As Level Physics Past Papers Jun 2026

Depending on your region and school, you are likely following one of these major boards. You can find their papers on their official websites or dedicated revision sites like Save My Exams or Physics & Maths Tutor .

Here are some top tips for getting the most out of AS Level Physics past papers:

In this guide, we’ll explore why past papers are your best friend, how to use them effectively, and where to find the best resources for your exam board. Why Past Papers are Essential for AS Physics 1. Familiarity with Question Styles as level physics past papers

Past papers break down these silos. A question might present a scenario involving a particle accelerator, requiring knowledge of magnetic fields (circular motion) alongside electric fields (work done). By navigating these multi-step problems, students develop heuristic problem-solving strategies. They learn to deconstruct complex scenarios into manageable components—identifying known variables, selecting appropriate equations, and checking the dimensional consistency of their answers. This mirrors the scientific method itself, fostering a resilience and analytical mindset that is valuable far beyond the examination hall.

A Pearson correlation of ( r = 0.82 ) was found between number of past papers completed (with active review) and mock exam score. Depending on your region and school, you are

Rating: 5/5 stars

Get to know your data and formulae booklet inside out. You shouldn't waste time looking for the value of the Planck constant or the SUVAT equations during the test. Why Past Papers are Essential for AS Physics 1

Unlike theory, Paper 3 (Practical) demands real-time error analysis. Examiner reports consistently note that students fail to identify systematic vs. random errors. Past paper practical questions, combined with mark schemes, build this discrimination skill.

In a textbook, the concept of percentage uncertainty may seem abstract. However, in a past paper, a student might be asked to calculate the uncertainty in a derived quantity, such as the resistivity of a wire, requiring them to combine percentage uncertainties multiplicatively. Furthermore, past papers uniquely address the presentation of data. The skill of drawing a line of best fit that minimizes random error, or determining the gradient of a curve with appropriate significant figures, can only be mastered through the repetitive, practical application found in exam papers. They teach students that in physics, an answer is incomplete without an appreciation of its precision.