Physics, asked by aishwaryamarkan00, 7 months ago

The total binding energy per nucleon of an alpha particle is 7 MeV, and that the energy

release in the reaction d + d → α is 23.6 MeV, then find the total binding energy of a

deuteron.​

Answers

Answered by Anonymous
5

m= mass of α particle − mass of total number of proton and neutron ... The binding energy per nucleon in MeV is. Study later.

Top answer

Binding Energy = mc^2 m = mass of alpha particle - mass of total number of proton and neutron = 4.00150 - 2(1.00728 + 1.00867) = 4.00150 - 4.0319 = - 0.0304u

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