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- Suppose one electron in H2 is excited from the s1s MO to the s1*s MO. Would youexpect the H atoms to remain bonded to each other, or would the molecule fall apart?4) Consider Argon (40 g/mol, d = 188 pm) at 0°C, 550 mm Hg: a) What is the collision frequency/ b) What is the collision density? c) What is the mean free path?Answer question in handwriting
- Now assume that both the H and the I move when the molecule rotates so the rotating HI moleculeis a rigid rotator and calculate: c) the rotator’s moment of inertiad) the greatest wavelength of radiation that can rotationally excite the molecule.please help me with the following and make sure its corrcet 100% , pls and thank you#3
- #4(3) Partition function of an ideal gas comprising N particles of mass m in a volume V, which is in equilibrium with a heat bath at temperature T (or Bß = 1/kT), was calculated in lecture as: %3D 3N/2 VN (2nmkT)³N/2 VN m Z = N!h3N N! (2nh?ß, using the integral e-cx2 Now consider an ideal gas comprising N particles of two-atom molecule of mass m. Kinetic energy is separated as E = Etransl + Erot; where 1 1 Etransl = 2m -(P를 +pg + p2); Erot (på + p),0 <θ< T,0<Φ< 2π. 21 sin? 0 (a) Calculate the partition function for ideal gas comprising two-atom molecules. (b) Calculate the heat capacity.