The last slide of the video on applications of the Boltzmann distribution describes the behavior of vibrations and rotations of hydrogen (H2) molecules in a gas at thermal equilibrium.Choose the correct statements below. a.The energy separation between rotational energy levels is the same as the separation between vibrational energy levels. b.Hydrogen molecules in a gas will rotate if the temperature is in the range 100 K < T < 1000 K, but not outside that range. c.The thermal energy is smaller than the energy difference between vibrational energy levels for T >> 1000 K. d.Vibrational energy levels are separated by an energy ε ≈ 1000 k. e.Most hydrogen molecules in a gas at 2000 K are vibrating, but most do not vibrate at 500 K.

Hydrogen gas molecule are diatomic molecule and the gas is at thermal equilibrium.

The last slide of the video on applications of the Boltzmann distribution describes the behavior of vibrations and rotations of hydrogen (H2) molecules in a gas at thermal equilibrium. Choose the correct statements below. a. The energy separation between rotational energy levels

The last slide of the video on applications of the Boltzmann distribution describes the behavior of vibrations and rotations of hydrogen (H2) molecules in a gas at thermal equilibrium. Choose the correct statements below. a. The energy separation between rotational energy levels

Physical Chemistry

2nd Edition

ISBN:9781133958437

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

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

Chapter18: More Statistical Thermodynamics

Section: Chapter Questions

Problem 18.17E

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Question

The last slide of the video on applications of the Boltzmann distribution describes the behavior of vibrations and rotations of hydrogen (H₂) molecules in a gas at thermal equilibrium.

Choose the correct statements below.

	a.	The energy separation between rotational energy levels is the same as the separation between vibrational energy levels.
	b.	Hydrogen molecules in a gas will rotate if the temperature is in the range 100 K < T < 1000 K, but not outside that range.
	c.	The thermal energy is smaller than the energy difference between vibrational energy levels for T >> 1000 K.
	d.	Vibrational energy levels are separated by an energy ε ≈ 1000 k.
	e.	Most hydrogen molecules in a gas at 2000 K are vibrating, but most do not vibrate at 500 K.

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