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KS3 Physics tutors

Find help with forces, energy, circuits and the maths behind them. Choose a tutor to work through the parts of school Physics your child finds difficult, from an unclear idea to an unfinished calculation.

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  • Pay as you go
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Tuition can focus on a single topic gap, preparation for a school test or a deeper challenge. Start with the learner’s own work, then agree what they want to understand and be able to do independently.

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KS3 Physics tuition enquiry

Tell us what you know, skip anything you’re unsure about, and add a short description if you skip both subject and level.

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Subject
Physics
Level
KS3

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How one-to-one tuition can help

  • Work out which quantities and units belong in a Physics calculation.
  • Explain what force arrows and circuit diagrams mean, instead of guessing from their appearance.
  • Turn measurements and graphs into a conclusion supported by the evidence.

Available tutors

Compare KS3 Physics tutors

6 tutor profiles selected

Explore tutor profiles, then discuss your child’s school topics, teaching preferences and lesson times.

Portrait of Isshaq Miskin Sahibu

Isshaq Miskin Sahibu

Mathematics and Physics Specialist

United Kingdom

£19.00 per hourDBS checkediAccepting enquiriesHigh performing tutor
MathematicsMechanicsPhysicsPure Maths
  • Currently pursuing his Bachelors of Science in Computer Science.
  • Isshaq has over 2 years' of experience tutoring Mathematics and Physics at GCSE, A-Level, and SQA levels.
  • Currently pursuing a degree in Computer Science.
  • Holds straight-As for his A-Levels in Mathematics, Physics, and ICT.

Isshaq is a physics and maths tutor for KS3, GCSE/iGCSE and A/AS Level (CAIE, Edexcel, SQA), with 2+ years’ experience and a BSc Computer Science in progress. He provides structured lessons with session reports and optional homework.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Isshaq.

Portrait of Justin Raine

Justin Raine

4.6

Mathematics, Chemistry, and Physics Specialist

Manchester

£25.00 per hourDBS checkediAccepting enquiriesHigh performing tutor
ChemistryMathematicsPhysics
  • Currently studying for his Masters of Science in Chemistry at the University of Nottingham.
  • Holds multiple years of tutoring experience assisting KS3, GCSE, and A-Level cohorts.
  • Justin is a member of the Royal Chemistry Society (RCS).
  • Holds A, A, A for Chemistry, Mathematics, and Physics at AS-Level.
  • In Secondary School, Justin remained in the top percentile of his students achieving a 3.5 GPA.

Justin Raine is a gcse maths tutor teaching KS2–A Level Maths and Chemistry plus KS2–GCSE Physics; he is studying for an MSc in Chemistry and is a Royal Chemistry Society member. Lesson reports included, with optional homework.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Justin.

Portrait of Olatade Fadeyi

Olatade Fadeyi

5.0

Mathematics and Science Specialist

United Kingdom

£30.00 per hourDBS checkediAccepting enquiriesHigh performing tutor
11+ (general)BiologyChemistryCreative Writing+6 more
  • Currently working towards her Masters in Biochemistry.
  • Holds over 2 years' of tutoring and teaching experience.
  • Holds an A for Psychology at A-Level.
  • Holds 2 A*s, and 5 As at iGCSE level.
  • Olatade has experience working with SEN students.

Olatade is a gcse maths tutor and maths and science tutor for 11+ to A-Level, teaching GCSE/iGCSE Maths plus Biology, Chemistry and Physics, and A-Level Psychology. She has 2+ years’ experience, including SEN support, with session reports and optional homework.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Olatade.

Portrait of Nida Ali

Nida Ali

Science Specialist

Southend on Sea, United Kingdom

£23.00 per hourDBS checkediAccepting enquiriesHigh performing tutor
BiologyChemistryEnglish skillsMathematics+2 more
  • Holds an M.Phil degree in Science and Management.
  • Worked as a Science teacher in secondary school for 4 years abroad.
  • Worked as a cover supervisor in secondary schools in UK for 3 months.

Nida Ali is a Science Specialist and physics tutor providing online tutoring for KS2–KS3 and GCSE Biology, Chemistry and Physics; M.Phil-qualified with 4 years’ secondary teaching experience. Session reports included; homework available free.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Nida.

Portrait of Zunaira Naeem

Zunaira Naeem

Mathematics, Biology, and Chemistry Specialist

Burton-On-Trent, United Kingdom

£25.00 per hourDBS checkediAccepting enquiriesHigh performing tutor
BiologyChemistryMathematicsPersonal Statement+1 more
  • Currently studying for her Bachelors of Dental Surgery at the University of Birmingham.
  • Holds over 2 years' of One-2-One tutoring experience.
  • Holds A-Levels in Biology, Chemistry, and Psychology.
  • Holds 7 A*s and 3 As for her GCSEs.
  • Zunaira offers guidance on medical and dental school applications, including support with personal statements and interview preparation.
  • Fluent in English and Urdu.

