Consider the following rotational-vibrational line spectrum: a. D b. G C. C d. F -Vight which peak correspond to the 3->2 transition? e. B f. H B E a. 132.2 b. 94.4 c. 55.1 d. 66.1 e. 47.2 F G H 9. E h. A if a₁=1789 cm¹ and a=2450 cm), calculate the rotational constant.

Consider the following rotational-vibrational line spectrum: a. D b. G C. C d. F -Vight which peak correspond to the 3->2 transition? e. B f. H B E a. 132.2 b. 94.4 c. 55.1 d. 66.1 e. 47.2 F G H 9. E h. A if a₁=1789 cm¹ and a=2450 cm), calculate the rotational constant.

Physical Chemistry

2nd Edition

ISBN:9781133958437

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

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

Chapter14: Rotational And Vibrational Spectroscopy

Section: Chapter Questions

Problem 14.23E: Which of the following molecules should have pure rotational spectra? a Deuterium, D2 D is 2H b...

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Question

Consider the following rotational-vibrational line
spectrum:
a. D
b. G
C. C
d. F
-Vight
which peak correspond to the 3->2 transition?
e. B
f. H
B
E
a. 132.2
b. 94.4
c. 55.1
d. 66.1
e. 47.2
F
G
H
9. E
h. A
if a₁=1789 cm¹ and a=2450 cm), calculate
the rotational constant.

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