Physics
Study any subtopic of GCSE Physics AQA Higher (8464) with videos, revision notes, quizzes, flashcards, exam questions and past papers. Everything is mapped straight to the specification so you only cover what you need to know.
The Physics component of AQA GCSE Combined Science: Trilogy (8464) covers seven topics split across two papers: Paper 1 takes in Energy, Electricity, Particle model of matter, and Atomic structure, while Paper 2 covers Forces, Waves, and Magnetism and electromagnetism. One thing worth knowing is that Space physics is not part of this Trilogy spec at all (it only appears in the separate Physics qualification, 8463), so you won't need to study it. As a higher tier student, you'll also encounter content flagged "(HT only)" within those seven topics, which pushes into more quantitative and analytical work across areas like forces, waves, and atomic structure. Our notes walk you through every topic area in a clear teaching order, and our flashcards help the key equations and definitions stick as you build up your knowledge.
AQA GCSE Combined Science: Trilogy Physics (spec 8464) has 8 required practicals, which you carry out in the lab during the course. (If you are studying separate Physics on spec 8463, that course has 10; the two practicals dropped from Trilogy are the thermal insulators investigation and the reflection/refraction of light investigation.)
| RP | Title | Topic | Paper |
|---|---|---|---|
| 14 | Determine the specific heat capacity of one or more materials | Energy | Paper 1 |
| 15 | Investigate factors affecting resistance of electrical circuits | Electricity | Paper 1 |
| 16 | Investigate I-V characteristics of circuit elements (filament lamp, diode, resistor at constant temperature) | Electricity | Paper 1 |
| 17 | Measure densities of regular and irregular solid objects and liquids | Particle model of matter | Paper 1 |
| 18 | Investigate the relationship between force and extension for a spring | Forces | Paper 2 |
| 19 | Investigate force-vs-acceleration and mass-vs-acceleration | Forces | Paper 2 |
| 20 | Measure frequency, wavelength and speed of waves in a ripple tank and waves in a solid | Waves | Paper 2 |
| 21 | Investigate infrared absorption/emission by different surfaces | Waves | Paper 2 |
In the exam, written questions test your knowledge of each practical's method, variables and data evaluation rather than asking you to perform the procedure. Our notes cover each required practical in detail so you feel confident tackling those questions across both papers.
The two tiers cover similar Physics content but differ in the grades awarded, the depth of the material, and the difficulty of exam questions.
Grades: Higher tier awards double-grades 9-9 down to 4-3 (with an allowed 3); foundation tier awards double-grades 5-5 down to 1-1.
Topics: Both tiers cover all seven Physics topics (Topics 18–24), but Higher includes "(HT only)" content such as deeper quantitative work in Atomic structure, extended treatment of moments and momentum in Forces, more detailed wave-equation manipulation in Waves, and quantitative magnetic field strength in Magnetism and electromagnetism.
Required practicals: Both tiers study the same 8 required practicals (Trilogy RPs 14–21).
Exam structure: Both tiers sit Physics Paper 1 and Physics Paper 2, each lasting 1 hour 15 minutes and worth 70 marks (16.7% of the GCSE).
Question types: Both tiers face multiple choice, structured, closed short answer, and open response questions; higher tier questions are pitched at a more demanding level. Our notes clearly flag every "(HT only)" section so you always know exactly what is expected of you.
A solid starting point is our notes for Topic 18 (Energy) and Topic 19 (Electricity), which form part of Physics Paper 1 alongside Particle model of matter and Atomic structure. Energy is especially worth tackling early because AQA's spec explicitly notes that Paper 2 questions can draw on energy changes and transfers from Topic 18, so building that foundation benefits both papers.
On higher tier, around 40% of marks reward applying your knowledge rather than just recalling it (AO2), so we'd suggest reading through the notes and then testing yourself using active recall rather than re-reading the same page passively. Maths accounts for at least 30% of the available marks in Physics, so working through the equation-based questions in our exam practice early on will sharpen that side alongside your content revision.
AQA provides a Physics equation sheet in every paper, so the priority is knowing which equation to choose and how to rearrange it rather than memorising everything from scratch. Our notes walk through each topic in the order it appears in the spec, so you can build confidence systematically through the Paper 1 topics before moving on to Forces, Waves and Magnetism and electromagnetism in Paper 2.
The two Physics papers each cover distinct topic areas, as shown in the table below.
| Paper | Topics covered | Length | Weighting |
|---|---|---|---|
| Physics Paper 1 | Topic 18: Energy; Topic 19: Electricity; Topic 20: Particle model of matter; Topic 21: Atomic structure | 1 hour 15 minutes | 16.7% of GCSE |
| Physics Paper 2 | Topic 22: Forces; Topic 23: Waves; Topic 24: Magnetism and electromagnetism | 1 hour 15 minutes | 16.7% of GCSE |
Both papers use the same question types: multiple choice, structured, closed short answer, and open response. One thing worth noting for Paper 2 is that questions may draw on energy changes and transfers from Topics 18 and 19, even though those topics are formally assessed in Paper 1, so keeping those ideas fresh throughout your revision pays off. Our notes cover each topic in this order, so working through them sequentially gives your revision a clear, logical structure.
Yes! Our notes are written directly to the AQA GCSE Combined Science: Trilogy Physics specification (8464) and cover all seven physics topics, so you will not find yourself missing content that the exam could test. They are more focused than a traditional textbook because every section maps to the spec, with no filler to wade through. We'd suggest pairing them with our flashcards for spaced retrieval practice, and our exam practice questions to check your understanding as you work through each topic.
Reaching the top grade in AQA GCSE Physics Higher takes consistent, well-directed effort, and the structure of the assessment gives you a genuinely clear map of where to focus.
The exact grade boundary shifts each year based on paper difficulty, so we'd always suggest checking AQA's published boundaries rather than targeting a fixed percentage; what stays constant is that you need to perform strongly across all three assessment objectives: demonstrating knowledge and understanding (AO1, 40% of marks), applying that knowledge to unfamiliar situations (AO2, also 40%), and analysing and evaluating experimental procedures (AO3, 20%).
In practice, it usually looks something like:
- Secure knowledge across all seven topics: Physics Papers 1 and 2 cover Topics 18–24, and Paper 2 questions can explicitly draw on energy and electricity content from Paper 1, so every corner of the course matters.
- Confident mathematical working: At least 30% of Physics marks reward maths skills, from rearranging equations to interpreting graphs; the equation sheet provided in every paper means you can focus on applying formulae rather than memorising them.
- Strong command of the required practicals: AO3 questions test experimental understanding, so working through each of the 8 required practicals in our notes builds the confidence to handle questions on variables, errors and evaluation.
- Fluency with application questions: AO2 asks you to use physics in contexts you haven't seen before, which is exactly where our by-topic exam practice helps you develop that flexible thinking.
- Synoptic revision: Because Paper 2 explicitly draws on Topics 18 and 19, we'd suggest revisiting energy and electricity as you work through forces, waves and magnetism rather than treating them as finished chapters.
Our notes cover every Higher-tier topic with clear explanations, and pairing them with spaced retrieval is a reliable way to build the depth of recall that the top grade rewards.