When an alpha particle (⁴He) with a kinetic energy of 6.54 MeV strikes a ²⁷Al nucleus, a ³⁰P nucleus is created and a neutron is ejected. Assume that the ³⁰P nucleus has no final kinetic energy. Given the following masses for the various particles, what is the kinetic energy of the ejected neutron?

Question

When an alpha particle (<sup>4</sup>He) with a kinetic energy of 6.54 MeV strikes a <sup>27</sup>Al nucleus, a <sup>30</sup>P nucleus is created and a neutron is ejected. Assume that the <sup>30</sup>P nucleus has no final kinetic energy. Given the following masses for the various particles, what is the kinetic energy of the ejected neutron? A) 3.71 MeV B) 2.83 MeV C) 6.54 MeV D) 9.37 MeV E) 0.45 MeV

Quizplus · Accepted Answer

The Answer of When an alpha particle (⁴He) with a kinetic energy of 6.54 MeV strikes a ²⁷Al nucleus, a ³⁰P nucleus is created and a neutron is ejected. Assume that the ³⁰P nucleus has no final kinetic energy. Given the following masses for the various particles, what is the kinetic energy of the ejected neutron? A) 3.71 MeV B) 2.83 MeV C) 6.54 MeV D) 9.37 MeV E) 0.45 MeV

When an Alpha Particle (4He) with a Kinetic Energy of 6.54

When an Alpha Particle (⁴He) with a Kinetic Energy of 6.54