Answers to AQA GCSE Fusion reactions in stars
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Answers to AQA GCSE Fusion reactions in stars (Physics)
Practice Questions
1.Name the process which allows for the formation of carbon in stars
Nuclear fusion
2. Write a nuclear fusion equation to explain how three helium-4 nuclei could fuse to form a carbon 12 nucleus.
3. Explain how very heavy elements such as uranium are formed by stars.
In stars with a mass greater than our Sun, fusion will occur to form elements heavier than iron. During the supernova stage of the life cycle of a massive star, the core is compressed so much that heavier elements such as uranium are formed.
Absorption and Emission of EM Radiation
JJ Thomson and Plum pudding model
Ernest Rutherford and the Nuclear Model
Niels Bohr changing the Nuclear Model
Discovering the Proton and Neutron
Measuring radiation from radioactivity
Radiation types and properties
Random nature of radioactive decay
Radioactive contamination or irradiation
Hazards of contamination and irradiation
Studies on the effects of radiation on humans
Different half lives of radioactive isotopes
Nuclear Fission Chain Reaction
Writing nuclear fission equations
Drawing ray diagrams for a concave lens
Drawing Ray Diagram to produce a virtual image for a convex lens
Drawing ray diagram to produce a real image for a convex lens.
Specular and Diffuse Reflection
Seeing Coloured Objects Part 2
Viewing objects through coloured filters
Transparent, Translucent and Opaque