AQA A Level Physics Paper 1 2025 Question Paper

Download the official AQA A-Level Physics Paper 1 question paper from the May 2025 examination series (7408/1). This examiner-authentic PDF contains the complete set of Paper 1 questions covering particles and radiation, waves, mechanics and materials, electricity, and periodic motion for the AQA A-Level Physics specification. The paper includes both structured written questions and multiple-choice questions designed to assess calculation skills, practical understanding, data analysis, and advanced problem-solving techniques required for top A-Level Physics grades.

This 85-mark paper features questions on electron capture, stationary waves on stretched wires, SHM graphs, Young modulus, electric vehicle battery modules, projectile motion, circular motion on banked tracks, fluorescent tube emission spectra, photoelectric effect calculations, diffraction gratings, de Broglie wavelength, resistivity, resonance, and hydrogen energy levels. The PDF also contains detailed diagrams, graphs, and practical-style investigation questions commonly used in AQA assessments. Ideal for timed practice, mock examinations, topic revision, and exam-technique improvement before the 2026 A-Level Physics exams. Pair this paper with the matching mark scheme on markscheme.net to check answers, understand examiner expectations, and improve performance using real AQA standards.

This document is intended for A-Level Physics students studying the AQA 7408 specification, especially Year 13 students preparing for the 2026 examination series. It is highly valuable for students aiming for top grades in Physics who want realistic exam practice using authentic AQA assessment materials and examiner-style question structures.

The paper is also useful for teachers, tutors, revision centres, sixth-form colleges, and independent learners who need official exam-standard resources for mock exams, classroom assessments, homework practice, topic testing, and intensive revision sessions. Home-schooled students and retake candidates can use the paper to improve confidence with calculations, multi-step problem solving, graph interpretation, and applied practical questions under timed conditions.