At T =300K, 1bar of 00 in a 1m box (lengths a= ay = a, =...

Transcribed Image Text:

At T =300K, 1bar of "0¹0 in a 1m³ box (lengths a= ay = a, = 1m) can be considered as an ideal gas. In that case, the average translational energy in each dimension for a molecule is given by: E₁=E₁=E₁=¹ KT₁ where k=1.38 x 10 J/K is the Boltzmann constant. The average rotational energy about an axis perpendicular to the O-O bond is: Ert-kT, and the average vibrational energy is: Evib kT. Given that the fundamental vibrational frequency for ¹OO is w=4.741 × 10 Hz, find the values of the quantum numbers n., J, and u for an average ¹0"O molecule in this system. At T =300K, 1bar of "0¹0 in a 1m³ box (lengths a= ay = a, = 1m) can be considered as an ideal gas. In that case, the average translational energy in each dimension for a molecule is given by: E₁=E₁=E₁=¹ KT₁ where k=1.38 x 10 J/K is the Boltzmann constant. The average rotational energy about an axis perpendicular to the O-O bond is: Ert-kT, and the average vibrational energy is: Evib kT. Given that the fundamental vibrational frequency for ¹OO is w=4.741 × 10 Hz, find the values of the quantum numbers n., J, and u for an average ¹0"O molecule in this system.

Answer rating: 100% (QA)

the average translational energy for a molecule in each dimension is give... View the full answer