Mass-energy and Nuclear Binding Energy - Nuclear Binding Energy

Calculate the binding energy of an alpha particle given its mass to be 4.00151 u.

What is binding energy of nucleus?

Define binding energy per nucleon.

In a periodic table the average atomic mass of magnesium is given as 24.312 u. The average value is based on their relative natural abundance on earth. The three isotopes and their masses are\[\ce{_12^24Mg}\](23.98504 u), \[\ce{_12^25Mg}\] (24.98584 u), and \[\ce{_12^26Mg}\] (25.98259 u). The natural abundance of \[\ce{_12^24Mg}\] is 78.99% by mass. Calculate the abundances of other two isotopes.

Derive an expression for the total energy of electron in ‘n' th Bohr orbit. Hence show that energy of the electron is inversely proportional to the square of principal quantum number. Also define binding energy.

In which of the following decays the atomic number decreases?

(a) α-decay
(b) β⁺-decay
(c) β⁻-decay
(d) γ-decay

Obtain the binding energy (in MeV) of a nitrogen nucleus `(""_7^14"N")`, given `"m"(""_7^14"N")` = 14.00307 u.

What is meant by “binding energy per nucleon” of a nucleus?