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Which expression gives the nuclear binding energy in terms of the mass defect and the…
PHYSICS · Single correct · CBSE · Physics · Nuclei · Nuclei
Problem
Which expression gives the nuclear binding energy
E
b
E_b
E
b
in terms of the mass defect
Δ
M
\Delta M
Δ
M
and the speed of light
c
c
c
? (a)
E
b
=
1
2
Δ
M
c
2
E_b = \dfrac{1}{2}\,\Delta M c^{2}
E
b
=
2
1
Δ
M
c
2
(b)
E
b
=
Δ
M
c
2
A
E_b = \dfrac{\Delta M c^{2}}{A}
E
b
=
A
Δ
M
c
2
(c)
E
b
=
Δ
M
c
2
E_b = \Delta M c^{2}
E
b
=
Δ
M
c
2
(d)
E
b
=
4
Δ
M
c
2
E_b = 4\,\Delta M c^{2}
E
b
=
4
Δ
M
c
2
Related theory
Mass-Energy Equivalence
Mass defect and binding energy
Nuclear physics
Mass-energy relation
Nuclei
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