Question

Select One Option Correct from the following : Let $m_p$ be the mass of proton, $m_n$ the mass of neutron, $M_1$ the mass of $^{20}_{10} {Ne}$ nucleus and $M_1$ the mass of $^{40}_{20} {Ca}$ nucleus. Then,
(A)$M_2 = 2M_1$
(B)$M_2 \ \textgreater \ 2M_1$
(C)$M_2 \ \textless \ 2M_1$
(D)$M_1 \ \textless \ 10(m_n + m_p)$

Answer 1

gicuxucgiiichciciciiccociicciciichoc