OCR GCSE Physics B Paper 4 2025 Question Paper

Get the official OCR GCSE (9–1) Physics B Twenty First Century Science J259/04 Depth 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 Monday 16 June 2025, including all original OCR graphs, calculations, insulation experiments, momentum questions, radioactivity tasks, circuit diagrams, and extended-response problems exactly as presented to candidates in the live examination.

This OCR GCSE Physics J259/04 June 2025 question paper covers key Higher Tier Physics topics including Newton’s third law, contact forces, UV radiation, sunscreen investigations, alpha decay, radioactive half-life, thermal insulation, moments, gears, series and parallel circuits, power calculations, star formation, gravity, kinetic energy, momentum, electromagnetic waves, radio transmitters, and telecommunications. 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 J259/04 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 multi-step 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.