nuclear physics

These are the only AQA A-level Physics notes you’ll need to achieve a top grade. Designed for students aiming for an A or A*, this complete set covers every topic in clear, concise language, breaking down complex concepts with diagrams, worked examples, and key exam tips. Every section is directly linked to the spec and past paper trends, so you know exactly what to focus on. Whether you're revising last-minute or building your understanding from scratch, these notes will save you hours of ...

In depth notes on nuclear physics including examples and diagrams.

Included in these notes are the key definitions (e.g. critical mass, mass defect) as well as the theory and experimental procedure of the Rutherford scattering experiment. The differences between alpha, beta, and gamma radiation are also stated along with their uses and how to distinguish between them experimentally. The inverse square law for gamma radiation was also proved. Furthermore, equations and theory behind radioactive decay are stated as well as how the forces in the nucleus help keep ...

Explore the fascinating world of nuclear physics with these comprehensive AQA Physics A-Level notes. Designed to provide a deep understanding of nuclear phenomena and their implications, this document delves into a wide range of topics critical for your A-level exam preparation. Topics Covered: Rutherford Scattering: Discover how Rutherford's pioneering experiment unveiled the structure of the atomic nucleus through the scattering of alpha particles. Closest Approach: Understand the co...

Summary of Nuclear Physics content including nuclear radius, fission, fusion, binding energy, radiation and methods of its detection as well as hazards and applications of nuclear radiation. The notes were written according to the most recent specification. They include in depth explanations of each point in the spec, diagrams and key definitions as well as past paper questions with model answers.

AQA Nuclear Physics in depth notes.