The explosion of an atomic bomb occurs as a result of
Correct answer: C. uncontrolled fusion reaction
- A. controlled fusion reaction
- B. controlled fission reaction
- C. uncontrolled fusion reaction
- D. uncontrolled fission reaction
Explanation
The correct answer is Option C: uncontrolled fusion reaction. In the context of an atomic bomb explosion, the rapid and uncontrolled fusion of atomic nuclei releases an immense amount of energy, causing the explosive chain reaction. Controlled fusion, controlled fission, and uncontrolled fission reactions do not exhibit the same destructive power as an uncontrolled fusion reaction in an atomic bomb scenario.
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About Radioactive Decay
Radioactive decay is the spontaneous transformation of unstable nuclei, described by decay constant, activity, half life and the exponential decay law. Work includes alpha, beta and gamma emissions, decay equations and remaining nuclei, with half life distinguished from the time required for complete decay.
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