Skip to main content
United States
Jump To
Support
Register or Log In
Support
Register or Log In
Instructors
Browse Products
Getting Started
Students
Browse Products
Getting Started
Return to Statistical Thermodynamics 2e Student Resources
Chapter 12 Multiple choice questions
Quiz Content
*
not completed
.
This question is concerned with the high-temperature behaviour of the vibrational partition function
equation12.6).
Which
one
of the following statements is correct?
At temperatures below 1000 K, molecules containing hydrogen will have vibrational partition functions with values close to one.
correct
incorrect
The high temperature form of q
vib
can only be used if the temperature is high with respect to the reduced vibrational temperature.
correct
incorrect
The high-temperature form of q
vib
can be used only at high temperatures.
correct
incorrect
In calculating the vibrational partition function one can ignore vibrations involving hydrogen atoms at temperatures below 1000 K.
correct
incorrect
*
not completed
.
This question is concerned with the vibrational partition function
(equation 12.4)
Which
one
of the following statements is most likely to be correct?
For polyatomic molecules the largest error in evaluating the vibrational partition function comes from stretching modes involving hydrogen.
correct
incorrect
For polyatomic molecules the largest error in evaluating the vibrational partition function comes from intra-molecular hydrogen bonds.
correct
incorrect
For polyatomic molecules the largest error in evaluating the vibrational partition function comes from not taking into account that torsional modes can turn into internal rotations at a given temperature.
correct
incorrect
For polyatomic molecules, the largest error in evaluating the vibrational partition function comes from stretching modes that do not involve hydrogen.
correct
incorrect
Previous Question
Submit Quiz
Next Question
Reset
Exit Quiz
Review & Submit
Submit Quiz
Are you sure?
You have some unanswered questions. Do you really want to submit?
Back to top
Printed from , all rights reserved. © Oxford University Press, 2024
Select your Country