The deuteron is bound by nuclear forces just as H-atom is made up of p and e bound by electrostatic forces. If we consider the force between neutron and proton in a deuteron as given in the form a coulomb potential but with an effective charge e’.
F= ke’2/r estimate the value of e’/e given that the the binding energy of a duetron is 2.2MeV.
The deuteron is bound by nuclear forces just as H-atom is made up of p and e bound by electrostatic forces. If we consider the force between neutron and proton in a deuteron as given in the form a coulomb potential but with an effective charge e’.
F= ke’2/r estimate the value of e’/e given that the the binding energy of a duetron is 2.2MeV.
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1 Answer
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This is a Long Answer Type Questions as classified in NCERT Exemplar
Explanation-E=
If proton and neutron had charge e each and were governed by the same electrostatic force, then in the above equation we would need relace m
So m’ = =M/2=918m
Hence binding energy= 918me’4/8
Dividing eqn
918 ( 4= =
= 3.64
Similar Questions for you
Q = [4 *4.0026 – 15.9994] *931.5 MeV
Q = 10.2 MeV
-(1)
for B,
for B,
-(2)
The reaction is X²? → Y¹²? + Z¹²?
Binding energies per nucleon are: X=7.6 MeV, Y=8.5 MeV, Z=8.5 MeV.
Gain in binding energy (Q) = (Binding energy of products) - (Binding energy of reactants)
Q = (120 × 8.5 + 120 × 8.5) - (240 × 7.6) MeV
Q = (2 × 120 × 8.5) - (240 × 7.6) MeV = 2040 - 1824 = 216 MeV.
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