" If radius of the nucleus is "3.5times10^(-15)m" then find the space or volume occupied by the nucleus."

If radius of the nucleus is 3.5 xx 10 ^(-15)m then find the space or volume occupied by the nucleus.

The radius of a nucleus is 1.5xx10^(-15)m of the order fermi. Find the volume of the nucleus.

The nucleus of an atom can be assumed to be spherical. The radius of the nucleus of mass number-A is given by (1.25xx10^(-13)) cm. Radius of atom is one A. If the mass number is 64 then the fraction of the atomic volume that is occupied by the nucleus is

The nucleus of an atom is spherical. The relation between radius of the nucleus and mass number A is given by 1.25xx10^(-13)xxA^((1)/(3))cm . If radius of atom is one Å and the mass number is 64, then the fraction of the atomic volume that is occupied by the nucleus is (x)xx10^(-13) . Calculate x

The nucleus of an atom is spherical. The relation between radius of the nucleus and mass number A is given by 1.25xx10^(-13)xxA^((1)/(3))cm . If radius of atom is one Å and the mass number is 64, then the fraction of the atomic volume that is occupied by the nucleus is (x)xx10^(-13) . Calculate x

The nucleus and an atom can be assumed to be spherical. The radius of atom is on Å if the mass number is 64, the fraction fo the atomic volume that is occupied by the nucleus is:

The nucleus and an atom can be assumed to be spherical. The radius of atom is on Å if the mass number is 64, the fraction fo the atomic volume that is occupied by the nucleus is:

If 1 u = 1.66xx10^(-27) kg and average radius of a nucleus is 1.2xx10^(-15) m, then determine the radius and density of a Ra^226 nucleus.