Access notes and summaries on topics such as Newton's laws of motion, energy conservation, waves and optics, along with practice problems to reinforce your understanding of each concept.

Nuclear Physics and Radioactivity

Energy Conversion Devices

Gravitational Forces and Fields

Types of Motion

Force Interactions and Pairs

Magnetic Fields and Forces

Atomic Structure Models

Thermal Physics Fundamentals

Thermodynamic Processes and Equilibrium

Wave Interference and Properties

Electrostatic Principles and Charges

Electromagnetic Laws and Principles

Quantum Mechanics Foundations

Fluid Flow Dynamics

Geometric Optics and Instruments

Energy Forms and Transformations

Density and Specific Gravity

Rotational and Linear Dynamics

Photoelectric Phenomena

Wave Mechanics and Propagation

Electromagnetic Induction Principles

Physical Conservation Laws

Capacitors and Charge Storage

Mass and Momentum Fundamentals

Wave Optics and Refraction

Physical Quantity Types

Thermal and Electrical Conduction

Circuit Components and Resistance

Electromagnetic Radiation Spectrum

Fluid Pressure Principles

Simple Harmonic Oscillators

Motion and Velocity Analysis

Classical Motion Laws

Electric Potential Difference

Field Theory Fundamentals

Celestial Orbital Mechanics

Wave Period and Frequency

Einsteinian Relativity

Electric Current Types

Applied Physics and Engineering

Circular and Rotational Forces

Lever Mechanics Principles

Ideal Gas Law

Fundamental Forces and Interactions

Mechanical Oscillating Systems

System Energy Interactions

Medical Radiation Applications

Fundamental Particle Dynamics

Cosmic Structure and Evolution

Electrical Power Systems

Physical Measurement Relations

Scientific Data Graphs

Physics

English (UK)

Explore key concepts in Forces and Motion, including Hooke's Law, velocity, acceleration, and the principles of moments. This summary covers essential topics such as the relationship between force and extension, terminal velocity, and the impact of safety devices in physics. Ideal for AQA Physics Unit 5 revision.

Forces and Motion Overview

Combined Science

Physics (all topics)

United Kingdom

B€LA〄

GCSE AQA Combined Physics revision notes P2

GCSE Physics Notes

Matilda Gant

Grade 9 spec based revision notes for AQA higher triple physics

GCSE AQA waves

GCSE AQA forces

Detailed GCSE AQA Physics notes on electricity. 

Comprehensive GCSE AQA Physics notes covering key concepts of electricity, including series and parallel circuits, power calculations, resistance, electrostatics, and the National Grid. Ideal for students preparing for exams, this resource provides clear explanations and essential formulas.

Electricity Fundamentals

GCSE AQA Physics Specification Notes (Electricity - P4&5)

Lara <3

In case you need any further help make sure to comment!

Explore the fundamentals of energy flow diagrams, including energy stores, pathways, and transfers. This summary covers key concepts such as heating, electrical transfer, and the eight energy stores, providing a clear understanding of how energy is measured and transformed in various systems. Ideal for students studying energy principles in physics.

Energy Flow Systems

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Note

English

p1 - energy stores and transfers

AP Physics 1

P1 - Energy Stores and Transfers

Stanislaw Gorzach

All the physics equations for aqa!!! I found this and it’s super helpful, I hope it can help you too.

Comprehensive summary of essential AQA GCSE Physics equations across all units, including energy, electricity, forces, waves, and more. Perfect for quick revision and exam preparation. Key equations include kinetic energy, power, and wave speed. Ideal for students aiming to master physics concepts and formulas.

GCSE Physics Equations Overview

ALL PHYSICS EQUATIONS! GCSE

A.Marie

The whole radioactivity topic for gcse physics

Explore the key concepts of radioactivity, including nuclear fission, decay types (alpha, beta, gamma), and detection methods like Geiger-Müller counters. This comprehensive summary covers essential topics for GCSE Physics, including isotopes, half-life, and practical applications in medicine and safety.

Understanding Radioactivity

Radioactivity - full notes

Energy and energy resources - Conservation and dissipation of energy. Whole if chaper 1 simplified  into a summary.

Explore the principles of energy transfer, including gravitational potential energy, kinetic energy, and elastic potential energy. This summary covers key concepts such as work done, efficiency, and the impact of friction on energy dissipation. Ideal for GCSE AQA Physics students seeking to understand energy transformations and conservation.

Energy Transfers in Physics

GCSE AQA PHYSICS: ENERGY

elisha

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