Given the masses of various atomic particles $m_p=1.0072 \mathrm{u}, m_n=1.0087 \mathrm{u}, m_e=0.00

Question

Given the masses of various atomic particles $m_p=1.0072 \mathrm{u}, m_n=1.0087 \mathrm{u}, m_e=0.000548 \mathrm{u}$, $m_v=0, m_d=2.0141 \mathrm{u}$, where $p \equiv$ proton, $n \equiv$ neutron, $e \equiv$ electron, $\bar{v} \equiv$ antineutrino and $d \equiv$ deuteron. Which of the following process is allowed by momentum and energy conservation?

Professor PC Thomas Classes · Answer

(c)