Calculate the corresponding wavelength fir carbon-deuterium


Let energy to bring the system from its ground to the first excited vibrational state correspond to the energy of an energy of an electromagnetic wave with a wavelength of 3,300nm for Quantum harmonic oscillator.(1nm = 10-9m). This value is quite typical for a C-H bond stretch vibration as seen in a vibrational spectroscopy experiment. c=2.998*108m/s, h= 6.626*10-34J s.

1. Determine the numbers of wave amplitude maxima and minima are there per cm for this electromagnetic wave.

2. How does the corresponding wave number of the electromagnetic wave change? Suppose you substitute hydrogen with deuterium: thesffective mass for the vibration changes from 1 amu to 2 amu.

3. Calculate the corresponding wavelength fir the carbon-deuterium vibration of part (c)?

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Chemistry: Calculate the corresponding wavelength fir carbon-deuterium
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