3. Consider an electron trapped in an infinitely deep PE well of width a-0.125 nm. The electron energy at the bottom of the well is E=0. (30) Draw an electron energy diagram showing the states for n=1.2,3,& 4. Calculate all possible wavelengths (in nm), and energies of photons (in eV) emitted in electron transitions downwards from state n-4.
3. Consider an electron trapped in an infinitely deep PE well of width a-0.125 nm. The electron energy at the bottom of the well is E=0. (30) Draw an electron energy diagram showing the states for n=1.2,3,& 4. Calculate all possible wavelengths (in nm), and energies of photons (in eV) emitted in electron transitions downwards from state n-4.
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Transcribed Image Text:3. Consider an electron trapped in an infinitely deep PE well of width a=0.125 nm. The electron energy at the
bottom of the well is E=0.
(30) Draw an electron energy diagram showing the states for n=1,2,3,& 4. Calculate all possible wavelengths
(in nm), and energies of photons (in eV) emitted in electron transitions downwards from state n=4.
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