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COMEDK · Physics · 29. Nuclear Physics

In a nuclear reaction 2 deuteron nuclei combine to form a helium nucleus. The energy released in \(\mathrm{MeV}\) will be: (Given mass of deuteron \(=2.01355 \mathrm{~amu}\). and mass of helium nucleus \(=4.0028 \mathrm{~amu}\).

  1. A 0.0243 MeV
  2. B 24.3 MeV
  3. C 22.62 MeV
  4. D 2.262 MeV
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Answer & Solution

Correct Answer

(C) 22.62 MeV

Step-by-step Solution

Detailed explanation

The nuclear reaction is given by: \(2_{1}^{2}H \rightarrow _{2}^{4}He + Q\). The mass of the reactants is \(2 \times 2.01355 \text{ amu} = 4.02710 \text{ amu}\). The mass of the product is \(4.0028 \text{ amu}\). The mass defect \(\Delta m\) is calculated as:…