if the binding energy performance nucleon of deuterium is 1.115MeV,it's mass defect in atomic mass unit is
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Answer:
H
2
+
1
H
2
→
2
He
4
+ΔE
The binding energy per nucleon of a deuteron =1.1MeV
∴ Total binding energy = 2×1.1 =2.2MeV
The binding energy per nucleon of a helium nuclei =7MeV
∴ Total binding energy = 4×7=28MeV
∴ Hence, energy released
ΔE=(28−2×2.2) =23.6MeV
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