Mechanics tutoring for Cambridge, IB and AP

A Mechanics problem often becomes difficult before the calculation begins. You need to decide which forces act, what assumptions the model makes and which principle will lead to a solution. An error at that stage can carry through several lines of otherwise correct working.

We help you make those decisions deliberately. Your tutor works through the diagram and assumptions with you, then asks you to explain why each equation applies. A connected-particle problem or an unfamiliar energy question becomes easier to approach when you can account for each step.

For the AS and A Level Mechanics component, we work on force diagrams, equilibrium, straight-line motion, momentum, and work and energy. You practise translating a physical situation into equations, keeping directions consistent and checking what the model allows you to assume.

Further Mechanics extends the work to topics such as projectile motion, rigid-body equilibrium, circular motion and elastic strings and springs. Lessons can examine how these ideas combine in a longer problem, including the calculus needed when a force varies. Share your course and chosen papers so we can plan at the right level.

For IB Physics, tuition can focus on the motion, forces, momentum and energy topics in your Diploma course. Higher Level students also encounter rigid-body mechanics. We work at your level and practise connecting diagrams, calculations and written explanations.

AP Physics C: Mechanics uses calculus. Lessons can help you apply differentiation and integration to motion and forces, alongside the course work on energy, momentum, rotation and oscillations. Your tutor connects the mathematics to the physical meaning, so you can explain the result as well as calculate it.

Revision includes questions that combine topics or describe a situation you have not seen before. You practise deciding where to start, choosing between force, energy and momentum methods, and carrying a result into the next part of the problem.

When reviewing a past-paper answer, we check the model, reasoning and calculations separately. A misplaced force, an inconsistent sign and an integration error need different attention. After working through the difficulty, you attempt another problem independently. Timed practice helps you organise a complete solution under exam conditions.