OCR A Level Further Maths Paper 1 Technology 2025 Ms

Access the official OCR A Level Further Mathematics B (MEI) Y436/01 Further Pure with Technology mark scheme for the June 2025 examination series. This official OCR examiner mark scheme PDF contains complete worked solutions, detailed differential equation methods, modular arithmetic proofs, Euler’s theorem applications, Runge–Kutta spreadsheet modelling, parametric curve analysis, tangent and normal derivations, and examiner-approved mark allocations used during live OCR assessment.

The mark scheme covers advanced Further Pure with Technology topics including parametric equations, Cartesian transformations, implicit differentiation, normal equations, envelope curves, modular arithmetic, Fermat’s little theorem, Euler’s totient function, proof by contradiction, ordinary differential equations, integrating factors, numerical methods, Runge–Kutta iteration techniques, spreadsheet modelling, tangent fields, and advanced graph interpretation.

This OCR Y436/01 June 2025 mark scheme is ideal for OCR Further Mathematics students revising Further Pure with Technology content, teachers delivering OCR MEI Further Maths lessons, tutors supporting numerical methods and differential equations, and independent learners practising exam-standard proof and modelling questions. Students can use this PDF alongside the OCR Y436/01 question paper to improve mathematical communication, understand OCR mark allocation methods, and learn the exact reasoning structure expected in high-mark analytical and modelling questions.

Optimised for 2025 and 2026 OCR Further Mathematics revision, this downloadable PDF helps learners strengthen understanding of parametric curves, Euler’s theorem, modular arithmetic, differential equations, integrating factors, numerical approximation, Runge–Kutta methods, spreadsheet modelling, and proof techniques while developing confidence with official OCR examiner expectations and mark scheme standards.

This document is designed for OCR A Level Further Mathematics students studying the Further Pure with Technology module within the OCR MEI specification, including Year 13 students preparing for 2026 examinations, resit candidates, sixth form learners, home education students, and advanced mathematics students targeting top grades in OCR Further Mathematics.

It is also valuable for teachers, mathematics departments, tutors, revision providers, and Further Mathematics specialists using OCR Technology and Numerical Methods materials for classroom teaching, mock examinations, examiner-style marking, spreadsheet modelling exercises, and advanced mathematical reasoning practice.