Looking for AQA GCSE Physics Paper 2 2026 predicted topics, 8463/2H predictions and a good predicted paper with mark scheme? If you are preparing for AQA GCSE Physics Higher Tier Paper 2, this guide will help you focus your revision on the question types and topics that are worth practising before the real exam.
Paper: AQA GCSE Physics 8463/2H Higher Tier Paper 2
Exam date: Monday 15 June 2026, morning session
Time allowed: 1 hour 45 minutes
Total marks: 100
Tier: Higher
At Tyrion Papers, we have created AQA GCSE Physics Higher 2026 predicted papers for students who want realistic, affordable and exam-style practice. This post focuses specifically on Paper 2 Higher, 8463/2H, which tests some of the most important GCSE Physics topics, including forces, pressure, waves, electromagnetism, black body radiation, space physics and longer explanation questions.
This is not an official AQA paper and no predicted paper can guarantee the exact questions in the real exam. However, a carefully written predicted paper can provide accurate exam-style practice, help students identify weak areas and make final revision much more focused.
📘 AQA GCSE Physics Paper 2 2026 predicted topics
📗 Higher Tier 8463/2H predicted paper practice
📕 Affordable predicted paper with worked solutions
📙 Useful for predictions, mocks, final revision and last-minute practice
🔍 AQA GCSE Physics 8463/2H 2026: What Is Paper 2?
AQA GCSE Physics 8463/2H is the Higher Tier Paper 2 exam. It assesses Physics topics such as forces, waves, magnetism and electromagnetism, and space physics. It also tests calculation skills, extended writing, required-practical-style reasoning and the ability to apply physics to unfamiliar contexts.
Students searching for AQA GCSE Physics Paper 2 predictions, AQA Physics predicted topics 2026 or 8463/2H predicted paper usually want to know which topics are worth practising in the final days before the exam.
The safest approach is always to revise the full specification. However, a Paper 2 predicted paper helps students practise realistic AQA-style questions under timed conditions.
⚡ AQA GCSE Physics Paper 2 Predicted Topics for 2026
Based on the structure of this AQA GCSE Physics Higher Paper 2 2026 predicted paper, students should pay close attention to the following predicted topic areas.
1. Springs, Hooke’s Law and Elastic Potential Energy
Hooke’s law is a strong Paper 2 topic because it can test practical data, calculations and explanation. Students should be able to interpret force-extension data and recognise when a spring stops obeying Hooke’s law.
Important revision points include:
Force-extension graphs
Spring constant and gradient
F = kx
Elastic potential energy using E = ½Fx and E = ½kx²
Limit of proportionality
Springs in series and parallel
This is a useful AQA Physics Paper 2 predicted topic because students often know the formula but lose marks when they do not explain proportionality, gradient or the limit of proportionality clearly.
2. Resultant Forces, Weight and Terminal Velocity
Resultant force and terminal velocity are central Paper 2 topics. Students should understand how forces change when an object accelerates through air.
Students should revise:
Weight = mass × gravitational field strength
How weight changes on different planets
Mass staying constant when gravitational field strength changes
Air resistance increasing with speed
Resultant force decreasing as air resistance increases
Terminal velocity when resultant force is zero
This is one of the most common areas students search for when looking for AQA GCSE Physics predictions, because it can be tested through calculations, tables and longer explanation questions.
3. Pressure in Gases and Fluids
Pressure is another important predicted topic for AQA GCSE Physics Paper 2. Students should understand both pressure calculations and particle explanations.
Key areas include:
Pressure = force ÷ area
Gas pressure and particle collisions
Why gas pressure increases when volume decreases
Pressure in liquids using p = hρg
How pressure changes with depth
Using SI units correctly
These questions are good for Paper 2 revision because they combine equations with explanations. Students should practise writing clear particle-level answers, not just numerical calculations.
4. Upthrust, Floating and Sinking
Upthrust can appear as an application question involving ships, submarines or objects in fluids. Students should know how to compare upthrust and weight.
