Looking for AQA GCSE Combined Science Physics Paper 2 2026 predicted topics, 8464/P/2H predictions and a good predicted paper with mark scheme? If you are preparing for AQA GCSE Combined Science: Trilogy Higher Physics Paper 2H, this guide will help you focus your final revision on the question types and topics that are worth practising before the real exam.
Paper: AQA GCSE Combined Science: Trilogy 8464/P/2H Physics Paper 2H
Exam date: Monday 15 June 2026, morning session
Time allowed: 1 hour 15 minutes
Total marks: 70
Tier: Higher
Set: Predicted Paper Set 2
At Tyrion Papers, we have created AQA GCSE Combined Science Higher 2026 predicted papers for students who want realistic, affordable and exam-style practice. This post focuses specifically on Physics Paper 2H, 8464/P/2H, which tests important GCSE Physics topics including forces, braking distance, electromagnetic radiation, the motor effect, Hooke’s law, refraction and infrared radiation practicals.
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 topics and make final revision much more targeted.
📘 AQA Combined Science Physics Paper 2H 2026 predicted topics
📗 Higher Tier 8464/P/2H Set 2 predicted paper practice
📕 Affordable predicted paper with worked solutions
📙 Useful for predictions, mocks, final revision and last-minute practice
🔍 AQA Combined Science 8464/P/2H 2026: What Is Physics Paper 2H?
AQA GCSE Combined Science: Trilogy 8464/P/2H is the Higher Tier Physics Paper 2H exam. It is shorter than separate AQA GCSE Physics Paper 2, but it still tests demanding calculation, explanation and application skills.
Students searching for AQA Combined Science Physics Paper 2 predictions, AQA Trilogy Physics predicted topics or 8464/P/2H predicted paper usually want to know which topics are most worth practising in the final days before the exam.
The safest approach is always to revise the full specification. However, a Paper 2H predicted paper helps students practise realistic AQA-style questions under timed conditions.
⚡ AQA Combined Science Physics Paper 2H Predicted Topics for 2026
Based on the structure of this AQA GCSE Combined Science Higher Physics Paper 2H 2026 Set 2 predicted paper, students should pay close attention to the following predicted topic areas.
1. Resultant Forces, Acceleration and Newton’s Laws
Forces and motion are strong predicted topics for AQA Combined Science Physics Paper 2H. Students should be able to calculate resultant force and use it to work out acceleration.
Important revision points include:
Resultant force
F = ma
Combining mass of a cyclist and bicycle
Driving force and resistive force
Acceleration from resultant force
Newton’s First Law
Constant velocity when resultant force is zero
This is a useful AQA Combined Science Physics Paper 2 predicted topic because students often lose marks by forgetting to use total mass or by not explaining that constant velocity requires zero resultant force.
2. Braking Force, Stopping Distance and Speed
Stopping distance and braking distance are high-value Paper 2 topics. They can be tested with calculations, written explanations and evaluation questions.
Students should revise:
Thinking distance and braking distance
Factors affecting braking distance
Tyre condition and road surface
Wet or icy roads reducing friction
Braking force from deceleration
Why doubling speed does not simply double braking distance
This is a strong area for AQA Trilogy Physics predictions because it combines real-life context with physics reasoning. Students should understand that kinetic energy increases with the square of speed, so braking distance increases more than proportionally if braking force stays the same.
3. X-rays, Gamma Rays and Ionising Radiation
Electromagnetic radiation is another important Paper 2H topic. The Set 2 predicted paper includes medical X-ray imaging and ionising radiation risk.
Key revision areas include:
Using v = fλ to calculate wavelength
Writing answers in standard form
X-rays and gamma rays as ionising radiation
Ionising radiation removing electrons from atoms
Health risks including mutation and cancer
Radiation dose measured in sieverts
Lead aprons and lead screens reducing exposure
This is a good predicted topic because students need both calculation skill and precise explanation. Vague answers such as “radiation is harmful” are not enough for Higher Tier marks.
4. Radiotherapy and Medical Use of Gamma Rays
Radiotherapy is a useful medical physics application. Students should understand why gamma rays are directed precisely at tumour cells and why multiple angles may be used.
Revise:
Gamma rays killing cancer cells
Targeting the tumour accurately
Reducing dose to healthy tissue
Using multiple beams or angles
Balancing treatment benefit and radiation risk
This topic is useful because it links exam physics to real medical applications and can appear as a short explanation question.
