Na decays to 22Ne via ß+ 10 with energy 1.277 MeV. If the
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Q: Calculate the energy (in MeV) released in the αlpha decay of U-238. Answer in 3 decimal places.
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- Fusion bombs use neutrons from their fission trigger tocreate tritium fuel in the reaction n +6 Li →3 H +4 He .What is the energy released by this reaction in MeV?Find the binding energy per nucleon in J and eV for the three following isotopes, given their atomic masses in u: 33 Si silicon 32.97800017 u ☐ × 10-12 J ☐ MeV 241 Es einsteinium 241.0685424 u 99 ×10−12 J☐MeV 170 oxygen 16.9991317012 u ×10-¹² J MeV mhydrogen = 1.007825 u mneutron 1.008664915 u -27 u = 1.6605 × 101 kgA proposed nuclear reactor facility will have an electrical power output of 908 MW with a 31.3% efficiency in converting nuclear to electrical power. Assuming the average fission reaction produces 234 MeV, how many reactions will take place at the facility every second?
- We have already studied the natural Radionuclides series decays. These series are named the uranium (U-238), actinium (U-235), thorium (Th-232), and neptunium (Np-237 ) series. Now, use the neutron activation to get the Transuranic (TRU) Radionuclides, then beta and alpha decay series to the end series stable daughter and determine if this daughter is natural or anthropogenic radionuclide. Write the neutron activation reaction, Calculate the delta E Then use the alpha decay series to get the end series stable daughter. Use U-238 for the neutron activation, calculate delta E, and Egamma, then use the daughter to write the beta - decay, and finally use the second daughter for the alpha series decay to determine the end series stable isotope.Find the energy emitted in the β − decay of 60Co .