Find the energy of the reaction `Li^(7)+prarr2He^(4)` if the binding energies per nucleon in `Li^(7)` and `He^(4)` nuclei are known to be equal to `5.60` and `7.06 MeV` respectively.

The energy of the reaction Li^(7)+prarr2He^(4) is ( the binding energy per nucleon in Li^(7) and He^(4) nuclei are 5.60 and 7.60 MeV respectively.)

The energy of the reaction Li^(7)+prarr2He^(4) is ( the binding energy per nucleon in Li^(7) and He^(4) nuclei are 5.60 and 7.60 MeV respectively.)

Calculate the energy of the reaction , Li^(7) + p to 2 _(2)He^(4) If the binding energy per nucleon in Li^(7) and He^(4) nuclei are 5.60 MeV and 7.06 MeV , respectively .

Compute the binding energy per nucleon of ""_(2)^(4)"He" nucleus.

Find the enrgy required of seperation of a Ne^(20) nucleus into two alpha-particles and a C^(12) nucleus if it is known that binding energies per one nucleon in Ne^(20), He^(4) and C^(12) nuclei are equal to 8.03, 7.07 , and 7.68MeV respectively.

A proton is bombarded on a stationary lithium nucleus. As a result of the collision, two alpha -particles are produced. If the direction of motion of the alpha -particles with the initial direction of motion makes an angles cos^-1(1//4) , find the kinetic energy of the striking proton. Given, binding energies per nucleon of Li^7 and He^4 are 5.60 and 7.06 MeV, respectively. (Assume mass of proton ~~ mass of neutron).

A proton is bombarded on a stationary lithium nucleus. As a result of the collision, two alpha -particles are produced. If the direction of motion of the alpha -particles with the initial direction of motion makes an angles cos^-1(1//4) , find the kinetic energy of the striking proton. Given, binding energies per nucleon of Li^7 and He^4 are 5.60 and 7.06 MeV, respectively. (Assume mass of proton ~~ mass of neutron).

Find the binding energy of the nucleus of lighium isotope ._(3)Li^(7) and hence find the binding energy per nucleon in it.