An alpha particle with kinetic energy T=5.3 MeV initiates a nuclear reaction Be94 + α42 →C126 + n10with energy yield Q=5.7 Mev. The kinetic enrgy of the neutron going at right angles to the direction of motion of the alpha particle will be (in MeV)

An alpha particle with kinetic energy T=5.3 MeV initiates a nuclear re

1.	An alpha particle with kinetic energy T=5.3 MeV initiates a nuclear reaction Be94 + α42 →C126 + n10with energy yield Q=5.7 Mev. The kinetic enrgy of the neutron going at right angles to the direction of motion of the alpha particle will be (in MeV)
Answer» An alpha particle with kinetic energy $T = 5.3 M e V$ initiates a nuclear reaction $B e_{4}^{9} + α_{2}^{4} \to C_{6}^{12} + n_{0}^{1}$ with energy yield $Q = 5.7 M e v$ . The kinetic enrgy of the neutron going at right angles to the direction of motion of the alpha particle will be (in $M e V$ )

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An alpha particle with kinetic energy T=5.3 MeV initiates a nuclear reaction Be94 + α42 →C126 + n10with energy yield Q=5.7 Mev. The kinetic enrgy of the neutron going at right angles to the direction of motion of the alpha particle will be (in MeV)

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