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< Guesunn 3 [m 3) v > 3 vqu e 4.00 points 2 o (of 5 attempts m n _ _ Assistance A 11 nucleus (mass 2mm u) emits . 4191an photon In jump...

A nucleus (mass 208.0) emits a 479.7-keV photon to jump to a state of lower energy. Assuming the nucleus is initially at rest, calculate the kinetic energy of the nucleus after the photon has been emitted. (Hint: Assume the nucleus can be treated nonrelativistically.)Question.png

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< Guesunn 3 [m 3) v > 3 vqu e 4.00 points 2 o (of 5 attempts m n _ _ Assistance
A 11 nucleus (mass 2mm u) emits . 4191—an photon In jump to . stale aflnwer
u gnu-fl Assuming the nucleus is iniliafly .n msg calculate the kinetic enengy of the nucleus after the photon his been emitted. flint: Assume the nucleus “I: be mated
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K : D u 53 eV References Muhipan Answer DIffiCUIlyZ 1 Chapter: R - Review And Synthesls: Section, 01 - Review Exercises Chaney: 26-30

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