Create a formula sheet organised by topic, motion, forces, energy, waves, electricity, thermal physics. For each formula, practise three things: writing it from memory, rearranging it for each variable, and applying it to a worded problem. Cambridge examiners reward correct substitution and clear working more than just the final answer.

Motion, forces and energy carry the highest weightage, followed by electricity and magnetism, waves, and thermal physics. Nuclear physics and space physics appear less frequently but are still tested. Your Diagnostic Report will show your strengths and weaknesses across these topics so you can prioritise effectively.

Yes. The mock exams test practical skills including describing how to set up experiments, identifying independent and dependent variables, suggesting improvements to methods, and analysing experimental data. You will be asked to draw and interpret graphs, calculate gradients, and evaluate the reliability of results.

You will be given data tables and asked to plot points, draw a line of best fit, and calculate the gradient. Cambridge examiners expect a sharp pencil, a ruler, and points plotted as neat crosses. The gradient calculation must show the full working, choose two points on the line (not data points), show the triangle, and state the units.

Identify the chapters where your calculation accuracy dropped below 70%. For each, list the specific formulas you misapplied. Spend one session per formula: write it, rearrange it, and solve five past paper questions that use it. Retake that mock chapter and compare your score. This targeted approach fixes weaknesses faster than general revision.

Do not just read the formula sheet. Cover it and write each equation from memory. Then practise applying it to a question where the quantity you need is not the subject. For example, if you know v = u + at, can you find t when given v, u, and a? Method marks are awarded even when the final answer is incorrect, provided the working is shown clearly.

Students forget to convert kilometres to metres, minutes to seconds, or grams to kilograms before substituting into formulas. Another common error is giving answers to three significant figures when the data only supports two. Cambridge mark schemes are strict on units, a missing unit loses the mark even if the number is correct.

The most frequent error is performing the same operation on only one side of the equation. For example, when rearranging v² = u² + 2as to find a, students subtract u² but forget to divide by 2s. Write each step clearly and check that you have done the same thing to both sides. Practise rearranging every formula on your syllabus until it feels natural.

Revision notes build your conceptual understanding. Mock exams test whether you can recall and apply that knowledge under timed pressure. Your Diagnostic Report identifies specific gaps. Past papers then refine your timing and exam technique. Together, they form a complete preparation cycle that builds both knowledge and confidence.

Speed comes from pattern recognition. When you have solved 50 acceleration questions, you stop thinking about which formula to use, your brain recognises the pattern and retrieves the method automatically. Aim to solve at least ten numerical problems per topic. Time yourself. Your goal is to complete each calculation in under two minutes.