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// Ex18_7 Page:359 (2014)
clc;clear;
m_AX = 11.011433; // Mass of parent nucleus, MeV
m_AX_prime = 11.009305; // Mass of daughter nucleus, MeV
m_e = 0.511; // Mass of an electron, MeV
Q_min = 0;
Q = (m_AX - m_AX_prime)*931.5 - 2*m_e; // Q value for the decay, MeV
printf("\nThe maximum energy of the neutrino = %4.2f MeV", Q);
printf("\nThe minimum energy of the neutrino = %d MeV", Q_min);
// Result
// The maximum energy of the neutrino = 0.96 MeV
// The minimum energy of the neutrino = 0 MeV
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