A radionuclide decays by emitting 0.695 MeV B-particles. Its physical half-life is 14.5 days. Assume its biological half-life is 7.1 days. What is the total energy deposited per kilogram in the body in one week from the absorption of 250 MBq?
A radionuclide decays by emitting 0.695 MeV B-particles. Its physical half-life is 14.5 days. Assume its biological half-life is 7.1 days. What is the total energy deposited per kilogram in the body in one week from the absorption of 250 MBq?
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![4.11 A radionuclide decays by emitting 0.695 MeV B-particles. Its physical
half-life is 14.5 days. Assume its biological half-life is 7.1 days. What is
the total energy deposited per kilogram in the body in one week from
the absorption of 250 MBq?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff17f0384-cbc7-4309-a70f-e070a4c727ed%2Fc0cb78af-16fd-472e-b81a-07e0adb9db9f%2Fhpt9rlo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4.11 A radionuclide decays by emitting 0.695 MeV B-particles. Its physical
half-life is 14.5 days. Assume its biological half-life is 7.1 days. What is
the total energy deposited per kilogram in the body in one week from
the absorption of 250 MBq?
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