For an electron in a 1D-infinite potential well, (-a≤x≤a) of width 1Ᾰ, calculate (i) the separation between the two lowest energy levels, (ii) the frequency and wavelength of the photon corresponding to a transition between these two levels and (iii) in what region of the electromagnetic spectrum is the frequency/wavelength?
For an electron in a 1D-infinite potential well, (-a≤x≤a) of width 1Ᾰ, calculate (i) the separation between the two lowest energy levels, (ii) the frequency and wavelength of the photon corresponding to a transition between these two levels and (iii) in what region of the electromagnetic spectrum is the frequency/wavelength?
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For an electron in a 1D-infinite potential well, (-a≤x≤a) of width 1Ᾰ, calculate
(i) the separation between the two lowest energy levels,
(ii) the frequency and wavelength of the photon corresponding to a transition
between these two levels and
(iii) in what region of the electromagnetic spectrum is the frequency/wavelength?
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