The distance between nucleons is atomic nucleus is the order of (1 Fermi `= 13^(-13) cm`)

The distance between nucleons in atomic nucleus is the order of (1 Fermi = 13^(-13) cm )

The binding energy of a nucleon in a nucleus is of the order of a few

The distance between the points (-1,2,3) and P is 13. Then P =

The distance between the points (1,3) and (x,7) is 5, find x.

The average distance of electron from the nucleus in an atom is of the order of

The average distance of electron from the nucleus in an atom is of the order of

The distance between the points (3,2,1) & (4,-1,3) is

The mass number of atom whose nucleus has a radium of 5.6 Fermi (R_0=1.40xx10^(-13)cm) is

The mass number of atom whose nucleus has a radium of 5.6 Fermi (R_0=1.40xx10^(-13)cm) is

The radius of an atom is of the order of 1 Å (10^(-10) m) and that of a nucleus is of the order of fermi (10^(-15) m). By how many orders of magnitude is the volume of an atom higher than that of a nucleus?