the spectrum of a star in visible and UV region has wavelengths as 824,970,1120,2504,5173,6100A0 Which of these lines - Physics - Atoms

Question

the spectrum of a star in visible and UV region has wavelengths
as 824,970,1120,2504,5173,6100A0 Which of these lines
cant belong to H -atom spectrum ? given 1/R = 970A0

Jyoti Pant · Accepted Answer

We know that the Balmer series of hydrogen spectrum lies in the
visible region
Wavelength limits of Balmer series is 3646 A0 to 6563
A0
and also paschen series lies in the infrared region
Wavelength limit=8220 A0to 18751A0
Therefore from the given wavelengths, 824,970,1120,2504 can not
belong to the hydrogen spectrum

the spectrum of a star in visible and UV region has wavelengths as 824,970,1120,2504,5173,6100A0 . Which of these lines cant belong to H -atom spectrum ? given 1/R = 970A0

the spectrum of a star in visible and UV region has wavelengths as 824,970,1120,2504,5173,6100A⁰. Which of these lines cant belong to H -atom spectrum ? given 1/R = 970A⁰