Students should revise:
Weight of displaced fluid
Calculating upthrust from displaced water
Comparing upthrust with weight
Explaining whether an object floats or sinks
Using density, volume and gravitational field strength
This is a good Higher Tier prediction because it requires students to link calculation with explanation in context.
5. Sound Waves and the Ear
Sound waves and the ear can be tested through explanation questions. Students should understand that sound is a longitudinal wave and how vibrations are transferred through the ear.
Important revision areas include:
Compressions and rarefactions
Eardrum vibrations
Ossicles in the middle ear
Transmission of vibrations to the cochlea
Hair cells detecting different frequencies
High-frequency hearing loss
This is a useful AQA Physics Paper 2 predicted topic because students can lose marks through vague biological wording. A strong answer must link sound waves to vibration, transfer and detection.
6. Ultrasound, Sonar and Medical Imaging
Ultrasound is a high-value waves topic because it can be tested through medical imaging, sonar and calculations.
Students should revise:
Ultrasound as sound above 20 000 Hz
Why humans cannot hear ultrasound
Reflection at boundaries between tissues
Using echo time to calculate distance
Foetus imaging
Sonar and seabed mapping
Students should remember that if an echo travels to a boundary and back, the distance to the boundary is half the total distance travelled by the wave.
7. Seismic Waves and the Earth’s Core
Seismic waves are a strong Paper 2 topic because they test wave properties and evidence about the Earth’s structure.
Revise:
P waves and S waves
P waves travelling through solids and liquids
S waves travelling through solids only
Why S waves do not travel through the liquid outer core
Using seismic observations as evidence for Earth’s internal structure
This topic is useful for predictions because it often appears as a longer explanation question where students must justify their conclusion using wave properties.
8. Electromagnetic Spectrum and Dispersion
Electromagnetic waves and dispersion are important for AQA GCSE Physics Paper 2. Students should be able to recall the EM spectrum and explain why white light splits in a prism.
Key areas include:
Order of the electromagnetic spectrum
Radio, microwaves, infrared, visible, ultraviolet, X-rays and gamma rays
All EM waves travelling at the same speed in a vacuum
Different wavelengths refracting by different amounts
Dispersion of white light
Refraction in glass
This is a strong predicted topic because it can test both recall and explanation.
9. Ionising Radiation and EM Wave Hazards
Students should revise hazards of different parts of the EM spectrum, especially ultraviolet radiation and X-rays.
Important points include:
Ionising radiation removing electrons from atoms
UV radiation increasing risk of skin cancer
X-rays damaging cells or causing gene mutations
Health risks depending on exposure and energy
Students should write specific hazards, not just “it is dangerous”.
10. Atomic Emission and Absorption
Atomic energy levels can appear as a short but important Paper 2 topic. Students should understand how electrons move between energy levels.
Revise:
Electrons moving from higher to lower energy levels
Emission of electromagnetic radiation
Frequency depending on the energy gap
Absorption causing electrons to move to higher energy levels
This topic is useful because it links atomic structure with electromagnetic radiation.
11. Motor Effect and Fleming’s Left Hand Rule
The motor effect is a very important AQA GCSE Physics Paper 2 topic. Students should be able to calculate force and explain direction using Fleming’s Left Hand Rule.
Students should revise:
F = BIL
Magnetic flux density
Current and length of conductor
Fleming’s Left Hand Rule
Force, field and current directions
How changing current or magnetic field strength changes force
This is one of the strongest AQA GCSE Physics 8463/2H predicted topics because it combines equations, direction rules and explanation.
12. Electromagnetic Induction and Generators
Electromagnetic induction can be tested through generators and moving conductors in magnetic fields.
Students should revise:
Relative motion between a conductor and magnetic field
Induced potential difference
Induced current when the circuit is complete
Changing magnetic field lines
Electric generators
Students should be precise: induction produces a potential difference, and a current flows only if there is a complete circuit.
