what kinetic energy must an `alpha`-particle possess to split a deuteron `H^(2)` whose binding energy is `E_(b)=2.2 MeV`?

A radioactive nucleus has specific binding energy 'E_(1)' . It emits an alpha - particle . The resulting nucleus has specific binding energy 'E_(2)' . Then

A neutron with kinetic energy K=10 MeV activates a nuclear recation, n+ ^(12)C rarr ^(9)Be +alpha whose threshold E_(th)=6.17 MeV .Find the kinetic energy of the alpha particles outgoing at right angles to the direction of the incoming neutron.[Take mu=931.1 MeV ]

A neutron with kinetic energy K=10 MeV activates a nuclear recation, n+ ^(12)C rarr ^(9)Be +alpha whose threshold E_(th)=6.17 MeV .Find the kinetic energy of the alpha particles outgoing at right angles to the direction of the incoming neutron.[Take mu=931.1 MeV ]

Calculate the mass of an alpha - particle . Its binding energy is 28.2 MeV.

Calculate the mass of an alpha-particle.Its binding energy is 28.2 meV.

Calculate the mass of an alpha-particle.Its binding energy is 28.2 meV.