AQA IAL Physics (9630) Past Papers

Browse past paper analysis, answer explanations, grade boundary estimates, and thinka-original sample papers by subject and year.

Papers
6
Latest year
2025

Available years: 2025, 2024, 2023

Jan 2025Difficulty 3.8/5

The Oxford AQA International AS and A-Level Physics January 2025 examination series (Papers PH01 to PH05) features a rigorous blend of structured derivations, intensive practical skill assessments, and conceptual multiple-choice questions. It tests core topics with a strong emphasis on wave superposition, experimental uncertainties, materials, and thermodynamics.

Jun 2025Difficulty 3.8/5

Consolidated analysis of the June 2025 Oxford AQA International AS/A-Level Physics series (Units 1, 2, 3, 4, and 5). The exams featured a rigorous blend of fundamental mechanics, waves, electromagnetism, fields, thermal physics, and practical skills. Outstanding features include the deep emphasis on experimental uncertainties and graphical slope analysis in Unit 5.

Jan 2024Difficulty 3.8/5

A comprehensive and rigorous examination across five units, testing deep conceptual understanding of mechanics, materials, atoms, electricity, waves, fields, and thermodynamics, alongside high-stakes practical and mathematical skills.

Jun 2024Difficulty 3.8/5

An analytical breakdown of the June 2024 Oxford AQA International AS/A-Level Physics series (Units 1 to 5). The exams tested core mechanics, materials, atoms, electricity, waves, fields, and energy resources, featuring challenging practical uncertainty calculations, complex projectile trigonometry, and multi-stage nuclear fusion binding energy calculations.

Jan 2023Difficulty 3.9/5

A highly comprehensive evaluation of the January 2023 International A-Level Physics series, identifying key mathematical challenges, practical experiment design prerequisites, and core examiner expectations.

Jun 2023Difficulty 4.0/5

A comprehensive analysis of the Oxford AQA International A-Level Physics (9630) June 2023 examination series across Units 1 to 5. The papers feature a strong emphasis on practical uncertainties, multi-step derivation problems, and core concepts in mechanics, fields, electricity, and nuclear physics.

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