit jumps of the electron for bohr orbits in an atom of hydrogen?

A.3->2

B. 5->2

C. 4->1

D. 2->5

Q. Calculate the frequency of the spectral line corresponding to

n_{1} = 2

and

n_{2} = 4

of hydrogen atom. Also find the series this line belongs?

Q. For Balmer series in the spectrum of hydrogen, the wave number of each line is given by

¯ v = R_{H} [\frac{1}{n_{1}^{2}} - \frac{1}{n_{2}^{2}}]

where

R_{H}

is constant and

n_{1}, n_{2}

are integers, which of the following statements is (are) correct?
1. As wavelength decreases, the lines in the series converge.
2. The integer

n_{1}

is equal to

2

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3. The ionization energy of hydrogen can be calculated from the wave number of these lines.
4. The lines of longest wavelength corresponds to

n_{2} = 3

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Which of the following tarnsition correspond to the second line of balmer series?

The correct option is D 4→2Second line of Balmer series =4→2.

The correct option is D $4 \to 2$
Second line of Balmer series $= 4 \to 2$ .