You have a collection of identical atoms; each one has allowed energy levels at 0.5eV, 3.4eV, 3.7eV, and 5.2eV. At the beginning of this problem, all of these atoms are in their ground A state. Then you illuminatę the atoms with a 387.5nm wavelength laser. Then you look to see what wavelengths of light are emitted by the atoms. Show a calculation of *all* of the wavelengths of light you should expect to see emitted. Explaining your reasoning and answer will require an explanation of what exactly happens immediately after the atoms are illuminated with the laser.
You have a collection of identical atoms; each one has allowed energy levels at 0.5eV, 3.4eV, 3.7eV, and 5.2eV. At the beginning of this problem, all of these atoms are in their ground A state. Then you illuminatę the atoms with a 387.5nm wavelength laser. Then you look to see what wavelengths of light are emitted by the atoms. Show a calculation of *all* of the wavelengths of light you should expect to see emitted. Explaining your reasoning and answer will require an explanation of what exactly happens immediately after the atoms are illuminated with the laser.
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Transcribed Image Text:You have a collection of identical atoms; each one has allowed energy levels at 0.5eV, 3.4eV,
3.7eV, and 5.2eV. At the beginning of this problem, all of these atoms are in their ground
A state.
Then you illuminatę the atoms with a 387.5nm wavelength laser.
Then you look to see what wavelengths of light are emitted by the atoms. Show a calculation of
*all* of the wavelengths of light you should expect to see emitted. Explaining your reasoning
and answer will require an explanation of what exactly happens immediately after the atoms
are illuminated with the laser.
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