A beta-minus particle undergoes a Bremsstrahlung interaction with the nucleus of a tungster atom. Before the interaction, the beta-minus particle had 690 keV of kinetic energy, and the energy of the Bremsstrahlung photon is 75 keV. How much energy is retained by the beta- minus particle?
A beta-minus particle undergoes a Bremsstrahlung interaction with the nucleus of a tungster atom. Before the interaction, the beta-minus particle had 690 keV of kinetic energy, and the energy of the Bremsstrahlung photon is 75 keV. How much energy is retained by the beta- minus particle?
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![A beta-minus particle undergoes a Bremsstrahlung interaction with the nucleus of a tungsten
atom. Before the interaction, the beta-minus particle had 690 keV of kinetic energy, and the
energy of the Bremsstrahlung photon is 75 keV. How much energy is retained by the beta-
minus particle?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F203b58df-0ca9-47a6-a660-754b46a1e0bb%2F26073253-d82f-48f8-bc90-d30093f274e1%2Fb0gwjvc_processed.png&w=3840&q=75)
Transcribed Image Text:A beta-minus particle undergoes a Bremsstrahlung interaction with the nucleus of a tungsten
atom. Before the interaction, the beta-minus particle had 690 keV of kinetic energy, and the
energy of the Bremsstrahlung photon is 75 keV. How much energy is retained by the beta-
minus particle?
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