A nuclide 1 is said to be the mirror isobar of nuclide 2 if $Z_1 =N_2$ and $Z_2 =N_1.$(a) What nuclide is a mirror isobar of $N a_{11}^{23}$ ?(b) Which nuclide out of the two mirror isobars have greater binding energy and why?

Home » A nuclide 1 is said to be the mirror isobar of nuclide 2 if and (a) What nuclide is a mirror isobar of ?(b) Which nuclide out of the two mirror isobars have greater binding energy and why?

A nuclide 1 is said to be the mirror isobar of nuclide 2 if $Z_1 =N_2$ and $Z_2 =N_1.$
(a) What nuclide is a mirror isobar of $N a_{11}^{23}$ ?
(b) Which nuclide out of the two mirror isobars have greater binding energy and why?

CBSE | Class 12 | ncert exemplar | Nuclei | Physics

A nuclide 1 is said to be the mirror isobar of nuclide 2 if $Z_1 =N_2$ and $Z_2 =N_1.$
(a) What nuclide is a mirror isobar of $N a_{11}^{23}$ ?
(b) Which nuclide out of the two mirror isobars have greater binding energy and why?

a) We are given that a nuclide 1 is to be the mirror isobar of nuclide 2 if,

$\mathrm Z_1=\mathrm N_2$ and $\mathrm Z_2=\mathrm N_1$