Study guides

Atoms and Isotopes

AQA·GCSE

This guide provides a comprehensive, exam-focused breakdown of AQA GCSE Physics topic 4.4.2: Atoms and Isotopes. It covers everything from the historical models of the atom to the mathematical application of half-life, ensuring you have the knowledge and technique to secure top marks."

Changes in Energy

AQA·GCSE

Master the essential energy calculations for your AQA GCSE Physics exam. This guide breaks down kinetic, potential, and elastic energy, showing you how to secure every mark with step-by-step worked examples and examiner insights.

Density

AQA·GCSE

Master AQA GCSE Physics Density (4.3.1) with this comprehensive guide. We break down the core concepts, calculations, and the crucial Required Practical 5, giving you examiner insights to secure top marks."

Electricity

AQA·GCSE

8463

Master the structure and safety features of domestic mains electricity. Learn exactly how the live, neutral, and earth wires function together to protect you from 230V AC shocks, and discover the specific phrasing examiners demand for full marks.

Electronics

AQA·A-Level

AQA Option F Electronics demands a rigorous synthesis of analogue signal processing via operational amplifiers and digital logic systems, including sequential circuits. You will design functional subsystems, derive component values mathematically, and apply circuit theory to real-world problems — skills that examiners test with multi-step calculations, circuit design tasks, and Boolean minimisation. Master this topic and you unlock some of the most reliably mark-rich questions on the A-Level paper.

Energy

AQA·GCSE

8463

Master Specific Heat Capacity, a crucial concept in the Energy topic that explains why materials heat up at different rates. This guide covers the essential equation, the required practical, and the exam techniques needed to secure top marks.

Energy Transfers

AQA·GCSE

Master AQA GCSE Physics Topic 4.2.4: Energy Transfers. This guide provides everything you need to understand how energy moves between stores, calculate kinetic and potential energy, and analyse efficiency — crucial skills for earning top marks in your exam.

Energy Transfers and Efficiency

AQA·GCSE

This guide covers AQA GCSE Physics topic 4.1.3, focusing on the core principles of energy conservation, transfers, and efficiency calculations. It provides essential exam techniques, worked examples, and multi-modal resources to help students master how to quantify energy use and reduce waste."

Forces

AQA·GCSE

8463

Newton's Third Law is often oversimplified as 'action and reaction,' leading to lost marks in exams. This guide demystifies the four essential rules of force pairs, ensuring you can spot the difference between Third Law interactions and simple balanced forces to secure those tricky 4-6 mark explain questions.

Internal Energy

AQA·GCSE

Unlock top marks in AQA GCSE Physics by mastering Internal Energy. This guide breaks down the crucial difference between temperature and energy, showing you how to analyse heating curves and apply the correct formulas (E=mcΔθ vs E=mL) to secure every mark.

Models of the Atom

AQA·GCSE

Unlock top marks in AQA GCSE Physics by mastering the story of the atom. This guide breaks down the historical models, from Thomson's Plum Pudding to Rutherford's nuclear atom, focusing on the crucial alpha scattering experiment that changed science forever.

Particle Motion in Gases

AQA·GCSE

Particle Motion in Gases unlocks the microscopic world behind everyday phenomena — from why a tyre inflates to why a bicycle pump gets warm. This topic sits at the heart of AQA GCSE Physics 4.3.4, requiring candidates to apply the kinetic theory model to explain temperature, pressure, and Boyle's Law with precision. Master the key vocabulary and the p₁V₁ = p₂V₂ equation and you will be well-placed to earn marks across all three Assessment Objectives.

Properties of Waves

AQA·GCSE

Master the fundamentals of Waves for GCSE Physics, from transverse and longitudinal oscillations to the electromagnetic spectrum and the Ripple Tank required practical. This comprehensive guide will help you secure top marks by focusing on key definitions, calculations, and examiner expectations.

Scalar and Vector Quantities

AQA·GCSE

Master the invisible forces that power our modern world! This comprehensive guide covers everything from drawing perfect magnetic field lines to applying Fleming's Left-Hand Rule and calculating the motor effect, ensuring you secure maximum marks on your GCSE Physics exam.

States of Matter

AQA·GCSE

Master the particle model for your AQA GCSE Physics exam. This guide breaks down solids, liquids, and gases, explains the energy changes during melting and boiling, and gives you the tools to tackle tricky density calculations for guaranteed marks.

Static Electricity

AQA·GCSE

Unlock top marks in AQA GCSE Physics by mastering Static Electricity (4.2.5). This guide breaks down electron transfer, electric fields, and Higher Tier sparking, giving you the examiner's perspective on how to secure every point.

Turning Points in Physics

AQA·A-Level

This guide explores the pivotal experiments and theories that revolutionised physics, from the null result of the Michelson-Morley experiment to Einstein's theories of special relativity and the quantum nature of light. It's a crucial A-Level topic that bridges classical and modern physics, and mastering it is key to top marks.

Waves

AQA·GCSE

8463

Waves are the universe's way of moving energy without moving matter. Mastering this topic is crucial for your GCSE Physics exam, as it forms the foundation for understanding everything from how we see and hear to how mobile phones and earthquakes work.