Question:
A stationary nitrogen (\(^{14}_7N\)) nucleus is bombarded with Ξ±- particle (\(^{4}_2He\)) and the following nuclear reaction takes place:
If the kinetic energies of \(^4_2\) and \(^4_2H\) are 5.314MeV and 4.012MeV, respectively, then the kinetic energy of \(^{17}_80\) is MeV. (Rounded off to one decimal place)
(Masses are given in units of π’ = 931.5MeV/c2 )
A stationary nitrogen (\(^{14}_7N\)) nucleus is bombarded with Ξ±- particle (\(^{4}_2He\)) and the following nuclear reaction takes place:
If the kinetic energies of \(^4_2\) and \(^4_2H\) are 5.314MeV and 4.012MeV, respectively, then the kinetic energy of \(^{17}_80\) is MeV. (Rounded off to one decimal place)
(Masses are given in units of π’ = 931.5MeV/c2 )
If the kinetic energies of \(^4_2\) and \(^4_2H\) are 5.314MeV and 4.012MeV, respectively, then the kinetic energy of \(^{17}_80\) is MeV. (Rounded off to one decimal place)
(Masses are given in units of π’ = 931.5MeV/c2 )
Updated On: Oct 1, 2024
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Correct Answer: 0.4
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The correct answer is: 0.4
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