Nuclear Chemistry Part 2: Fusion and Fission - Crash Course Chemistry

The video explores the concept of stability in nuclear chemistry, focusing on binding energy and the mass-energy equivalence formula E=mc². It explains nuclear reactions, including fission and fusion, and their role in energy release. The video also covers nuclear power plants, chain reactions, and the challenges of controlling fusion reactions. It highlights the potential of fusion for energy production and the ongoing search for efficient and safe nuclear processes.

What is the concept of stability in nuclear chemistry?

Explain the significance of binding energy in nuclear chemistry.

How does the mass defect relate to the binding energy of a nucleus?

Describe the difference between fission and fusion reactions.

What are the potential dangers of uncontrolled nuclear reactions?

What role do control rods play in nuclear reactors?

What are the environmental concerns related to radioactive waste?

Discuss the challenges associated with achieving controlled fusion reactions.

How does the energy released in fusion compare to that released in fission?

In what ways could future advancements improve the efficiency of nuclear energy?