Calculate and plot the vibrational partition function of CSe2 between 500K and 1000K (with a step of 100K) given the wavenumbers 313 cm- (bend. two modes). 369 cm-1 ( symmetric stretch) and 1302 cm - (asymmetric stretch) assuming that each vibrational mode can be treated as a simple harmonic oscillator. Explain and discuss each step. (marks 10)
Calculate and plot the vibrational partition function of CSe2 between 500K and 1000K (with a step of 100K) given the wavenumbers 313 cm- (bend. two modes). 369 cm-1 ( symmetric stretch) and 1302 cm - (asymmetric stretch) assuming that each vibrational mode can be treated as a simple harmonic oscillator. Explain and discuss each step. (marks 10)
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![Calculate and plot the vibrational
partition function of CSe2
between 500K and 1000K (with
a step of 100K) given the
wavenumbers 313 cm- (bend.
two modes). 369 cm-1 (
symmetric stretch) and 1302 cm
- (asymmetric stretch) assuming
that each vibrational mode can
be treated as a simple harmonic
oscillator. Explain and discuss
each step. (marks 10)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faeee5c6c-1821-404c-a399-9c1282054ad7%2Fbf111ee0-01ca-4039-9b0d-b3855ee1472d%2Feflfjj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate and plot the vibrational
partition function of CSe2
between 500K and 1000K (with
a step of 100K) given the
wavenumbers 313 cm- (bend.
two modes). 369 cm-1 (
symmetric stretch) and 1302 cm
- (asymmetric stretch) assuming
that each vibrational mode can
be treated as a simple harmonic
oscillator. Explain and discuss
each step. (marks 10)
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