21. Nuclear Chemistry
Mass Defect
4PRACTICE PROBLEM
Given that the atomic masses of Hydrogen-3, Beryllium-9, and Lithium-7 are 3.0160493 amu, 9.0121821 amu, and 7.0160040 amu, respectively, find the nuclear binding energy per nucleon (in 6 s.f.) for each of the following isotopes:
(i) Hydrogen-3
(ii) Beryllium-9
(iii) Lithium-7
Given that the atomic masses of Hydrogen-3, Beryllium-9, and Lithium-7 are 3.0160493 amu, 9.0121821 amu, and 7.0160040 amu, respectively, find the nuclear binding energy per nucleon (in 6 s.f.) for each of the following isotopes:
(i) Hydrogen-3
(ii) Beryllium-9
(iii) Lithium-7