Advertisements
Advertisements
Question
What is the binding energy per nucleon?
Solution
Binding energy per nucleon It is the average energy, that we have to spend to remove a nucleon from the nucleus to infinite distance. It is given by total binding energy divided by the mass number of the nucleus.
Binding energy per nucleon (`bar "B"`), for nucleus containing (A) nucleons with binding energy (B.E.), is given as,
`bar"B" = "B.E."//"A"`
APPEARS IN
RELATED QUESTIONS
On the basis of even-odd of protons and neutrons, what type of nuclides is most stable?
The nuclides with odd number of both protons and neutrons are the least stable. Why?
Referring the stability belt of stable nuclides, which nuclides are β– and β+ emitters? Why?
Explain with an example each nuclear transmutation and artificial radioactivity. What is the difference between them?
Explain with the help of a diagram how binding energy per nucleon affects nuclear stability?
How does N/Z ratio affect nuclear stability? Explain with a suitable diagram.
Write two factors responsible for its stability.
The total binding energy of 58Ni is 508 MeV. What is its binding energy per nucleon?
A produces B by α-emission. If B is in group 16 of the periodic table, what is the group of A?
