The molecule ClO is believed to participate in the seasonal depletion of ozone over Antarctica, so...

  

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The molecule Cl₂O₂ is believed to participate in the seasonal depletion of ozone over Antarctica, so it has been extensively studied. The rotational constants are reported to be 13109.4, 2409.8, and 2139.7 MHz with a symmetry number of 2. The vibrational wavenumbers are 753, 542, 310, 127, 646, and 419 cm ¹. (all non-degenerate). Calculate the value of G (200 K) - G (0). The molecule Cl₂O₂ is believed to participate in the seasonal depletion of ozone over Antarctica, so it has been extensively studied. The rotational constants are reported to be 13109.4, 2409.8, and 2139.7 MHz with a symmetry number of 2. The vibrational wavenumbers are 753, 542, 310, 127, 646, and 419 cm ¹. (all non-degenerate). Calculate the value of G (200 K) - G (0).