Nuclear FusionQ1. The fusion of two deuterium nuclei produces a nuclide of helium plus a neutron and liberates 3.27 MeV of energy. How does the mass of the two deuterium nuclei compare with the combined mass of the helium nucleus and neutron?
Q2. In the reaction shown, a proton and a deuterium nucleus, H, fuse together to form a helium nucleus, What is the value of Q, the energy released in this reaction?
Q3. The reaction shown below occurs when a proton and a deuterium nucleus, H, fuse to form a helium nucleus. If the energy released, Q, is 5.49 MeV, what is the mass of the helium nucleus? mass of H nucleus = 2.01355 u mass of proton = 1.00728 u
Q4. A deuterium nucleus and a tritium nucleus fuse together to form a helium nucleus, releasing a particle X in the process, according to the equation Which one of the following correctly identifies X?
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