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Pearson Edexcel GCSE Physics tutors

Find help with Pearson Edexcel 1PH0, from understanding motion graphs and electric circuits to explaining practical results and preparing for exams.

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Choose support around the learner’s course, tier and current work: a difficult concept, an upcoming mock or a longer revision plan. The examples below show the kind of reasoning a Physics lesson can develop.

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Pearson Edexcel GCSE Physics tuition enquiry

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Physics
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GCSE

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How one-to-one tuition can help

  • Read velocity–time graphs and distinguish speed, acceleration and distance
  • Choose equations, convert units and explain each calculation step
  • Use practical measurements to support a conclusion about a circuit

Pearson Edexcel GCSE Physics (1PH0)

Available tutors

Compare GCSE Physics tutors

6 tutor profiles selected

Use the profiles and introductory conversation to confirm experience teaching Pearson Edexcel 1PH0 at the learner’s tier. Bring one question they found difficult so you can discuss the support they need.

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 Oliver Aldridge

Oliver Aldridge

5.0

Physics and Mathematics Specialist

Southampton, United Kingdom

£36.00 per hourDBS checkediAccepting enquiriesHigh performing tutor
Further MathsMathematicsPhysics
  • Holds a First for his Bachelor of Science in Mathematics with Physics from the University of Keele.
  • Currently on track to receive a distinction for his Masters of Science in Mathematics from the Open University.
  • Holds 6 years of private online tuition experience assisting students in Mathematics, and Science (especially Physics) of all levels from KS2/3 to GCSE and AS/A-Level.
  • Vast knowledge of UK syllabuses, and an ability to cover any topic in his area of expertise in a moment's notice.
  • Oliver is multilingual, with fluency in three languages and proficiency in two others.

Oliver is a physics and maths tutor offering online tutoring from KS2/3 to GCSE and AS/A-Level, plus degree-level support. First-class BSc Maths with Physics (Keele), MSc Maths in progress, 6 years’ experience, with lesson reports and optional homework.

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

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.

Start with the qualification code

Pearson Edexcel GCSE Physics 1PH0 is the separate Physics GCSE. The assessment details here concern this England-regulated qualification. If you study elsewhere, check the code on your school documents before using the paper guidance.

Edexcel Combined Science 1SC0 and Edexcel International GCSE Physics 4PH1 are different qualifications. A book or worksheet labelled only ‘Edexcel Physics’ may therefore cover a different course. Send the tutor the qualification code and Foundation or Higher tier; if you are unsure, a school course outline or mock-paper cover is a useful starting point.

What the two 1PH0 papers cover

Each paper lasts 1 hour 45 minutes, carries 100 marks and contributes 50% of the qualification. Both papers must be taken at the same tier. Key concepts are assessed on both, so units, calculations and interpreting evidence belong throughout revision.

  • Foundation and Higher both include the motion-graph and circuit reasoning shown below.
  • Higher-only content includes the specification’s circular-motion and momentum work. Match practice to the learner’s tier before adding harder questions.
Paper 1: topics 1–7
Key concepts; motion and forces; conservation of energy; waves; light and the electromagnetic spectrum; radioactivity; astronomy.
Paper 2: topics 1 and 8–15
Key concepts; energy, forces and doing work; forces and their effects; electricity and circuits; static electricity; magnetism and the motor effect; electromagnetic induction; particle model; forces and matter.

Worked example: a rising line does not give acceleration directly

Suppose a trolley’s velocity–time graph is a straight line from 2 m/s at 0 s to 10 m/s at 4 s. It keeps moving in the same direction. These are illustrative values, suitable for either tier.

A learner might call 10 m/s the acceleration because it is the final height of the line. That height is the final velocity. Acceleration is the change in velocity divided by the time taken:

Acceleration = (10 − 2) ÷ 4 = 2 m/s².

The distance is the area under this positive-velocity graph. Split it into a rectangle and a triangle: (2 × 4) + (½ × 4 × 8) = 24 m. The units help distinguish the answers: m/s describes velocity, m/s² describes acceleration, and m describes distance.

A better explanation is: ‘The trolley gains 2 m/s each second and travels 24 m in the four seconds.’ It connects the calculation to the motion instead of stopping at a number.

Try the same reasoning: a straight-line graph rises from 0 to 12 m/s in 3 s. The acceleration is 4 m/s² and the distance is 18 m. If the learner can explain the gradient and triangular area without copying the first solution, they are applying the method to new values.

Worked example: use circuit readings to test a claim

Edexcel’s circuit core practical includes investigating current and potential difference for components. Potential difference is the voltage across a component. A tutor can use the learner’s results to practise calculations and conclusions; the following measurements are constructed examples.

A resistor held at a constant temperature gives 1.2 V at 0.20 A and 2.4 V at 0.40 A. Using resistance = voltage ÷ current, the two readings give 6 Ω and 6 Ω. Here Ω means ohms, the unit of resistance.

‘The resistance doubled because the voltage doubled’ is the wrong conclusion: the current doubled too. A supported response is: ‘The readings are consistent with constant resistance over this range, because V/I is 6 Ω for both pairs.’

For a filament lamp, suppose a reading changes from 1.2 V at 0.20 A to 3.6 V at 0.50 A as the filament heats. Its resistance changes from 6 Ω to 7.2 Ω. Current has increased, but it has not increased in direct proportion to voltage. The hotter filament has greater resistance.

This is where practical preparation goes beyond remembering an apparatus diagram: identify the component, compare paired readings and explain what the evidence supports. For a curved current–voltage graph, calculate V/I at the chosen point; the local slope is not the resistance.

