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Given: tritium activity in a 100 kg body = 3.57 X 10^18 Bq Write out the radioactive decay equation for tritium. Calculate the mass defect based on your radioactive decay equation. Multiply the specific activity by the energy for each decay to get the dose. Convert to a yearly dose and compare to the average dose humans get from tritium and discuss.

Given: tritium activity in a 100 kg body = 3.57 X 10^18 Bq Write out the radioactive decay equation for tritium. Calculate the mass defect based on your radioactive decay equation. Multiply the specific activity by the energy for each decay to get the dose. Convert to a yearly dose and compare to the average dose humans get from tritium and discuss.

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Given: tritium activity in a 100 kg body = 3.57 X 10^18 Bq Write out the radioactive decay equation for tritium. Calculate the mass defect based on your radioactive decay equation. Multiply the specific activity by the energy for each decay to get the dose. Convert to a yearly dose and compare to the average dose humans get from tritium and discuss.
Transcribed Image Text:Given: tritium activity in a 100 kg body = 3.57 X 10^18 Bq Write out the radioactive decay equation for tritium. Calculate the mass defect based on your radioactive decay equation. Multiply the specific activity by the energy for each decay to get the dose. Convert to a yearly dose and compare to the average dose humans get from tritium and discuss.
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