Skip to content
Android waitlistTry on iPad
Get started

Vectors in two dimensions: Edexcel A‑Level Maths questions

Edexcel A-Level Maths past-paper questions on 10.1 Vectors in two dimensions, 2010–2025, with mark schemes and examiner’s reports where available. Add MadAsMaths questions to your practice, or browse them separately by topic and difficulty.

Questions from
Paper
All papers
Exam
All years

1,254 questions

  1. Q14

    June 2025 · Pure 2

    The whole paper ↗

    Loading the question…

    Open the full PDF
  2. Loading the question…

    Open the full PDF
  3. Q3

    June 2024 · AS Pure

    The whole paper ↗

    Loading the question…

    Open the full PDF
  4. Q6

    June 2023 · Pure 2

    The whole paper ↗

    Loading the question…

    Open the full PDF
  5. Q13

    June 2023 · AS Pure

    The whole paper ↗

    Loading the question…

    Open the full PDF
  6. Q3

    June 2022 · AS Pure

    The whole paper ↗

    Loading the question…

    Open the full PDF
  7. Q4

    November 2021 · AS Pure

    The whole paper ↗

    Loading the question…

    Open the full PDF
  8. Q2

    November 2020 · Pure 2

    The whole paper ↗

    Loading the question…

    Open the full PDF
  9. Q2

    November 2020 · AS Pure

    The whole paper ↗

    Loading the question…

    Open the full PDF
  10. Q10

    June 2019 · Pure 2

    The whole paper ↗

    Loading the question…

    Open the full PDF
  11. Loading the question…

    Open the full PDF
All 11 questions on Vectors in two dimensions, as a list
  1. June 2025, Pure 2, Q14 (8 marks): A B C D Not to scale Figure 4 In this question you must show detailed reasoning. Figure 4 shows a trapezium ABCD where AD is parallel to BC Given that • AB → =
  2. June 2025, AS Pure, Q3 (6 marks): Relative to a fixed origin O • the point A has coordinates (3, –8) • the point B is such that AB → = –5i + 2j (a) Find the exact value of ½OB →½ (3) (b) Find th
  3. June 2024, AS Pure, Q3 (8 marks): Relative to a fixed origin O, • point P has position vector 9i – 8j • point Q has position vector 3i – 5j (a) Find PQ → (2) Given that R is the point such that
  4. June 2023, Pure 2, Q6 (6 marks): Relative to a fixed origin O, • A is the point with position vector 12i • B is the point with position vector 16j • C is the point with position vector (50i + 1
  5. June 2023, AS Pure, Q13 (7 marks): Relative to a fixed origin O • point A has position vector 10 3 i j − • point B has position vector 8 9 i j • point C has position vector 2 i j p where p is a c
  6. June 2022, AS Pure, Q3 (6 marks): The triangle PQR is such that PQ → = 3i + 5j and PR → = 13i − 15j (a) Find QR → (2) (b) Hence find ½QR →½ giving your answer as a simplified surd. (2) The point
  7. November 2021, AS Pure, Q4 (5 marks): [In this question the unit vectors i and j are due east and due north respectively.] A stone slides horizontally across ice. Initially the stone is at the point
  8. November 2020, Pure 2, Q2 (3 marks): Relative to a fixed origin, points P, Q and R have position vectors p, q and r respectively. Given that ● P, Q and R lie on a straight line ● Q lies one third o
  9. November 2020, AS Pure, Q2 (6 marks): [In this question the unit vectors i and j are due east and due north respectively.] A coastguard station O monitors the movements of a small boat. At 10:00 the
  10. June 2019, Pure 2, Q10 (6 marks): A B O Figure 7 Figure 7 shows a sketch of triangle OAB. The point C is such that OC | = 2OA |. The point M is the midpoint of AB. The straight line through C an
  11. June 2019, AS Pure, Q16 (5 marks): (i) Two non-zero vectors, a and b, are such that µa + b µ= µ a µ+ µ b µ Explain, geometrically, the significance of this statement. (1) (ii) Two different ve

Questions, mark schemes and examiner’s reports are © Pearson Edexcel, from their published past papers. Plumi isn’t affiliated with any exam board. Want whole papers? Edexcel A-Level Maths past papers, or our free Edexcel-style practice pack.

The Plumi iPad app also offers exam-style questions with AI feedback on your handwritten working.