
Nuclear Fission and Fusion
Students will investigate the processes of nuclear fission and fusion as mechanisms for releasing energy. They will analyse these processes in the context of the binding energy curve.
About This Topic
Students will investigate the processes of nuclear fission and fusion as mechanisms for releasing energy. They will analyse these processes in the context of the binding energy curve.
Key Questions
- What are the differences between nuclear fission and nuclear fusion?
- Why do fission and fusion reactions release energy?
- How does the binding energy per nucleon curve explain the energy yield of these reactions?
Active Learning Ideas
See all activities→Activities & Teaching Strategies
See all activities
Planning templates for Physics
More in Nuclear Physics
Mass Defect and Nuclear Binding Energy
Students will explore the equivalence of mass and energy using Einstein's equation. They will calculate mass defect and binding energy to understand nuclear stability.
8 methodologies
Radioactive Decay
This topic covers the spontaneous and random nature of radioactive decay. Students will use decay equations and half-life concepts to model the decay process.
8 methodologies