Calculate Max Kinetic Energy of Neutron in MeV, Physics Book Error?

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SUMMARY

The discussion centers on a potential error in a physics textbook regarding the nuclear reaction involving beryllium (Be) and helium (He) to produce carbon (C) and a neutron (n). The correct representation of the reaction is confirmed as Be + He = C + n, ensuring that atomic and mass numbers are balanced on both sides. The participant expresses uncertainty about the initial conditions of the reaction, specifically whether only the target nucleus should be mentioned on the left side. This clarification is crucial for understanding nuclear reaction equations.

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  • Familiarity with atomic structure and particle interactions
  • Knowledge of chemical notation and reaction balancing
  • Basic principles of physics related to kinetic energy calculations
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Ry122
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I think there was a an error made in my physics book.
It says alpha particles are fired at beyllium nuclei to induce the reaction
Be He C + n
Calculate the maximum kinetic energy of the neutron in MeV.
Im guessing it means Be + He = C + n
This makes the atomic numbers and mass numbers on the left equal to the ones on the right side. I am unsure if this is correct through because isn't the left side only supposed to have the atom that was fired at?
 
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The left side is what you start with, the right side is what it turns into.
SO Be + He = C + n is correct.
If you should write He as a chemical reaction for a process involving an alpha particle is probably something for the chemists to argue about.
 

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