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The IR spectra for the hydrogen chloride molecule (HCl) display a peak at 2886 cm^(-1). Assuming the diatomic vibration can be treated as a harmonic oscillator, calculate the energy for the first vibrational excited state of HCl.

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MCQS on the principles and laws of quantum mechanics as well as the interaction between matter and electromagnetic waves.
 


The IR spectra for the hydrogen chloride molecule (HCl) display a peak at 2886 cm^(-1). Assuming the diatomic vibration can be treated as a harmonic oscillator, calculate the energy for the first vibrational excited state of HCl.





 
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