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Consider a nuclear reaction A+B→C. A nucleus ′A′ moving with kinetic energy of 5 MeV collides with a nucleus ′B′ moving with kinetic energy of 3 MeV and form a nucleus ′C′ in excited state. The kinetic energy of nucleus ′C′ just after its formation is 265N MeV and it is formed in a state with excitation energy of 10 MeV. Find the value of N.[Take masses of nuclei A,B and C as 25,10 and 34.995 amu respectively, 1 amu=930 MeV/c2] |
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Answer» Consider a nuclear reaction A+B→C. A nucleus ′A′ moving with kinetic energy of 5 MeV collides with a nucleus ′B′ moving with kinetic energy of 3 MeV and form a nucleus ′C′ in excited state. The kinetic energy of nucleus ′C′ just after its formation is 265N MeV and it is formed in a state with excitation energy of 10 MeV. Find the value of N. [Take masses of nuclei A,B and C as 25,10 and 34.995 amu respectively, 1 amu=930 MeV/c2] |
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