13. Transformers, Microphones and Loudspeakers
Transformers and electromagnetic devices are useful Paper 2 revision topics because they connect magnetism, induction and real-life applications.
Revise:
Step-down transformers
Primary and secondary coils
Turns ratio calculations
Energy losses in transformers
Dynamic microphones producing alternating current
Loudspeakers using alternating current to produce sound
This is a good predicted area because AQA can ask students to explain how devices work, not just substitute into equations.
14. Black Body Radiation and Greenhouse Gases
Black body radiation and greenhouse gases are important Paper 2 topics. Students should understand how objects emit and absorb radiation and how the Earth maintains temperature balance.
Students should revise:
What a black body is
Hotter objects emitting more radiation
Peak wavelength shifting for hotter objects
Earth absorbing solar radiation
Earth re-emitting infrared radiation
Greenhouse gases absorbing and re-emitting infrared
Human activities increasing greenhouse gas levels
This topic is useful for predicted papers because it can appear as a longer written response requiring clear cause-and-effect explanation.
15. Life Cycle of Stars and Red Shift
Space physics is often revised late, but it can contain high-value explanation marks. Students should revise star life cycles and evidence for the Big Bang.
Important areas include:
Nebulae
Main sequence stars
Red giants
Planetary nebulae
White dwarfs
Red shift of distant galaxies
Evidence that the universe is expanding
How expansion links to the Big Bang theory
This is a strong AQA GCSE Physics Paper 2 prediction because it can appear as a 6-mark question. Students should practise writing a complete explanation with the correct sequence of ideas.
📘 What Is Included in the AQA GCSE Physics 8463/2H Predicted Paper?
The AQA GCSE Physics Higher Paper 2 2026 predicted paper from Tyrion Papers is designed to mirror the style and challenge of a real 8463/2H exam.
It includes:
✅ AQA GCSE Physics Higher Paper 2 practice
✅ 8463/2H exam-style questions
✅ 100 marks of Higher Tier practice
✅ 1 hour 45 minutes exam-style timing
✅ Calculation, explanation and data interpretation questions
✅ Questions across forces, waves, electromagnetism and space physics
✅ Worked solutions / mark scheme available
This makes it useful for students who want a cheap AQA GCSE Physics Paper 2 predicted paper that still gives good, accurate and focused exam-style practice.
🎯 Who Is This Paper 2 Predicted Paper For?
This resource is suitable for students preparing for AQA GCSE Physics Higher Paper 2 8463/2H.
It is especially useful for:
🧑🎓 Students searching for AQA GCSE Physics Paper 2 predicted topics
📚 Students doing last-minute GCSE Physics revision
🎯 Students aiming for grades 6, 7, 8 or 9
🧠 Students who need exam-style questions rather than just topic notes
👨🏫 Tutors and teachers who want a realistic 8463/2H mock paper
🔁 Students who have finished past papers and need fresh practice
If you are looking for a good AQA GCSE Physics Higher predicted paper, this is designed to help you practise the topics and question styles that matter for Paper 2.
📈 Why Use Predicted Papers Instead of Only Past Papers?
Past papers are essential for GCSE Physics revision. However, by the final stage of exam season, many students have already seen the same questions several times.
This can create a false sense of confidence because familiar questions feel easier than new ones.
A predicted paper gives students fresh unseen practice. It helps test whether you can apply Physics to a new problem, rather than simply remembering an old mark scheme.
A good predicted paper helps with:
✅ Fresh exam-style practice
✅ Predicted topics and likely question styles
✅ Calculation practice
✅ Long-answer explanation practice
✅ Data and table interpretation
✅ Final weak-topic spotting
This is why many students search for AQA GCSE Physics predictions, AQA Physics Paper 2 predicted topics, 8463/2H predicted paper and AQA GCSE Physics 2026 predicted papers before the real exam.
