OCR GCSE Physics B Paper 3 2025 Question Paper

Get the official OCR GCSE (9–1) Physics B Twenty First Century Science J259/03 Breadth in Physics Higher Tier question paper from the June 2025 examination series. This downloadable PDF contains the complete 90-mark OCR GCSE Physics B Higher Tier exam sat on Thursday 22 May 2025, including all original OCR graphs, calculations, motion diagrams, wave investigations, magnetic-field questions, and extended-response tasks exactly as presented to candidates in the live examination.

This OCR GCSE Physics J259/03 June 2025 question paper covers key Higher Tier Physics topics including acceleration, speed–time graphs, nuclear fission, radioactive decay, half-life, Hooke’s Law, energy storage in springs, reflection and refraction, electromagnetic waves, sound-wave speed, magnetic fields, loudspeakers, electromagnetic induction, satellite motion, pressure in liquids, density, and orbital mechanics. Use this paper to practise under timed exam conditions, strengthen Higher Tier problem-solving skills, and prepare effectively for the 2026 OCR GCSE Physics exams. Pair it with the matching OCR J259/03 June 2025 mark scheme on markscheme.net for examiner-standard self-assessment and complete revision support.

This document is designed for OCR GCSE (9–1) Physics students preparing for the 2026 examination series, including Higher Tier candidates, high-achieving Year 10 and Year 11 learners, resit students targeting grades 7–9, and home-schooled students studying the OCR Twenty First Century Science Physics B specification. It is especially useful for learners who want realistic Higher Tier exam practice using official OCR-style questions and advanced problem-solving tasks from the live June 2025 series.

Teachers, science departments, tutors, intervention coordinators, revision-course providers, and homeschooling parents can use this paper for mock exams, timed assessments, retrieval-practice activities, Higher Tier intervention lessons, revision workshops, and examiner-style exam-technique preparation ahead of the 2026 OCR Physics exams.