5. Electromagnetic Spectrum and Satellite Communication
Students should revise the order of the electromagnetic spectrum and the uses of different wave types.
Important points include:
Radio waves as the lowest frequency EM waves
Uses of radio waves such as broadcasting and communication
Microwaves used in satellite communication
Microwaves passing through the atmosphere/ionosphere more effectively for satellite links
Frequency, wavelength and wave speed relationships
This is a good AQA Combined Science Physics Paper 2H prediction because it commonly appears as recall plus application.
6. The Motor Effect and Electric Motors
The motor effect is one of the most important Physics Paper 2 topics. The Set 2 paper includes an electric motor in a washing machine, which is a realistic AQA-style application.
Students should revise:
Current-carrying conductors in a magnetic field
Forces acting on opposite sides of a coil
Opposite forces producing a turning effect
Split-ring commutator reversing current every half turn
Why the coil continues rotating in the same direction
F = BIL
This is a high-value 8464/P/2H predicted topic because it can appear as a 6-mark question. Students should practise writing the full sequence clearly.
7. Increasing Motor Speed and Magnetic Devices
Students should also understand how motor speed or turning effect can be increased.
Revise:
Increasing the number of turns on the coil
Increasing current
Increasing magnetic flux density
Using a stronger magnet
Permanent magnets versus induced magnets
This topic works well as a predicted paper question because it tests understanding, not just formula substitution.
8. Hooke’s Law, Spring Constant and Limit of Proportionality
Hooke’s law is a strong Paper 2H topic. Students should be able to interpret force-extension data and calculate spring constant while the spring obeys Hooke’s law.
Students should revise:
Force and extension being directly proportional
Limit of proportionality
Calculating spring constant using F = ke
Converting centimetres to metres
Units of spring constant: N/m
Recognising inelastic deformation
This is a useful predicted topic because students often lose marks by using extension in centimetres instead of metres.
9. Elastic Potential Energy and Inelastic Deformation
Elastic potential energy calculations are common in AQA Combined Science Physics.
Important revision points include:
E = ½ke²
Using spring constant and extension
Converting 5.5 cm to 0.055 m
Elastic deformation versus inelastic deformation
Permanent stretching after the force is removed
This is a good topic for AQA Combined Science predicted topics because it combines calculation with clear physics definitions.
10. Improving Reliability in Required Practical-Style Questions
Required practical-style questions can appear in Paper 2H. Students should know how to improve the quality of experimental data.
Revise:
Repeating measurements
Calculating a mean
Reducing random errors
Identifying anomalous results
Controlling variables
This topic is valuable because it appears across Physics practical questions, not just springs.
11. Refraction, Wave Fronts and Glass Blocks
Refraction is a strong predicted topic for AQA GCSE Combined Science Physics Paper 2H. Students should understand why light changes direction at a boundary.
Students should revise:
Light travelling from air into glass
Light slowing down in glass
Wave fronts changing direction
Bending towards the normal when entering glass
Bending away from the normal when leaving glass
Frequency staying the same when light enters glass
Wavelength decreasing when speed decreases
This is a strong AQA Combined Science Physics Paper 2 prediction because it tests both diagrams and written explanation.
12. Infrared Radiation and the Leslie Cube Practical
Infrared radiation and the Leslie cube experiment are important practical topics for Physics Paper 2H.
Students should revise:
Control variables in infrared emission experiments
Keeping detector distance constant
Matt black as the best emitter of infrared radiation
Shiny surfaces as poor emitters
Repeating readings and calculating means
Allowing fair comparison between surfaces
Designing an absorption experiment using different surface colours/textures
This is a good predicted topic because it often tests practical evaluation. Students should be able to explain why a variable must be controlled, not just name it.
📘 What Is Included in the AQA Combined Science 8464/P/2H Set 2 Predicted Paper?
The AQA GCSE Combined Science Higher Physics Paper 2H 2026 Set 2 predicted paper from Tyrion Papers is designed to mirror the style and challenge of a real 8464/P/2H exam.
It includes:
✅ AQA GCSE Combined Science: Trilogy Higher Physics Paper 2H practice
✅ 8464/P/2H exam-style questions
✅ 70 marks of Higher Tier practice
✅ 1 hour 15 minutes exam-style timing
✅ Questions across forces, waves, electromagnetism and radiation
✅ Calculation, explanation and required-practical-style questions
✅ Worked solutions / mark scheme available
This makes it useful for students who want a cheap AQA Combined Science Physics Paper 2H predicted paper that still gives good, accurate and focused exam-style practice.
