Calculate the molar Gibbs energy of CO at 1000K and 1 bar from its rotationalconstant tilde(B) = 1.931cm²¹ and its vibrational wavenumber tilde(v) = 2169.8cm. CO is a linear rotor with a symmetry number of 1, a molecularweight of 28.01-gmoland ggE:1.= 1. (1bar = 105 (Pa))

T = 1000 KB = 1.931 cm-1v = 2169.8 cm-1gE = 1

Calculate the molar Gibbs energy of CO at 1000K and 1 bar from its rotational constant tilde (B) = 1.931cm¹ and its vibrational wavenumber tilde (v) = 2169.8cm¹. CO is a linear rotor with a symmetry number of 1, a molecular weight of 28.01. g mol = and g : 1. (Ibar = = 105 (Pa))

Calculate the molar Gibbs energy of CO at 1000K and 1 bar from its rotational constant tilde (B) = 1.931cm¹ and its vibrational wavenumber tilde (v) = 2169.8cm¹. CO is a linear rotor with a symmetry number of 1, a molecular weight of 28.01. g mol = and g : 1. (Ibar = = 105 (Pa))

Chemistry

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Chapter1: Chemical Foundations

Section: Chapter Questions

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Question

Calculate the molar Gibbs energy of CO at 1000K and 1 bar from its rotational
constant tilde(B) = 1.931cm²¹ and its vibrational wavenumber tilde
(v) = 2169.8cm. CO is a linear rotor with a symmetry number of 1, a molecular
weight of 28.01-
g
mol
and g
gE
:
1.
= 1. (1bar = 105 (Pa))

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