Difference between Parcel Out and Mass Defect

PARCEL OUT vs MASS DEFECT: NOUN

The difference between the mass of an atom and the sum of the masses of its individual components in the free state; equivalent to the binding energy
The amount by which the mass of an atomic nucleus is less than the sum of the masses of its constituent particles

Proportionment, Applot, Reallot, Portion out, Shell out, Mete out, Dole out, Dish out, Deal out, Distribute, Administer, Dispense, Allot, Deal, Lot

Protyle, Quantum number, Neutron number, Hyperfine structure, Specific volume, Rest mass, Gram atom, Electron shell, Microcrith, Equivalent weight, Relative atomic mass, Mass number, Atomic weight, Atomic mass, Mass deficiency

Dirempt, Give out, Proportionment, Applot, Reallot, Portion out, Mete out, Dole out, Dish out, Deal out, Distribute, Dispense, Allot, Deal, Lot

Gram equivalent, Protyle, Quantum number, Neutron number, Hyperfine structure, Specific volume, Rest mass, Gram atom, Electron shell, Microcrith, Equivalent weight, Relative atomic mass, Mass number, Atomic weight, Atomic mass

The news director or executive producer will parcel out stories to the various Producers.
Dresden is able to parcel out his full name to the demon he summons.
Claims management is too complex and important to parcel out that role amongst employees with other duties.
The three films also evenhandedly parcel out social pathology and sexual aberration: homosexuality in Little Caesar.
Reinsurers repackage and parcel out such risks, breaking down these potentially huge liabilities into chewable bites.
You can also use Mylar bags with oxygen absorbers to parcel out your food.
Well, in our world, we do not try to parcel out, Mr.
Or how do you parcel out who does what?
He brought acres of land grants to parcel out.
To give or parcel out equally, as food.

SSM REASONING Since we know the difference in binding energies for the two isotopes, we can determine the corresponding mass defect.
Explain the similarities and differences between such terms as alpha, beta and gamma radiation; binding energy and mass defect; fission and fusion.
In short, mass defect and nuclear binding energy are interchangeable terms.
The mass defect is the total mass of the initial nuclei minus the total mass of the product nuclei.