OCR As Further Mathematics A Mechanics Paper 1 2025 Paper

Get the official OCR AS Level Further Mathematics A Y533/01 Mechanics question paper from the June 2025 exam series. This examiner-authentic PDF contains the complete set of OCR assessment questions covering impulse, momentum, power, circular motion, dimensional analysis, energy methods and collisions exactly as candidates received them in the live examination.

This OCR Y533/01 June 2025 question paper includes questions on impulse exerted by a cricket bat, work-energy principles involving constant resistance, taut-string collisions between particles, power and resistance modelling for vehicles and dimensional analysis for circular motion. The paper also explores advanced AS Further Mathematics mechanics topics including coefficients of restitution, vertical circular motion, energy conservation, frictional power on inclined planes and Newton’s second law in circular motion systems. Students must apply rigorous mechanics reasoning to derive equations, analyse motion under varying resistive forces and justify conclusions involving complete circular motion. Designed to test mathematical modelling, applied calculus and analytical mechanics reasoning under timed conditions, this paper is ideal for OCR AS Further Mathematics revision and exam preparation. Pair it with the matching OCR Y533/01 June 2025 mark scheme on markscheme.net for complete examiner-standard revision and worked-solution practice. Updated for the 2025/2026 academic year, mobile-friendly and instantly downloadable from markscheme.net.

This document is designed for OCR AS Level Further Mathematics students preparing for the 2026 examination series, including independent learners, resit candidates and high-achieving mathematics students seeking authentic OCR exam practice in Further Mechanics.

Teachers, tutors, sixth-form mathematics departments and revision-course providers can use this OCR Y533/01 paper for timed mock examinations, mechanics-modelling workshops, circular-motion lessons, dimensional-analysis seminars and energy-method problem-solving practice. It is especially valuable for students aiming to strengthen applied-mechanics reasoning, mathematical modelling and multistep analytical problem-solving under real exam conditions.