Compute in hertz the broadening d? of transitions in hcn

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Reference no: EM13674456

1. Explain what is the wavelength of an electron whose linear velocity is 181.85 m/sec?

2. If all the energy is dissipated as light, explain how many photons per second are emitted by a 366 nm uv lamp rated at a power of 150 watts (1 watt = 1 J/sec)? Would a 150 watt tungsten lamp, which emits mainly visible light, produce more or fewer photons per second than the 366 nm lamp?

3. Compute in hertz the broadening Δν of transitions in HCN at 25 C due to the Doppler effect in regions of the spectrum typical of rotational transitions (10 cm71), vibrational
transitions (1500 cm71) as well as electronic transitions (60 000 cm71).

4. Explain what is the value of kT in cm-1 at 300 K? Explain what is the value of nj/ni if state j is this many cm-1 above state i? Presume both states are non-degenerate.

Reference no: EM13674456

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