the helium (MHe=4.0026amu) is observed to have a speed of 9.30×106ms−1. Determine (a) the kinetic energy of the lithium (MLi=7.0160amu) and (b) the Q value of the reaction.

Sahay Sir > Question Answers > the helium (MHe=4.0026amu) is observed to have a speed of 9.30×106ms−1. Determine (a) the kinetic energy of the lithium (MLi=7.0160amu) and (b) the Q value of the reaction.
The nuclear reaction n+105B→73Li+42He is observed to occur even when very slow-moving neutrons (Mn=1.0087amu) strike a boron atom at rest. For a particular reaction in which Kn=0 , the helium (MHe=4.0026amu) is observed to have a speed of 9.30×106ms−1. Determine (a) the kinetic energy of the lithium (MLi=7.0160amu) and (b) the Q value of the reaction.
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Sep
The nuclear reaction n+105B→73Li+42He is observed to occur even when very slow-moving neutrons (Mn=1.0087amu) strike a boron atom at rest. For a particular reaction in which Kn=0 , the helium (MHe=4.0026amu) is observed to have a speed of 9.30×106ms−1. Determine (a) the kinetic energy of the lithium (MLi=7.0160amu) and (b) the Q value of the [...]
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Tags: the helium (MHe=4.0026amu) is observed to have a speed of 9.30×106ms−1. Determine (a) the kinetic energy of the lithium (MLi=7.0160amu) and (b) the Q value of the reaction. , The nuclear reaction n+.105B→.73Li+.42He is observed to occur even when very slow-moving neutrons (Mn=1.0087amu) strike a boron atom at rest. For a particular reaction in which Kn=0 ,