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Q.

Consider the following reaction:   11H+613C713N+01n
The atomic masses of the nuclei are
 M 11H=1.007825amu,M 0n1=1.008665amu,M 613C=13.00336amu,M 713N=13.00574amu  and  1amu=931MeV.
The minimum kinetic energy of proton (11H)  required to initiate the reaction is_______in Mev
 

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Detailed Solution

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Required kinetic energy 

[m(N)+m(n)m(H)m(C)]×931MeV

=2.99MeV

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Consider the following reaction:   11H+613C→713N+01nThe atomic masses of the nuclei are M 11H=1.007825amu, M 0n1=1.008665amu, M 613C=13.00336amu, M 713N=13.00574amu  and  1 amu=931 MeV.The minimum kinetic energy of proton (11H)  required to initiate the reaction is_______in Mev