8. The vibrational constant o for O2 molecule is 1580 cm. Calculate the maximum displacement (r - re) in Å as a percentage of r.(=1-207 Ả), when v = 0, v = 15. Assume that the molecule is a harmonic oscillator and r, is the eauilibrium internuclear distance.
8. The vibrational constant o for O2 molecule is 1580 cm. Calculate the maximum displacement (r - re) in Å as a percentage of r.(=1-207 Ả), when v = 0, v = 15. Assume that the molecule is a harmonic oscillator and r, is the eauilibrium internuclear distance.
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Transcribed Image Text:8. The vibrational constant o for O2 molecule is 1580 cm. Calculate the
maximum displacement (r - re) in Å as a percentage of r. (= 1-207 Ả), when
v = 0, v = 15. Assume that the molecule is a harmonic oscillator and r, is the
%3D
eauilibrium internuclear distance.
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