AQA A Level Physics Paper 2 2025 Question Paper

Download the official AQA A-Level Physics Paper 2 question paper from the June 2025 examination series (7408/2). This examiner-authentic PDF contains the complete Paper 2 assessment covering thermal physics, electric and magnetic fields, capacitors, electromagnetism, nuclear physics, gravitational fields, radioactive decay, circular motion in magnetic fields, transformers, oscilloscopes, and particle interactions from the AQA A-Level Physics specification.

This 85-mark paper includes structured calculation questions, extended written explanations, practical-data interpretation, graph analysis, and multiple-choice questions designed to test advanced mathematical reasoning and conceptual Physics understanding under real AQA exam conditions. Major topics featured in the paper include electron diffraction and nuclear radius estimation, ideal-gas kinetic theory, RTG power systems using plutonium-238 decay, orbital mechanics involving Saturn and Titan, capacitor charging and discharging circuits, plasma torus ion motion around Jupiter, electric field strength between charged particles, transformers, induced emf, oscilloscope waveform analysis, gamma decay energy levels, and nuclear fission concepts.

The paper also contains realistic application-style questions involving Mars exploration vehicles, laser vaporisation of ice, planetary gravitational potential graphs, and magnetic-field motion of ions. Ideal for timed practice, mock examinations, exam-technique training, and advanced revision before the 2026 A-Level Physics examinations. Pair this paper with the matching AQA 7408/2 mark scheme on markscheme.net to check answers, analyse examiner expectations, and improve performance using authentic AQA standards.

This document is designed for AQA A-Level Physics students studying the 7408 specification, particularly Year 13 students preparing for the 2026 examination series who want realistic practice using official examiner-authentic assessment materials. It is especially valuable for students targeting high grades who need experience solving advanced Physics calculations, interpreting graphs, and applying multiple concepts under timed exam conditions.

The paper is also highly useful for Physics teachers, tutors, sixth-form colleges, revision centres, home-schooled learners, and retake candidates who require official AQA exam-standard resources for mock examinations, classroom testing, homework assignments, topic assessments, and intensive revision programmes. It helps students improve mathematical fluency, practical-data interpretation, written scientific explanations, and problem-solving confidence before the 2026 exams.