How are mass no depents on nuclear force.
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Answer (1)
25th Sep, 2018
it depends on the nucleon spins, has a tensor component, and may depend on the relative momentum of the nucleons. They also have charge independence. The answer to your question is that the nuclear forces are not independent of mass but actually the density is independent of the mass no. of the atom. As the the proof is simple
We know that radius in a nucleas is R=Ro x A^1/3 where A is mass no.
Let m be the mass of nucleon
Densi
We know that radius in a nucleas is R=Ro x A^1/3 where A is mass no.
Let m be the mass of nucleon
Densi
1 Comment
Comments (1)
25th Sep, 2018
Density = mA/4/3{PIE}RoA
As A gets canceled hence nuclear density comes out to be independent of mass no. As density is directly proportional to force so we say that the nuclear forces are not dependent on the mass no of the atom
As A gets canceled hence nuclear density comes out to be independent of mass no. As density is directly proportional to force so we say that the nuclear forces are not dependent on the mass no of the atom
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