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Particle interactions

notes I took for revision. sums up all content in the chapter 

Explore key concepts of nuclear radiation, including half-life, decay types (alpha, beta, gamma), and the principles of nuclear fission and fusion. This summary provides essential insights into radioactive decay, binding energy, and mass-energy equivalence, making it a valuable resource for exam preparation.

Understanding Nuclear Decay

Revision note

Kunal 

notes i took for guide. sums up all content in the chapter 

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English

nuclear radiation notes

Physics

AP Physics 1

Nuclear Radiation Notes

these are my physics revision notes for particle physics. all information confirmed correct from lecturer. no misinformation.

Explore the essential concepts of particle physics, including the four fundamental forces, types of subatomic particles, and the structure of matter. This summary covers key topics such as quarks, leptons, hadrons, and mass-energy equivalence, providing a clear understanding for A/S Physics students. Ideal for revision and exam preparation.

Fundamental Forces & Particles

Leo Wharfe

these are my physics study guides for particle physics. all information confirmed correct from lecturer. no misinformation.

particle physics notes a/s physics unit 1

Particle Physics notes A/S PHYSICS UNIT 1

Revision Notes for AQA Particles & Radiation A level Physics (for year 12 & year 13)

Comprehensive revision notes covering key concepts in AQA A Level Physics, focusing on Particles and Radiation. Explore topics such as the photoelectric effect, radioactivity, atomic particles, and quantum energy levels. Ideal for Year 12 and Year 13 students preparing for exams.

AQA Particles & Radiation Overview

Ruth Johnson

Particles & Radiation A level Physics AQA 

Year 11 - (CCEA GCSE) Physics, Motion Summary Notes

Explore essential concepts in kinematics with this detailed summary on speed, velocity, and acceleration. Understand average speed calculations, the relationship between distance and time, and how to interpret velocity-time graphs. Ideal for Year 11 (CCEA GCSE) Physics students, this resource covers key equations and definitions, including scalar and vector quantities, and the rate of change of speed. Enhance your understanding of motion mechanics with clear explanations and examples.

Kinematics: Speed & Velocity

caightlin

Motion

- Quarks and Leptons
- Hadrons
- Fundamental interactions
- Lepton & baryon number

Explore the essential concepts of particle physics, including quarks, leptons, hadrons, and fundamental interactions. This summary covers the structure of matter, conservation laws, and the role of lepton and baryon numbers in particle interactions. Ideal for A-Level Physics students seeking a concise understanding of subatomic particles and their interactions.

Fundamental Particles Overview

Xin Ying Pua

ALEVEL PHYSICS Particles and Nuclear structure

Particles

Explore the Photoelectric Effect, including Einstein's photoelectric equation, work function, and threshold frequency. This summary provides a clear explanation of how light interacts with metals to emit photoelectrons, detailing the role of photon energy and stopping potential. Ideal for A-Level Physics students seeking to grasp key concepts in modern physics.

Understanding Photoelectric Effect

Kurt

A-Level Physics | Photoelectric Effect

Exploring the concept of quantum mechanics in physics 

Dive into the essential principles of quantum mechanics, covering key concepts such as quantization, wave-particle duality, the uncertainty principle, and quantum entanglement. This summary highlights the contributions of pivotal figures like Max Planck and Albert Einstein, and explores applications in atomic structure, spectroscopy, and modern technology. Ideal for students seeking a comprehensive overview of quantum physics.

Fundamentals of Quantum Mechanics

Ummi

Quantum Mechanics 

- Energy of a photon
- Energy Levels
- Photoelectric effect
- Stopping potential
- Emission and absorption lines
- De Brogile wavelength
- Momentum & Solar sails

Explore the fundamental concepts of photons and quantum mechanics, including the photoelectric effect, energy levels, stopping potential, and the de Broglie wavelength. This summary provides insights into Einstein's photoelectric equation, work function, and the behavior of electrons in atomic spectra. Ideal for A Level Physics students seeking to grasp these essential topics.

Particles and radiation

Particles

5 best study notes in Particles

Particle interactions

Electromagnetic radiation and quantum phenomena

3 best study notes in Electromagnetic radiation and quantum phenomena