Consider the nuclear reaction 2 H + 14 N ---> X + 10 B where X is a nuclide. 1 7

Question

Consider the nuclear reaction 2H + 14N --->X+ 10B where X is a nuclide.
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Part B: Calculate the reaction energy Q (in MeV).

Part C: If the 2H nucleus is incident on a stationary 14N nucleus, what minimum kinetic energy must it have for the
1 7
for the reaction to occur?

Consider the nuclear reaction Where X is the Nuclide What are Z an A for the nuclide X? Enter your answers numerically separated by a comma Calculate the reaction energy Q (in MeV) Express your answer using four significant figures. If the nucleus is incident on a stationary nucleus, what mini mu m kinetic energy mu st if have for the reaction to occur? Express your answer using four significant figures.

Explanation / Answer

A = 14+2-10 = 6

Z = 1+7-5 = 3

E = mc^2 = 1.67*10^-27*9*10^16*6*10^23 = 9.1*10^13 J

KE = 9.1*10^13J

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