a)What are the energies of the first three energy levels of an electron confined in a one-dimensional box of wavelength 0.70nm. Give your answer in electron volts (eV) (b) How much energy must the electron lose to move from the n=2 energy level to the n=1 energy level? Again, give your answer in eV. (c) Suppose that an electron can move from the n=2 level to n=1 level by emitting a photon of light. If energy is conserved, what must the photon wavelength be? Give your answer in nanometers
a)What are the energies of the first three energy levels of an electron confined in a one-dimensional box of wavelength 0.70nm. Give your answer in electron volts (eV) (b) How much energy must the electron lose to move from the n=2 energy level to the n=1 energy level? Again, give your answer in eV. (c) Suppose that an electron can move from the n=2 level to n=1 level by emitting a photon of light. If energy is conserved, what must the photon wavelength be? Give your answer in nanometers
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(a)What are the energies of the first three energy levels of an electron confined in a one-dimensional box of wavelength 0.70nm. Give your answer in electron volts (eV)
(b) How much energy must the electron lose to move from the n=2 energy level to the n=1 energy level? Again, give your answer in eV.
(c) Suppose that an electron can move from the n=2 level to n=1 level by emitting a photon of light. If energy is conserved, what must the photon wavelength be? Give your answer in nanometers
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