The nucleus of `._(56)Ba^(141)` contains

Calculate the nuclear radii of ._(56)Ba^(140) and ._(8)O^(17) . Given R_(0) = 1.5 fm .

A slow neutron strikes a nucleus of ._(92)^(235)U splitting it into lighter nuclei of ._(56)^(141)Ba and ._(36)^(92)Kr along with three neutrons. The energy released in this reaction is ( The masses of uranium, barium and krypton of this reaction are 235.043933,140.917700 and 91.895400 u respectively. The mass of a neutron is 1.008665 u

An atom of an element has 26 electrons and has a mass number 56. The nucleus of this atom contains neutrons.

The nucleus of gold contains_____protons.

J.J. Thomson proposed that the nucleus of an atom contains only nucleus.

A nucleus of "_11N^23 contains:

If a ._(92)U^(235) nucleus upon being struck by a neutron changes to ._(56)Ba^(145) , three neutrons and an unknown product. What is the unknown product?

If a ._(92)U^(235) nucleus upon being struck by a neutron changes to ._(56)Ba^(145) , three neutrons and an unknown product. What is the unknown product?

Find the energy released during the most probable fission of ""^(235)U.""_(9)^(235)U +""_(0)^(1)n rarr""_(56)^(141)Ba +""_(36)^(92)Kr +3""_(0)^(1)n Average binding energy per nucleon of ""^(235)U, ""^(141)Ba and ""^(92)Kr are 7.61 MeV, 8.32 MeV and 8.80 MeV respectively.