For all three of your assigned systems (Ne, Oxygen, Nitrous oxide), calculate the complete partition function (assuming a perfect gas) at T, = 2. 00 and p, = 0. 0500. Information on the symmetry number for your polyatomic molecules is posted in a table under the Reference section in the Content Library The symmetry number for rotational partition functions.

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Chapter1: Chemical Foundations
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For all three of your assigned systems (Ne, Oxygen, Nitrous oxide), calculate the
complete partition function (assuming a perfect gas) at T, = 2. 00 and e, = 0.0500.
Information on the symmetry number for your polyatomic molecules is posted in a
table under the Reference section in the Content Library
The symmetry number for rotational partition functions.
Homonuclear diatomics:
o=2
Heteronuclear diatomics:
o=1
Polyatomics:
Name
Nitrous oxide 1
Transcribed Image Text:For all three of your assigned systems (Ne, Oxygen, Nitrous oxide), calculate the complete partition function (assuming a perfect gas) at T, = 2. 00 and e, = 0.0500. Information on the symmetry number for your polyatomic molecules is posted in a table under the Reference section in the Content Library The symmetry number for rotational partition functions. Homonuclear diatomics: o=2 Heteronuclear diatomics: o=1 Polyatomics: Name Nitrous oxide 1
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