2
answers
0
watching
293
views
28 Nov 2020
A monochromatic beam of light is absorbed by a collection of ground-state hydrogen atoms in such a way that six different wavelengths are observed when the hydrogen relaxes back to the ground state. (a) What is the wavelength of the incident beam? Explain the steps in your solution. (b) What is the longest wavelength in the emission spectrum of these atoms? (c) To what portion of the electromagnetic spectrum and (d) to what series does it belong? (e) What is the shortest wavelength? (f) To what portion of the electromagnetic spectrum and (g) to what series does it belong?
A monochromatic beam of light is absorbed by a collection of ground-state hydrogen atoms in such a way that six different wavelengths are observed when the hydrogen relaxes back to the ground state. (a) What is the wavelength of the incident beam? Explain the steps in your solution. (b) What is the longest wavelength in the emission spectrum of these atoms? (c) To what portion of the electromagnetic spectrum and (d) to what series does it belong? (e) What is the shortest wavelength? (f) To what portion of the electromagnetic spectrum and (g) to what series does it belong?
12 Aug 2023
Tauseef ShaikhLv10
21 Dec 2020
Already have an account? Log in
Related textbook solutions
Related questions
a)Find the longest wavelengths in the Lyman and Paschen series for hydrogen.
=
b)
Find the shortest wavelengths in the Lyman and Paschen series for hydrogen.
= nm
c)
In what region of the electromagnetic spectrum does each series lie?
| 1) The Lyman series is in the ultraviolet. The Paschen series is in the infrared region. | |
| 2) All the Lyman series and Paschen series are in the visible range. | |
| 3) All the Lyman series and Paschen series are in the ultraviolet |