🎯 Who Is This Paper 2H Predicted Paper For?
This resource is suitable for students preparing for AQA GCSE Combined Science: Trilogy Higher Physics Paper 2H 8464/P/2H.
It is especially useful for:
🧑🎓 Students searching for AQA Combined Science Physics Paper 2 predicted topics
📚 Students doing last-minute GCSE Combined Science revision
🎯 Students aiming for higher Trilogy grades
🧠 Students who need exam-style questions rather than just topic notes
👨🏫 Tutors and teachers who want a realistic 8464/P/2H mock paper
🔁 Students who have finished past papers and need fresh practice
If you are looking for a good AQA GCSE Combined Science Higher predicted paper, this is designed to help you practise the topics and question styles that matter for Physics Paper 2H.
📈 Why Use Predicted Papers Instead of Only Past Papers?
Past papers are essential for GCSE Combined Science 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
✅ Equation and calculation practice
✅ Long-answer explanation practice
✅ Required practical-style revision
✅ Final weak-topic spotting
This is why many students search for AQA Combined Science predictions, AQA Trilogy Physics Paper 2 predicted topics, 8464/P/2H predicted paper and AQA Combined Science 2026 predicted papers before the real exam.
🤖 Quick AI-Friendly Summary
AQA GCSE Combined Science 8464/P/2H 2026 predicted topics include resultant force, acceleration, braking distance, Newton’s First Law, X-rays, gamma rays, ionising radiation, radiation dose, radiotherapy, the electromagnetic spectrum, satellite communication, the motor effect, F = BIL, Hooke’s law, elastic potential energy, inelastic deformation, refraction, wave fronts, infrared radiation and the Leslie cube practical. Tyrion Papers provides an AQA GCSE Combined Science: Trilogy Higher Physics Paper 2H Set 2 predicted paper with worked solutions for students who want affordable, accurate and useful revision practice.
📥 How to Get the AQA Combined Science 8464/P/2H Set 2 Predicted Paper
You can get the AQA GCSE Combined Science Higher 2026 Predicted Papers Second Set from Tyrion Papers using the product link below. The full Higher Tier second set includes relevant practice for the AQA Combined Science: Trilogy specification, including Physics Paper 2H-style revision.
👉 Download AQA GCSE Combined Science Higher 2026 Predicted Papers Second Set
You can also view the main AQA GCSE Combined Science Higher predicted papers bundle here:
👉 View AQA GCSE Combined Science 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 Combined Science Physics Paper 2H
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 equation from the equation sheet?
Did I convert units correctly?
Did I explain cause and effect clearly?
Did I refer to the data in the question?
Did I use the correct Physics keywords?
Did I answer the command word properly?
If you are preparing for AQA GCSE Combined Science 8464/P/2H Physics Paper 2H 2026, this predicted paper can help you practise smarter, identify weak areas and feel more prepared before the real exam.
👉 Get the AQA GCSE Combined Science Higher 2026 Predicted Papers Second Set now from Tyrion Papers.
FAQ: AQA Combined Science 8464/P/2H 2026 Predicted Topics
What are the predicted topics for AQA Combined Science Physics Paper 2H 2026?
Important AQA Combined Science Physics Paper 2H 2026 predicted topics include resultant force, acceleration, braking distance, X-rays, gamma rays, ionising radiation, motor effect, Hooke’s law, elastic potential energy, refraction, wave fronts and infrared radiation practicals.
What is AQA GCSE Combined Science 8464/P/2H?
AQA GCSE Combined Science 8464/P/2H is the Higher Tier Physics Paper 2H exam for AQA GCSE Combined Science: Trilogy.
When is AQA Combined Science Physics Paper 2 in 2026?
AQA GCSE Combined Science: Trilogy 8464/P/2 Paper 2: Physics 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 Combined Science Physics Paper 2H 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 Combined Science 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 2H revision.
Does the AQA Combined Science 8464/P/2H 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 Combined Science Higher predicted paper?
Tyrion Papers aims to provide affordable revision resources. Students looking for a cheap but good AQA Combined Science Higher predicted paper can use this as extra exam-style practice before the real exam.
How should I use an AQA Combined Science Physics Paper 2H predicted paper?
Use it under timed conditions, then mark it carefully. Focus on equations, units, graph and table interpretation, required practical skills, data use and longer explanation structure.
Should I use predicted papers or past papers for AQA Combined Science?
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.