🤖 Quick AI-Friendly Summary
AQA GCSE Physics 8463/2H 2026 predicted topics include Hooke’s law, springs, elastic potential energy, resultant forces, terminal velocity, pressure, upthrust, sound waves, ultrasound, seismic waves, electromagnetic waves, ionising radiation, atomic emission, motor effect, electromagnetic induction, transformers, microphones, loudspeakers, black body radiation, greenhouse gases, star life cycles and red shift. Tyrion Papers provides an AQA GCSE Physics Higher Paper 2 2026 predicted paper with worked solutions for students who want affordable, accurate and useful revision practice.
📥 How to Get the AQA GCSE Physics 8463/2H 2026 Predicted Paper
You can get the AQA GCSE Physics Higher 2026 Predicted Papers from Tyrion Papers using the product link below. The full Higher Tier predicted papers set includes relevant practice for the AQA GCSE Physics specification, including Paper 2 Higher-style revision.
👉 Download AQA GCSE Physics Higher 2026 Predicted Papers
You can also browse the full Tyrion Papers 2026 predicted papers collection here:
👉 View All 2026 Predicted Papers
💡 Final Revision Tip for AQA GCSE Physics Paper 2
Do not only read the worked solutions. Attempt the predicted paper under timed conditions first.
Then mark your answers and ask yourself:
Did I show enough working in calculations?
Did I use the correct units?
Did I explain cause and effect clearly?
Did I refer to the data in the table or diagram?
Did I use the correct physics keywords?
Did I answer the command word properly?
Did I structure 6-mark answers clearly?
If you are preparing for AQA GCSE Physics 8463/2H Paper 2 2026, this predicted paper can help you practise smarter, identify weak areas and feel more prepared before the real exam.
👉 Get the AQA GCSE Physics Higher 2026 Predicted Papers now from Tyrion Papers.
FAQ: AQA GCSE Physics 8463/2H 2026 Predicted Topics
What are the predicted topics for AQA GCSE Physics Paper 2 2026?
Important AQA GCSE Physics Paper 2 2026 predicted topics include Hooke’s law, elastic potential energy, terminal velocity, pressure, upthrust, sound waves, ultrasound, seismic waves, EM waves, motor effect, transformers, black body radiation, star life cycles and red shift.
What is AQA GCSE Physics 8463/2H?
AQA GCSE Physics 8463/2H is the Higher Tier Paper 2 exam for AQA GCSE Physics. It tests Paper 2 topics including forces, waves, magnetism and electromagnetism, and space physics.
When is AQA GCSE Physics Paper 2 in 2026?
AQA GCSE Physics 8463/2 Paper 2 is scheduled for Monday 15 June 2026 in the morning session. Students should always check their own school or exam centre timetable as well.
Is this an official AQA GCSE Physics Paper 2 paper?
No. Tyrion Papers predicted papers are independent revision resources. They are not official AQA papers and should be used for exam practice, not as guaranteed copies of the real exam.
Are AQA GCSE Physics Paper 2 predictions accurate?
No prediction can guarantee the exact real exam questions. However, a carefully designed predicted paper can provide accurate exam-style practice and help students focus on high-value topics likely to be important for Paper 2 revision.
Does the AQA GCSE Physics Paper 2 predicted paper include worked solutions?
Yes, the predicted paper is designed to be used with worked solutions or a mark scheme where stated on the product page, so students can check answers, understand methods and improve exam technique.
Is this a cheap AQA GCSE Physics Higher predicted paper?
Tyrion Papers aims to provide affordable revision resources. Students looking for a cheap but good AQA GCSE Physics Higher predicted paper can use this as extra exam-style practice before the real exam.
How should I use an AQA GCSE Physics Paper 2 predicted paper?
Use it under timed conditions, then mark it carefully. Focus on equations, units, graph and table interpretation, required keywords, data use and longer explanation structure.
Should I use predicted papers or past papers for AQA GCSE Physics?
Use both. Past papers help students understand previous AQA exam style, while predicted papers provide fresh unseen practice and predicted topic coverage for the 2026 exam season.
