Calculate , using the equipartition theorem, the constant-volume heat capacity of CO_2 in three cases: a.) no...

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Chemistry

Calculate , using the equipartition theorem, the constant-volumeheat capacity of CO_2 in three cases:
a.) no vibrations active (the low-T limit)
b.) all vibrations active (the high-T limit)
c.) with just the lowest-energy vibration active.

Answer & Explanation Solved by verified expert

3.7 Ratings (320 Votes)

For CO2 ie a linear molecule Total degrees of freedom 3N 339 Where N no of atoms present in the CO2 molecule Translational modes of freedom 3 Rotational modes of freedom 2 See Answer

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Calculate , using the equipartition theorem, the constant-volume heat capacity of CO_2 in three cases: a.) no...

80.2K

Verified Solution

Question

Chemistry

Calculate , using the equipartition theorem, the constant-volumeheat capacity of CO_2 in three cases:
a.) no vibrations active (the low-T limit)
b.) all vibrations active (the high-T limit)
c.) with just the lowest-energy vibration active.

Answer & Explanation Solved by verified expert

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Calculate , using the equipartition theorem, the constant-volume heat capacity of CO_2 in three cases: a.) no...

80.2K

Verified Solution

Question

Chemistry

Calculate , using the equipartition theorem, the constant-volumeheat capacity of CO_2 in three cases:a.) no vibrations active (the low-T limit)b.) all vibrations active (the high-T limit)c.) with just the lowest-energy vibration active.

Answer & Explanation Solved by verified expert

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Calculate , using the equipartition theorem, the constant-volumeheat capacity of CO_2 in three cases:
a.) no vibrations active (the low-T limit)
b.) all vibrations active (the high-T limit)
c.) with just the lowest-energy vibration active.