Question: help! Problem 2: Rotational Spectroscopy (1 pt) The molecule 14NO absorbs in the microwave region with a gap of 3.390 cm between adjacent lines in

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Problem 2: Rotational Spectroscopy (1 pt) The molecule 14NO absorbs in the microwave region with a gap of 3.390 cm between adjacent lines in the spectrum. Calculate (a) the rotational constant B, (b) the moment of inertia I, (c) the reduced mass u, and (d) the average bond length of the molecule. Problem 3: Rotational Energy Levels (0.5 pt) For the 14N O molecule estimate the ratio of the populations of the J = 15 to J = 7 levels at 298.15 K. Problem 4: Rotational Terms (1.0 pt) If the AJ = 2,3 rotational transition for a diatomic molecule occurs at v = 2.00 cm , find v for the AJ = 7,8 transition for this molecule

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