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The measured nuclear mass of the deuteron ( ) is
PHYSICS · Single correct · CBSE · Physics · Nuclei · Nuclei
Problem
The measured nuclear mass of the deuteron (
1
2
H
^2_1\mathrm{H}
1
2
H
) is
2.013553
u
2.013553\,\text{u}
2.013553
u
. Given
m
p
=
1.007276
u
m_p = 1.007276\,\text{u}
m
p
=
1.007276
u
,
m
n
=
1.008665
u
m_n = 1.008665\,\text{u}
m
n
=
1.008665
u
and
1
u
=
931
MeV
/
c
2
1\,\text{u} = 931\,\text{MeV}/c^2
1
u
=
931
MeV
/
c
2
, calculate the binding energy per nucleon of the deuteron. Choose the closest value. (a)
2.22
MeV
2.22\,\text{MeV}
2.22
MeV
(b)
4.45
MeV
4.45\,\text{MeV}
4.45
MeV
(c)
1.11
MeV
1.11\,\text{MeV}
1.11
MeV
(d)
0.93
MeV
0.93\,\text{MeV}
0.93
MeV
Related theory
Nuclear Binding Energy
Mass defect and binding energy
Nuclear physics
Mass energy equivalence
Nuclei
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