OCR Gateway GCSE Physics A (J249) is assessed by two 1 hour 45 minute papers of 90 marks each, at Foundation (Papers 1 and 2) or Higher tier (Papers 3 and 4). Our OCR GCSE Physics A course follows the J249 specification and covers matter, forces, electricity, magnetism, waves and radioactivity, energy, global challenges and practical skills. You prepare for the two 1 hour 45 minute papers at foundation or higher tier, and the practical activity groups. Lessons are live and one-to-one with a verified subject tutor, who works through exam-style questions with you, marks your answers against the OCR mark scheme and shows you where marks are won and lost. Suitable for foundation and higher tier students in Year 10 and Year 11, and for resits.
Reviewed by K. Sharma, Master's in Physics, Maharishi Dayanand UniversityLast updated
$14 – $50
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What you will learn
Prerequisites
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Course structure
In short: this course gives one-to-one online tutoring for OCR GCSE Physics A (Gateway Science, J249) at Foundation and Higher tier. A verified physics tutor teaches every topic, the practical activity groups and exam technique, using OCR past papers and mark schemes.
OCR GCSE Physics (J249) is the separate-science GCSE in physics from OCR (Oxford Cambridge and RSA), usually taken at the end of Year 11. It is graded 9 to 1 and offered at Foundation tier (grades 5 to 1) and Higher tier (grades 9 to 4).
This course covers the full J249 specification one to one with a verified physics tutor, so lessons focus on the topics and question types that cost you marks.
Official specification: OCR Gateway Physics A J249.
For wider support, see our physics tutoring page, or the AQA GCSE Physics course if your school follows AQA.
OCR Gateway Physics A is assessed by two written papers on one tier: Papers 1 and 2 at Foundation (grades 5 to 1) or Papers 3 and 4 at Higher (grades 9 to 4). Each paper is 1 hour 45 minutes, worth 90 marks and 50% of the GCSE, and the second paper includes synoptic questions.
| Paper | Tier | Marks | Time | Content |
|---|---|---|---|---|
| Paper 1 | Foundation | 90 | 1 hour 45 minutes | Topics P1–P4 and P9 |
| Paper 2 | Foundation | 90 | 1 hour 45 minutes | Topics P5–P8 and P9, assuming P1–P4 |
| Paper 3 | Higher | 90 | 1 hour 45 minutes | Topics P1–P4 and P9 |
| Paper 4 | Higher | 90 | 1 hour 45 minutes | Topics P5–P8 and P9, assuming P1–P4 |
The topics are P1 matter, P2 forces, P3 electricity, P4 magnetism and magnetic fields, P5 waves in matter, P6 radioactivity, P7 energy, P8 global challenges and P9 practical skills.
GCSE science assessment objectives are weighted 40% knowledge and understanding (AO1), 40% application (AO2) and 20% analysis, interpretation and evaluation (AO3), so most marks come from applying ideas in unfamiliar contexts.
| Objective | What it tests | Weighting |
|---|---|---|
| AO1 | Knowledge and understanding of scientific ideas and techniques | 40% |
| AO2 | Applying knowledge and understanding | 40% |
| AO3 | Analysing, interpreting and evaluating information and evidence | 20% |
OCR Gateway uses practical activity groups (PAGs) rather than a fixed list of required practicals, and practical skills are assessed in the written papers. Tutors cover the methods, variables, risks and typical questions for each PAG, such as specific heat capacity, resistance, waves and density.
Here is a typical calculation: a 1,200 kg car travels at 15 m/s. Calculate its kinetic energy.
| Step | Working |
|---|---|
| Equation | Ek = ½ × m × v² |
| Substitute | 0.5 × 1,200 × 15² |
| Answer | 135,000 J (135 kJ) |
Students most often lose physics marks through rearranging errors, missed unit conversions, wrong significant figures, missing units and explanations without principles.
| Mark-loser | What to do instead |
|---|---|
| Rearranging errors | Rearrange before substituting |
| Unit conversions missed | Convert to SI units first |
| Wrong significant figures | Match the data given |
| Missing units | Give units with every answer |
| Explanations without principles | Name the law or idea |
OCR offers two GCSE science suites: Gateway Science (A) and Twenty First Century Science (B). This course follows Gateway Physics A (J249). If your school uses Twenty First Century Science or OCR Combined Science, tell your tutor and lessons will follow your specification.
