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AQA GCSE Physics tutors
View all 18 AQA GCSE Physics tutors
£30/hrAishwariya K
Qualified Physics Teacher & Edexcel Examiner | Engaging GCSE Science & A-Level Lessons
Next available: Today 4:00pm
£55/hrAntony N
Former Head of Secondary & Maths Examiner | 15+ Years Building Confidence in Physics & Stronger Results
Next available: Today 7:30pm
£45/hrAyobami S
Passionate and Dedicated Physics GCSE and A Level Tutor
Next available: Mon 5:30pm
Usually replies within 8 minutes
£60/hrPhilip S
Experienced Cambridge and Eton College Physics tutor
Next available: Today 4:00pm
£67/hrMichelle N
Expert Physics Tutor & Curriculum Specialist
Next available: Tomorrow 1:30pm
£40/hrHassan A
Qualified Physics Teacher & SEN Specialist | Master the Concepts, Build Real Confidence
£20/hrBeatrice A
Patient & Supportive Physics Tutor | Lessons Tailored to Your Child | SEN Experience
Next available: Tomorrow 9:00am
£35/hrChristopher W
Experienced GCSE Physics teacher and tutor
£50/hrAndrew V
Accessible, Engaging and Effective Physics Tutor
£20/hrWill S
Warwick Maths Student | Teaching STEM | Physics Tutor
Contacted by 2 families this month
Usually replies within 31 minutes
£50/hrAndy R
Former Head of Physics & Examiner: Master GCSE & A-Level Physics with an Expert Tutor
Next available: Tomorrow 2:00pm
Usually replies within 58 minutes
£25/hrNoor-Fatima K
Experienced GCSE Physics Tutor | Clear Explanations & Exam-Focused Support
Next available: Today 4:00pm
Contacted by 2 families this month
£27.5/hrAlexander H
Friendly and Supportive Physics Tutor
Contacted by 3 families this month
£45/hrNagasharan S
Dedicated, Engaging and Reliable Physics Tutor
£40/hrRebecca J
Engaging and Inspiring Physics Teacher and Tutor
£36/hrFelicia N
Engaging and Experienced Physics Tutor
£30/hrRajesh G
Caring, experienced, dedicated and patient Physics tutor
£100/hrAndrea S
Engaging and experienced Physics Tutor Excited to help students
About AQA GCSE Physics
Targeted AQA GCSE Physics Tuition: Solving the Real Problem
Success in AQA GCSE Physics requires more than just memorising equations; it demands structural problem-solving. We teach students how to decode exam questions before they start calculating. By training them to identify what is happening, what information they have, and what they need to find, we eliminate the guesswork.
Our expertise lies in diagnosing the hidden gaps in a student's knowledge. We listen closely to differentiate between a mathematical struggle (like rearranging formulas) and a physical misunderstanding (like misinterpreting forces). This precision allows us to tailor our teaching, ensuring rapid progress and exam readiness.
AQA GCSE Physics: papers at a glance
| Paper | Code / tier | Duration | Marks | Weighting |
|---|---|---|---|---|
| Paper 1 | 8463/1F or 8463/1H | 1 hour 45 minutes | 100 | 50% |
| Paper 2 | 8463/2F or 8463/2H | 1 hour 45 minutes | 100 | 50% |
AQA Physics topics by paper
| Paper | Topic coverage |
|---|---|
| Paper 1 | Energy; electricity; particle model; atomic structure |
| Paper 2 | Forces; waves; magnetism and electromagnetism; space physics |
Connect ideas across the papers
Paper 2 can draw on energy transfers and conservation ideas from Paper 1. This page covers separate GCSE Physics 8463. Check the qualification with school if your child studies Combined Science before using the paper timings here.
Practise using the appropriate equation sheet
Use the AQA GCSE Physics qualification page to find the official assessment resources. Confirm with your school which equation sheet applies to your exam series and use the appropriate version in practice.
Having equations available leaves important work for the learner: choosing the relevant relationship, understanding its symbols, converting units and interpreting the result. Ask the tutor to practise these decisions explicitly so using the sheet becomes part of a thoughtful approach to solving a question.
Power and energy: an original worked example
| Step | Example | Check |
|---|---|---|
| Identify the quantities | A 60 W device operates for 120 s | Power is in watts; time is in seconds. |
| Choose the relationship | Energy transferred = power × time | The question asks for an amount of energy. |
| Substitute | E = 60 × 120 | Keep the working visible. |
| Calculate and convert | 7,200 J = 7.2 kJ | Divide joules by 1,000 to express kilojoules. |
| Interpret | The device transfers 7,200 J in two minutes | Power describes the rate of energy transfer. |
Check the idea by changing one quantity
If the same device operates for twice as long at the same power, it transfers twice as much energy. If the power doubles and the time halves, the total energy transferred stays the same. Ask the learner to explain these relationships before doing another calculation.
This simple variation can reveal whether the equation has meaning or is just a pattern of symbols. It also offers a way to check an answer: if a calculated result contradicts the expected relationship, revisit the quantities and units before assuming the calculator is wrong.