Zunaira is a GCSE and KS3 Maths and Science tutor with over two years of one-to-one experience, offering interactive, tailored lessons and constructive feedback.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Zunaira.

Portrait of Zayan Ajward

Zayan Ajward

Mathematics, Physics, and Computer Science Specialist

Leicester, United Kingdom

£30.00 per hourDBS checkediAccepting enquiries
Computer ScienceMathematicsPhysics
  • Currently studying for his Masters of Engineering in Computer Science/Software Engineering at the University of Birmingham.
  • Holds A, A for Mathematics and Physics at A-Level.
  • Holds A*s (8s) for Mathematics, Further Mathematics, and Physics among other subjects at GCSE level.
  • Possesses tutoring experience assisting students in KS3, GCSE and A-level cohorts.

Zayan Ajward is a GCSE and AS Level Computer Science tutor studying for an MEng in Computer Science/Software Engineering, with a methodical approach tailored to individual learning needs.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Zayan.

Start with the school’s Physics topics

In England, Key Stage 3 normally covers Years 7–9, ages 11–14. The national curriculum sets out Physics within KS3 Science; the topic areas below refer to that programme. Schools choose their teaching sequence, so use the learner’s current topic list rather than assuming every Year 8 class is studying the same thing.

Curriculum frameworks and year labels differ across the UK. For a learner in Wales, Scotland or Northern Ireland, share the school’s course information so the tutor can match the content and level.

Energy
When a hot metal spoon is left in cooler surroundings, it cools. Practise explaining the transfer of energy to the surroundings instead of saying its energy has disappeared.
Motion and forces
Read force arrows as forces acting on a named object. Balanced forces mean no change in motion: a moving object can continue at the same speed in the same direction. They do not mean that no forces exist.
Electricity and magnetism
Separate current from energy. In a simple series circuit with no branches, current is the same before and after a bulb; energy is transferred. A useful explanation needs more than “the bulb uses up electricity”.
Sound and light
Explain why sound needs material such as air to travel through, while light can cross a vacuum. Connect the distinction to a model or diagram rather than treating all waves as identical.
Matter
Use particle arrangements and movement to explain solids, liquids and gases. Practise saying what a particle sketch represents, so the drawing supports the written answer.
Space
Connect the Earth’s tilt to an explanation of seasons and use models to discuss gravity. The learning task is to explain the relationship, beyond recalling the names of planets.

A speed calculation: make the numbers mean something

Here is a practice example: a runner covers 120 metres in 30 seconds. Multiplying 120 by 30 uses both numbers, but it does not answer the question “How many metres per second?”

Average speed = distance ÷ time = 120 ÷ 30 = 4 m/s.

The unit m/s means metres per second. A better answer is: “The runner’s average speed is 4 metres per second over this journey.” That does not tell us the runner’s speed at every moment. The method matters as much as getting the number 4.

To check understanding, try 180 metres in 45 seconds. This also gives 4 m/s: travelling further does not necessarily mean a greater average speed, because the time has changed too. Then try 120 metres in 2 minutes, giving the answer in m/s. Convert 2 minutes to 120 seconds first, so 120 ÷ 120 gives 1 m/s.

The graph needs the same care. On a graph with time in seconds across the bottom and distance travelled in metres up the side, a horizontal section means no extra distance is covered during that interval. It represents a stop, even when the line is well above zero.

From practical readings to a supported conclusion

In a school investigation, “keep it fair” is only a starting point. A learner needs to say what changes, what is measured and what stays the same. Consider this paper exercise with made-up readings: a toy car travels a marked 1 metre along a ramp at two different ramp heights.

The independent variable is the ramp height: the thing being changed. The dependent variable is the time taken over the marked distance: the thing being measured. Keep the same car, ramp surface, marked distance and release position. Release the car from rest without a push each time. These are the controls that make the comparison useful.

At the lower setting, the times are 2.0, 2.2 and 2.1 seconds. Their mean is (2.0 + 2.2 + 2.1) ÷ 3 = 2.1 seconds. At the higher setting, 1.4, 1.6 and 1.5 seconds give a mean of 1.5 seconds.

A better conclusion than “the high ramp is better” is: “In these readings, the higher ramp gave a shorter mean time over the same distance: 1.5 seconds compared with 2.1 seconds.” It names the change and uses the measurements to support the comparison.

Repeats help reduce the effect of random timing differences, but they do not remove every error. A person can still start or stop the stopwatch late. For a follow-up, ask why pushing the car on one attempt would weaken the comparison: the starting conditions would have changed as well as the ramp height.

