Which of these corresponds to the Paschen, series? The Balmer series?Use the information below 1. Keeping the ending level at 2, try different starting orbits. What happens to thewavelength of the photon when the difference is small? When it is large?- When the wavelength is small the photon is large and when the wayelength is largethe photon is small.2. Set the ending level to 1 and try different starting orbits. What is different now?The difference is that it's in the ultraviolet region of the EM spectrum.3. Try setting the ending level to 3. What is different in this case?- Energy emitted In the region of infrared of the EM spectrum.

When the electrons absorb energy, it gets excited to higher energy levels. While returning to the…

Answered: Which of these corresponds to the…

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Chemistry

Which of these corresponds to the Paschen, series? The Balmer series? Use the information below

Physical Chemistry

2nd Edition

ISBN:9781133958437

Author:Ball, David W. (david Warren), BAER, Tomas

Publisher:Ball, David W. (david Warren), BAER, Tomas

Chapter11: Quantum Mechanics: Model Systems And The Hydrogen Atom

Section: Chapter Questions

Problem 11.82E

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Question

100%

Which of these corresponds to the Paschen, series? The Balmer series? Use the information below

1. Keeping the ending level at 2, try different starting orbits. What happens to the
wavelength of the photon when the difference is small? When it is large?
- When the wavelength is small the photon is large and when the wayelength is large
the photon is small.
2. Set the ending level to 1 and try different starting orbits. What is different now?
The difference is that it's in the ultraviolet region of the EM spectrum.
3. Try setting the ending level to 3. What is different in this case?
- Energy emitted In the region of infrared of the EM spectrum.

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