Prepare for explanations as well as calculations

The assessment balance is approximately 40% knowledge and understanding, 40% application, and 20% analysis and evaluation. A revision plan needs opportunities to recall a relationship, use it in a new situation and judge evidence. Knowing the topic name alone does not show which of these needs attention.

  • Equation sheets

    Equation sheets continue for the remaining life of the current England-regulated GCSE Physics specification. Use Pearson’s sheet for the learner’s qualification and exam series. Practise choosing and rearranging relationships, converting units and checking the result.

  • Practical questions

    1PH0 specifies eight core practicals, with practical knowledge and understanding tested in the written papers. Practise describing measurements, identifying variables, interpreting graphs and explaining improvements. Work through unfamiliar experiments as well as remembered ones.

  • A useful revision check

    After marking a question, name the difficulty: missing Physics knowledge, choosing the wrong relationship, a unit conversion, or an unsupported conclusion. Retry a similar question later without the worked solution.

Build lessons around work the learner can explain

For an isolated gap, start with a small set of related questions. For wider revision, use a mock or topic checklist to choose priorities across both papers. Agree how much independent work is realistic alongside school and other subjects.

  • For learners who find a dense question difficult, agree to read it in short parts, label the quantities and say the explanation aloud before writing.
  • For confident Higher learners, use the relevant Higher-only content and unfamiliar applications rather than simply increasing the number of routine questions.
  1. Bring the starting work

    Share the course code, tier, recent feedback and an attempted question, including incorrect working. A crossed-out calculation can reveal whether the problem is the concept, the equation or the arithmetic.

  2. Explain, then try a variation

    After a worked example, change a value or the situation and let the learner explain the next step. If rearranging an equation is the obstacle, practise that step separately before returning to the full Physics question.

  3. Check what carries over

    At the next review, look for less prompting, accurate units and explanations that use the question’s evidence. Use a fresh question to check understanding, then decide whether to revisit the topic or move on.

Use the introduction to compare teaching fit

Latimer offers a free introductory meeting to discuss goals, teaching approach and arrangements. Use it to decide how the learner and tutor would work together; it is an introduction rather than a full free lesson.

A useful tutor conversation is specific: ‘My child can substitute into an equation but gets stuck choosing one. How would you check where the difficulty starts?’ Ask about recent 1PH0 teaching, relevant tier experience and how the tutor would use the learner’s existing schoolwork. Check any teacher or examiner credential you particularly want against the individual’s stated experience.

Lesson setup
Latimer provides online one-to-one tuition. Microsoft Teams is the default platform; you and the tutor may agree another. Have a calculator, paper and the relevant question ready, and check that written working can be shared clearly.
Cost and arrangements
Tutors set their own rates, shown on their profiles. Lessons are billed on a pay-as-you-go basis after they take place. Agree the rate, lesson times, practice expectations and cancellation or rescheduling terms before starting.
Value for this learner
Compare the explanation and feedback the learner needs with the time and budget available. Set an initial review point so you can decide whether the lesson pattern still fits the work being done.

Use official resources with a clear purpose

Start with the 1PH0 specification to identify the content, then use Pearson’s assessment materials for the correct course and tier. Attempt a question before opening the mark scheme, compare the reasoning and revisit the mistake with a new question.

School support and these resources may meet the learner’s needs. One-to-one tuition is worth considering when a persistent difficulty needs an explanation or feedback that the learner has not yet found useful. Past-paper searches can mix GCSE, International GCSE and Combined Science resources, so check the qualification code on the paper itself.

Tell us where Edexcel Physics is getting difficult

Requesting a tutor match is free. Include 1PH0, the tier if known, the next assessment date and one or two topics or question types that need attention, along with your preferred lesson times. If you are unsure where to start, describe what happens when the learner attempts a Physics question.

Support and clarity

Frequently asked questions

Straight answers to the questions people ask most often.

Can we start if mocks are only a few weeks away?

Share the mock date and the topics your school has said it will assess. A tutor can help you choose a manageable priority, such as motion graphs or practical conclusions, rather than trying to cover the entire course immediately. Bring attempted work so the first teaching session can address a visible difficulty. Agree a realistic plan for the time available without assuming a particular grade change.

How often should we book Physics lessons?

Base the initial pattern on the size of the gaps, the next assessment, the learner’s capacity for practice and your budget. A single difficult topic and revision across both papers call for different plans. Agree when to review the arrangement and use independent attempts at new questions to decide whether the learner needs more support, a different focus or more time practising alone.

Can online tuition replace the school’s core practicals?

Online lessons can support practical reasoning, calculations and interpretation of results. They do not replace the centre’s responsibility for the required practical work. If the learner is home educated or entering privately, discuss practical provision with the exam centre before relying on a tutoring arrangement.

Can lessons help when reading the question is part of the difficulty?

Describe what the learner finds difficult and which classroom approaches already help. Discuss shorter instructions, time to process a question, labelled diagrams or talking through an answer before writing it. Ask the tutor about relevant experience and agree adaptations the learner can try.

Are in-person lessons an option?

Latimer is an online-first service. In-person tuition requires an individual arrangement, so include the location and travel requirements when enquiring if meeting face to face is essential.

Can this support preparation for A-level Physics?

If further Physics study is the goal, tell the tutor while keeping the current GCSE course and tier central. Review the learner’s algebra, use of units, graph interpretation and ability to explain unfamiliar problems. Check the intended sixth form or college’s own entry requirements when choosing the next course.

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