Q1: What will degree of freedom (trans, rot & vib) for the following molecules: a) NO, b) so, c) NO,* ,d) HCI

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Solve question 1,2,3 and 4
Q1: What will degree of freedom (trans, rot & vib) for the following molecules:
a) NO, b) so, c) NO,* ,d) HCI
Q2: Calculate the translational partition function for CO, molecules enclosed in a
container of 20 L at 50 °C. Note: Use Sl units for V (m'), T (K) & m (kg).
Q3: Calculate the rotational partition function for N, at 25 oc, where I = 0.5 x 10 41
Q4: Find the vibrational partition function for water at 0 °C and 500 °C using the
following three vibration modes (bend, stretch (symmetric & asymmetric). Note
wave number is given in cm".
gas-phase water
bend
1595 cm-1
symmetric stretch
3657 cm-
intisymmetric stretch
3756 cm
Transcribed Image Text:Q1: What will degree of freedom (trans, rot & vib) for the following molecules: a) NO, b) so, c) NO,* ,d) HCI Q2: Calculate the translational partition function for CO, molecules enclosed in a container of 20 L at 50 °C. Note: Use Sl units for V (m'), T (K) & m (kg). Q3: Calculate the rotational partition function for N, at 25 oc, where I = 0.5 x 10 41 Q4: Find the vibrational partition function for water at 0 °C and 500 °C using the following three vibration modes (bend, stretch (symmetric & asymmetric). Note wave number is given in cm". gas-phase water bend 1595 cm-1 symmetric stretch 3657 cm- intisymmetric stretch 3756 cm
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