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In collection of microscopic oscillators, the temperature is high enough that the ground state and the first two excited states are occupied. Which stands to all the possible energies of the photons emitted by these oscillators: O 0.5ħ@, ħw0 O hoo, 2h@o O 0.5h@o,2ħwo Find the values of all the possible energies of photons emitted by such oscillators in eV if the lowest energy photon observed in the vibrational spectrum is 0.039 eV. Possible energies are : eV, eV

In collection of microscopic oscillators, the temperature is high enough that the ground state and the first two excited states are occupied. Which stands to all the possible energies of the photons emitted by these oscillators: O 0.5ħ@, ħw0 O hoo, 2h@o O 0.5h@o,2ħwo Find the values of all the possible energies of photons emitted by such oscillators in eV if the lowest energy photon observed in the vibrational spectrum is 0.039 eV. Possible energies are : eV, eV

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In collection of microscopic oscillators, the temperature is high enough that the ground state and the first two excited states are occupied. Which stands to all the possible energies of the photons emitted by these oscillators: 0.5hoo, ħwo O hwo, 2ħwo O 0.5hwo, 2ħwo Find the values of all the possible energies of photons emitted by such oscillators in eV if the lowest energy photon observed in the vibrational spectrum is 0.039 eV. Possible energies are : eV, eV
Transcribed Image Text:In collection of microscopic oscillators, the temperature is high enough that the ground state and the first two excited states are occupied. Which stands to all the possible energies of the photons emitted by these oscillators: 0.5hoo, ħwo O hwo, 2ħwo O 0.5hwo, 2ħwo Find the values of all the possible energies of photons emitted by such oscillators in eV if the lowest energy photon observed in the vibrational spectrum is 0.039 eV. Possible energies are : eV, eV
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