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For the AB molecule, the constants B0 = 10.442 cm-1 and B1 = 10.138 cm-1 have been obtained from a vibration-rotation spectrum. Calculate re, r0, and the rotational constant at distance re. Data: Atomic masses: A = 2.2   B = 32.7  /  NA = 6x1023 mol-1  /  c = 3x108 m s-1  /  h = 6.6x10-34J s

For the AB molecule, the constants B0 = 10.442 cm-1 and B1 = 10.138 cm-1 have been obtained from a vibration-rotation spectrum. Calculate re, r0, and the rotational constant at distance re. Data: Atomic masses: A = 2.2   B = 32.7  /  NA = 6x1023 mol-1  /  c = 3x108 m s-1  /  h = 6.6x10-34J s

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For the AB molecule, the constants B0 = 10.442 cm-1 and B1 = 10.138 cm-1 have been obtained from a vibration-rotation spectrum. Calculate re, r0, and the rotational constant at distance re.

Data:

Atomic masses: A = 2.2   B = 32.7  /  NA = 6x1023 mol-1  /  c = 3x108 m s-1  /  h = 6.6x10-34J s

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