Lessons are live and one to one on video with a shared whiteboard. Your tutor starts with a quick diagnostic, plans lessons around your weakest topics, sets exam-style questions between sessions and marks them against the OCR mark scheme. Suitable for Year 10 and 11 students, resit candidates and home-schooled students. For specific questions, try homework help or see our Physics subject page.
OCR GCSE Physics past papers show you how Gateway Physics A is examined, and this course pairs them with live 1-to-1 lessons on every J249 topic and practical activity group.
This course suits Year 10 and Year 11 students on OCR Gateway Physics A, at Foundation or Higher tier.
Prerequisites: basic science, maths and algebra, and reading simple graphs and tables.
Course length: 45 one-hour lessons across 8 topics.
| Stage | Topics | What you can do afterwards |
|---|---|---|
| 1 | Matter; forces | Solve density and motion calculations |
| 2 | Electricity; magnetism and magnetic fields | Solve circuit problems and explain motors |
| 3 | Waves in matter; radioactivity | Explain waves and radioactive decay |
| 4 | Energy; global challenges | Solve energy calculations and answer synoptic questions |
Where it leads: see the AQA GCSE Physics course if your school follows AQA, or our physics tutoring page.
The specification code is J249.
Two papers per tier, each 1 hour 45 minutes and worth 90 marks: Papers 1 and 2 for Foundation, 3 and 4 for Higher.
Practical activity groups are the categories of practical work you must complete. Practical skills are then assessed in the written exams.
P1 Matter; P2 Forces; P3 Electricity; P4 Magnetism and magnetic fields; P5 Waves in matter; P6 Radioactivity; P7 Energy; P8 Global challenges; P9 Practical skills.
They are two different OCR science suites with different content and approaches. Check which one your school uses.
Foundation gives access to grades 5 to 1 and Higher to grades 9 to 4.
Yes. Tutors follow your OCR combined science specification and tier.
Learn the methods, variables and common errors for each PAG and practise evaluation questions.
The price depends on the tutor and session length. You see the hourly rate before booking, with no subscription.
Yes. Tutors use OCR-style questions and mark them against the mark scheme.
Learn the equations you must recall and practise rearranging them, then answer past-paper questions topic by topic and mark them with the OCR mark scheme. Give extra time to practical skills and to longer explanation questions, which carry many marks. Your tutor builds a weekly plan around your weakest topics and your exam date.
AO1 knowledge and understanding (40%), AO2 application (40%) and AO3 analysis, interpretation and evaluation (20%).
Questions in the second paper that draw on knowledge from across the whole course, not just the topics listed for that paper.
Yes. Tutors follow the Twenty First Century Science specification if that is your course.
Yes. Tutors help resit students focus on the topics and question types that will lift their grade.
P1 matter, P2 forces, P3 electricity, P4 magnetism and magnetic fields, P5 waves in matter, P6 radioactivity, P7 energy, P8 global challenges and P9 practical skills.
Use Ek = ½mv². For a 1,200 kg car at 15 m/s, Ek = 135,000 J.
OCR publishes recent OCR GCSE Physics A past papers, mark schemes and examiner reports on its website, and schools can access more through their secure portals. Use them under timed conditions, then mark your answers carefully with the mark scheme. Your tutor sets past-paper questions topic by topic, then full timed papers closer to your exam.
OCR publishes grade boundaries for OCR GCSE Physics A after each exam series, and they change from year to year with paper difficulty. They show the raw marks needed for each grade. Your tutor marks full past papers and compares your scores with recent boundaries to estimate your grade and target the topics that matter most.
Weekly lessons suit most students; add extra sessions before mocks and final exams.
Start with questions on one topic while you are learning it, then move to full timed OCR GCSE Physics past papers near your exam. Mark each answer with the mark scheme and note where marks were lost. Your 1-to-1 tutor uses those notes to plan your next lessons.
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