This exercise can be discussed from the readings alone. Any physical version should be planned with the teacher or tutor using suitable equipment and adult supervision.

Choose support around how your child learns

A useful starting point is a piece of work your child has attempted, including the parts they could not finish. Use the free introductory meeting to discuss goals, teaching approach and arrangements. For a learner ready for more challenge, discuss unfamiliar situations and explanations that test understanding before simply moving on to a later course.

  1. Name the difficulty

    Bring a marked question or a photograph of notebook work. “I can use the formula but forget the units” gives a clearer starting point than “Physics is hard”. Explain whether you want to catch up on a topic, prepare for a school test or explore an idea more deeply.

  2. Discuss explanations and adjustments

    Ask how the tutor would check what your child already understands. If reading a question is the obstacle, discuss shorter chunks and spoken explanations alongside diagrams. If several steps are hard to hold in mind, ask to keep the quantities and units visible while working.

  3. Agree what progress will look like

    Choose something the learner should be able to do independently, such as explain a force diagram or solve a new speed question with units. Agree when to review a fresh attempt and how the parent and learner will hear what needs more practice.

Practice that shows what is sticking

Choose a small task linked to the current school topic and return to it after a gap. For example, close the notes and sketch a simple series circuit with one bulb. Explain whether the current should be lower after the bulb, then check the explanation. The correction should distinguish energy transfer from current being used up.

Next, use a question with a changed diagram or different numbers. If the learner can only repeat the original answer, the idea needs another explanation or more guided practice. Keep a brief note of the obstacle: an unfamiliar word, a missing unit, an incorrect calculation or a misunderstood concept. That gives the next lesson a specific starting point.

Oak National Academy’s KS3 Science lessons include explanations, practice resources and quizzes. Select the relevant topic with the schoolwork in mind. A learner who can explain and apply the idea using school support and resources may not need ongoing tuition.

Online lessons and costs

Latimer’s service is built around online one-to-one tuition. Microsoft Teams is the default lesson platform; you and the tutor can agree another option. Have the school question, a notebook and a way to show written calculations ready, and check that your child can hear and see the tutor clearly.

Free matching request
Ask Latimer for help finding a tutor without a matching-request fee. Describe the schoolwork, the support you need and the arrangements that would work for your family.
Rates and payment
Each tutor sets their hourly rate, shown on their profile. Lessons are invoiced after they take place on a pay-as-you-go basis. After the introduction, arrange lessons directly with the tutor and confirm the lesson length, rate and schedule before starting.

Tell us where Physics gets difficult

Include the learner’s year group, school topic and what they want to understand, along with preferred times and budget. A recent question or teacher comment can help you describe the starting point.

Support and clarity

Frequently asked questions

Straight answers to the questions people ask most often.

Does my child need an exam board for KS3 Physics?

For KS3 in England, start with the school’s topic list and assessment information. There is no national KS3 exam, though schools assess learning and can set their own tests. Schools may use board-branded resources, but a GCSE specification is not a substitute for finding out what the class is studying.

Can lessons help with both Physics and maths?

Ask the tutor to include the maths that is causing difficulty within Physics: division, unit conversions, reading scales and interpreting graphs. If the learner needs wider numerical support across school subjects, compare the separate KS3 Mathematics route as well and explain how you would like the two areas connected.

How often should my child have Physics tuition?

Choose a schedule around the size of the difficulty, school workload and time for practice. A defined gap may suit a few focused sessions followed by a review; ongoing support needs a regular time that the family can sustain. Agree the plan with the tutor, then review a fresh piece of independent work to decide whether to continue, change focus or pause.

What if a school test is only a week away?

Share the teacher’s topic list, the test date and a recent attempt at a question. Prioritise the ideas the learner cannot yet explain and a small selection of questions that use them. With a short deadline, agree a manageable focus and keep track of topics that will need attention after the test.

Should we choose Physics or broader Science tuition?

If the main obstacle is a Physics topic such as forces or circuits, keep that as the starting focus. If the learner is also struggling with Biology and Chemistry, explore KS3 Science tuition and discuss the balance of subjects needed. Bring examples from the relevant school topics to help set priorities.

What if my child has already started GCSE work?

Confirm the course with the school. KS3 develops the concepts, calculations and enquiry skills that later science builds on, but GCSE support needs the actual qualification and board. If the learner is now studying that course, use the GCSE Physics route and include the exact course details in the enquiry.

Can KS3 Physics lessons take place in person?

Latimer is online-first. In-person lessons depend on a separate agreement with a tutor who can meet locally. Explain this preference at the start of your enquiry so that the location, travel and teaching arrangements can be discussed before lessons are agreed.

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