OCR GCSE Combined Science Physics A Paper 6 2025 Ms

Access the official OCR GCSE Combined Science A Gateway Science J250/06 Physics Paper 6 (Foundation Tier) June 2025 mark scheme PDF. This examiner-approved OCR document contains the exact accepted answers, mark allocations, AO1/AO2/AO3 assessment guidance, level descriptors, and examiner instructions used during marking for the June 2025 GCSE Physics examination series.

The mark scheme includes detailed answers and examiner guidance for wave speed and wavelength calculations, longitudinal sound waves, infra-red radiation, ionising electromagnetic waves, radioactive decay and half-life, alpha/beta/gamma penetration, specific heat capacity calculations, thermal insulation investigations, stopping distances, alternating and direct current, electrical power calculations, efficiency, and the National Grid. It also explains how OCR awards marks for calculations, graph interpretation, practical investigations, extended-response physics questions, and scientific terminology.

Use this OCR J250/06 mark scheme alongside the matching OCR GCSE Physics June 2025 question paper on markscheme.net for accurate self-assessment, timed mock-exam practice, and examiner-style revision. Fully updated for the 2025/2026 academic year and instantly downloadable for effective OCR GCSE Physics preparation.

This document is designed for OCR GCSE Physics students preparing for the 2026 examination series, especially Foundation Tier students studying OCR Combined Science A Gateway Science. It is ideal for Year 10 and Year 11 students, resit candidates, independent learners, and home-schooled students who want to understand exactly how OCR examiners award marks in GCSE Physics.

It is also highly valuable for GCSE Science teachers, tutors, intervention coordinators, revision-course providers, and parents supporting structured revision. The mark scheme can be used to model high-level answers, improve scientific terminology, analyse examiner expectations, strengthen AO1/AO2/AO3 exam skills, and identify common mistakes before the 2026 OCR GCSE Physics examinations.