AQA AS Further Mathematics Paper 1 7366/1 2025 QP AQA AS Further Mathematics Paper 1 7366/1 2025 QP

AQA / AS Level

AQA As Further Mathematics Paper 1 7366/1 2025 Qp


Download AQA As Further Mathematics Paper 1 (7366/1) May 2025 Question Paper Pdf. Free Instant Access.
Description

Get the official AQA AS Further Mathematics Paper 1 question paper from the May 2025 series (7366/1), sat on the afternoon of Monday 12 May 2025. This free downloadable PDF reproduces every question in its original exam layout across all 16 questions and 80 marks, exactly as candidates encountered them in the live sitting — complete with mark allocations, diagrams, and working space.

Use it to attempt full timed mocks at AS Further Mathematics standard before the 2026 series. The paper spans complex numbers in Cartesian and modulus-argument form, hyperbolic functions and their inverses, roots of polynomial equations, matrices and transformations in 2D and 3D, the method of differences, rational inequalities, polar coordinates and areas, volumes of revolution, and proof by induction — giving comprehensive coverage of the AQA 7366 Year 12 content. Pair it with the matching AQA 7366/1 May 2025 mark scheme on markscheme.net for end-to-end exam practice. Updated for the 2025/2026 academic year, optimised for mobile and desktop, and instantly downloadable from markscheme.net — your fastest route to top-grade AS Further Mathematics revision.

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Who is this Document for ?

This question paper is essential for Year 12 students sitting AQA AS Further Mathematics (7366) in the 2026 series, students retaking the AS qualification targeting A/A* grades, and home-educated learners following the AQA specification independently. It is equally valuable for candidates using the AS qualification as a stepping stone to A-Level Further Mathematics, who need timed, full-paper practice on the discrete Year 12 content at the correct exam standard.

Teachers of AS Further Mathematics, sixth-form heads of department, and private tutors will find this paper indispensable for setting authentic 1 hour 30 minute timed mocks, delivering mark-scheme walkthrough sessions, moderating student performance across a cohort, and identifying persistent misconceptions in topics such as complex number loci, hyperbolic identities, and inductive proof. Revision-course providers and parents supporting self-study at home will also benefit from the original AQA question format and mark allocation.

What you will learn ?
How AQA structures the 80-mark AS Further Mathematics Paper 1, including the split between short multiple-choice-style questions (Questions 1–5) and extended-response questions carrying up to 6 marks — so you understand exactly where method marks are available in the June 2026 sitting.
Examiner-approved question formats for complex numbers in Cartesian form and modulus-argument form, covering multiplication, division, powers, conjugate roots of quadratic equations with real coefficients, and loci on an Argand diagram — core 7366 topics flagged for high mark yield.
Real exam-format problems on hyperbolic functions and their inverses, including the derivation and application of tanh⁻¹x in logarithmic form, and solving equations of the form a·sinh x + b·cosh x = c using exponential definitions — common student errors flagged in the May 2025 series so you can pre-empt them before the 2026 exam.
The exact accepted working for roots of polynomial equations via Vieta's formulae (sum of products of roots) for quartic equations, matrix algebra including 2×2 and 3×3 transformations, inverse matrices, and the result (AB)⁻¹ = B⁻¹A⁻¹ — topics that recur across every recent AQA 7366 series.
Mark-scheme expectations on the method of differences, telescoping series proofs, and manipulation of summation limits — including the extension to bounds of the form r = c to 2c — common student errors flagged in the May 2025 series so you can pre-empt them before the 2026 exam.
How AQA awards marks for proof by mathematical induction in the context of matrix identities, covering all four required stages (base case, assumption, inductive step, conclusion) to the standard expected at AS level.
Real exam-format problems on polar coordinates, including converting polar equations to Cartesian form, sketching polar graphs, finding intersection points, and calculating areas using ½∫r²dθ — alongside volumes of revolution and rational function inequalities as tested in May 2025.
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