2. A nucleus of mass M is initially in an excited state whose energy is AE above the ground state of the nucleus. The nucleus emits a gamma-ray of energy hv and makes a transition to its ground state. Explain why the gamma-ray energy is not equal to the energy level difference. Determine the fractional change i.e. hv-AE ΔΕ 10
2. A nucleus of mass M is initially in an excited state whose energy is AE above the ground state of the nucleus. The nucleus emits a gamma-ray of energy hv and makes a transition to its ground state. Explain why the gamma-ray energy is not equal to the energy level difference. Determine the fractional change i.e. hv-AE ΔΕ 10
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Transcribed Image Text:2. A nucleus of mass M is initially in an excited state whose energy is AE above the ground
state of the nucleus. The nucleus emits a gamma-ray of energy hv and makes a transition
to its ground state. Explain why the gamma-ray energy is not equal to the energy level
difference. Determine the fractional change i.e.
hv-AE
ΔΕ
10
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