A-Level Physics Study Guide

Independent A-Level Physics study guide for mechanics, waves, electricity, fields, nuclear physics, thermal physics, and practical skills.

Independent resource: Independent study resource. Not affiliated with or endorsed by AQA, Pearson Edexcel, OCR, WJEC, CCEA, or any examining body. Always confirm current exam rules, official specifications, and official practice materials with the relevant exam body.

A-Level Physics preparation works best when specification points become explainable physical models. You should be able to define each quantity, give the relevant equation, state the assumptions, sketch the graph, and explain the result in words.

This guide is independent and is not affiliated with, endorsed by, or sponsored by AQA, Pearson Edexcel, OCR, WJEC, CCEA, or any examining body. Always check your own board specification, required practical list, data booklet, and official past papers.

Study Path

Year 12 Foundation

Measurements, uncertainties, mechanics, materials, waves, electricity, and basic particle physics.

Year 13 Extension

Circular motion, simple harmonic motion, thermal physics, gravitational fields, electric fields, magnetic fields, capacitance, nuclear physics, and optional topics.

Practical Skills

Uncertainty, graph gradients, intercepts, log plots, significant figures, and evaluating limitations.

Topics, Formulas, and Calculators

Use this section to move from concept review to formula practice. Each topic links to a guide plus calculators that show units and variable meanings.

Original Practice Prompts

These are original concept checks written for this site. They are not official exam questions and should not be treated as a replacement for official practice materials.

Prompt: A graph of extension against force is linear at first and then curves. What limit has likely been exceeded?

Check: The limit of proportionality; Hooke's law no longer applies in the curved region.

Prompt: Why should a gradient calculation include units?

Check: Because the gradient often represents a physical quantity, and its units confirm the interpretation.

Common Mistakes

  • Substituting numbers before converting units.
  • Using a formula without checking its assumptions.
  • Ignoring vector direction, sign convention, or reference level.
  • Memorising answer patterns instead of explaining the physical model.
  • Using unofficial summaries for current exam policy instead of the exam body's own materials.

FAQ

Is this specific to AQA, Edexcel, or OCR?

No. It covers common A-Level Physics ideas. Check your own board for exact wording, option units, and practical requirements.

Does A-Level Physics require calculus?

Basic calculus can help, especially for deeper understanding of motion, fields, and SHM, but board expectations vary. Follow your specification.

Are past-paper questions reproduced here?

No. This guide uses original prompts and links to concepts, formulas, and calculators. Use official board sites for official past papers.

Related Learning