Use different representations to strengthen understanding
Draw the situation
Sketch a force, circuit or energy transfer and label only the information that matters. A useful diagram makes the next reasoning step clearer; it does not need to be decorative.
Explain the relationship
Ask what should increase, decrease or stay the same when one quantity changes. Predicting the direction of a result helps check whether a calculation makes sense.
Translate into mathematics
Connect each symbol to the physical quantity and its unit. Write the substitution before calculating so the tutor can see how the learner has interpreted the problem.
Prepare for required practical questions
AQA GCSE Physics includes ten required practical activities, with practical understanding contributing at least 15% of the written assessment marks. Examples include specific heat capacity, insulation, resistance, density, springs, acceleration and waves.
The most useful revision goes beyond recalling apparatus. Ask which measurement is needed, how it will be made and what could distort it. A tutor can review the learner’s school practical record, discuss the results and practise interpreting an unfamiliar setup. Laboratory participation remains a matter for the school or exam centre.
Spring investigation: connect a table to a model
| Force / N | Extension / m | Force ÷ extension / N/m |
|---|---|---|
| 1.0 | 0.020 | 50 |
| 2.0 | 0.040 | 50 |
| 3.0 | 0.060 | 50 |
What would count as evidence of proportionality?
In this original example, force divided by extension is constant. Plotting force against extension would give a straight line through the origin for these data, with gradient 50 N/m. That supports a proportional relationship over the range shown.
The table does not establish what happens at every possible load. A learner should distinguish the evidence collected from assumptions about larger forces. Discussing the range and limitations of a conclusion is useful preparation for practical questions, especially when an exam supplies a graph rather than a familiar set of numbers.
Make Physics revision a sequence of useful checks
Understand
Explain one situation without the equation
Describe the motion, energy transfer or circuit in words or a diagram. Check the meaning before introducing a calculation.
Calculate
Choose and use the relationship
Name the quantities, convert units and show the substitution. Finish by asking whether the result fits the situation.
Apply
Try the idea in a different setting
Change the wording, give a graph or ask for another quantity. Reduce prompts as the learner’s confidence and accuracy improve.
Review
Practise under realistic conditions
Use timed sections and the official equation sheet. Review the reasoning behind errors and carry a small number of priorities into the next practice session.
AQA GCSE Physics: plan your exam preparation
| Stage | Useful preparation | What to confirm |
|---|---|---|
| Before revision | Use a recent assessment to identify topics and skills needing attention. | Qualification code, tier and the content assessed on each paper. |
| During practice | Combine topic questions with practical, graph and calculation work. | Use materials matching the specification and tier. |
| Before each paper | Review recurring errors and prepare the permitted equipment. | Check the official timetable and your school’s arrival instructions. |
Check your personal exam timetable
Check your exam board’s official timetable for the current examination dates. Your school or exam centre will confirm your individual timetable, arrival instructions, rooms and any access arrangements. Check for updates before making plans around the exam period.
Find the right balance of reassurance and challenge
A learner who hesitates over every question may need time to rebuild trust in their own reasoning. Someone who is already confident may need questions that combine concepts and require a carefully justified conclusion. Ask the tutor how they would judge the appropriate level from your child’s work.
The tutors listed here have indicated that they teach AQA GCSE Physics. Check individual profiles for relevant experience, qualifications and availability. During the free 15-minute introduction, discuss the learner’s tier, current topic and one specific difficulty. Agree a first-lesson goal that is clear enough to review afterwards.
Frequently asked questions
Can a tutor help if my child says they are not good at Physics?
Bring a concrete example rather than treating that label as a conclusion. The tutor can explore where the learner gets stuck and choose a manageable first task. Progress may begin with being able to explain one previously confusing situation independently.
Does the equation sheet mean there is less need to revise?
Learners still need to understand the concepts, select relationships, handle units and interpret evidence. Practise using the supplied sheet as part of solving a question, rather than simply finding an equation on it.
How can we improve answers about experiments?
Ask the learner to connect the method to its purpose: what is changed, measured and controlled, and why? Then discuss how results would be processed and which limitation affects the conclusion. A tutor can use school practical records as the starting point.
Can lessons help with graphs?
Yes. Explain which graph tasks cause difficulty, such as identifying the gradient, choosing a scale or describing a relationship. Ask for practice that connects the graph to a physical situation and checks the units throughout.
Will lessons follow Foundation or Higher content?
Share the school’s current entry tier and course details before the first lesson. The tutor can plan suitable work and discuss progress, while the school or exam centre remains responsible for the entry decision.
What should we bring to the introduction?
A recent question or assessment, the qualification and tier, and a short description of the learner’s goals. The 15-minute meeting is for discussing support and planning the first lesson, rather than delivering a full teaching session.
Official course information and further support
Assessment details: AQA 8463 specification at a glance. Practical requirements: AQA practical assessment. Dates: AQA exam timetables.
Course information checked on 16 September 2026. Teaching examples on this page are original illustrations, not official exam questions or mark schemes. You can also browse all GCSE Physics tutors if you need support with a different board.
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