3. The force constant of the HI molecule is 290 Nm-1 . (a) Calculate the stretching...
3. The force constant of the HI molecule is 290 Nm-1 .
(a) Calculate the stretching frequency of the molecule.
(b) Calculate the zero point energy of the molecule.
(c) Radiation of what wavelength would have photons with just the right amount of energy to excite HI molecules from one vibrational state to the next higherenergy state? In what spectral region does the radiation with this wavelength, or photon energy, occur?
(d) If one used the deuterated analogue, what would be the stretching frequency of the molecule?
Homework Answers
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3. The force constant of the HI molecule is 290 Nm-1 .
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