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Photoelectric Effect

41 The ratio ...

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41 The ratio of difference in wavelength of 1st and 2nd line of lyman series in H-like atom to difference in wavelength for 2nd and 3rd lines of same series is

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Q. The ratio of difference in wavelengths of 1st and 2nd lines of Lyman series in H-like atom to difference in wavelength for 2nd and 3rd lines of same series is:

Q. The difference in the wavelength of the 1st line of Lyman series and 2nd line of Balmer series in a hydrogen atom is :

λ_{L 1}, λ_{L 2}

λ_{L 3}

are wavelengths of

1^{s t}, 2^{n d}

3^{r d}

lines of Lyman series

λ_{B 1}, λ_{B 2}

λ_{B 3}

are wavelengths of

1^{s t}, 2^{n d}

3^{r d}

lines of Balmer series while

λ_{P 1}

λ_{P 2}

are wavelengths of

1^{s t}, 2^{n d}

lines of Paschen series of hydrogen then which of the following relations is/are correct?

λ_{L 1}, λ_{L 2}

λ_{L 3}

are wavelengths of

1^{s t}, 2^{n d}

3^{r d}

lines of Lyman series

λ_{B 1}, λ_{B 2}

λ_{B 3}

are wavelengths of

1^{s t}, 2^{n d}

3^{r d}

lines of Balmer series while

λ_{P 1}

λ_{P 2}

are wavelengths of

1^{s t}, 2^{n d}

lines of Paschen series of hydrogen then which of the following relations is/are correct?

Q. The wavelength of a spectral line in Lyman series, when electron jumps back from 2nd orbit, is:

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