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Vectors: Edexcel International A Level Maths questions

Every Edexcel International A Level Maths exam question on P4.7 Vectors, 2019–2025, with its mark scheme and examiner’s report.

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1,251 questions

  1. Q6

    June 2025 · Pure 4 (P4)

    The whole paper ↗
  2. Q8

    June 2025 (A) · Pure 4 (P4)

    11 marksP4.7 Vectors
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  3. Q8

    January 2025 · Pure 4 (P4)

    12 marksP4.7 Vectors
    The whole paper ↗
  4. Q8

    October 2024 · Pure 4 (P4)

    10 marksP4.7 Vectors
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  5. Q2

    June 2024 · Pure 4 (P4)

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  6. Q6

    June 2024 · Pure 4 (P4)

    10 marksP4.7 Vectors
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  7. Q6

    January 2024 · Pure 4 (P4)

    14 marksP4.7 Vectors
    The whole paper ↗
  8. Q6

    October 2023 · Pure 4 (P4)

    10 marksP4.7 Vectors
    The whole paper ↗
  9. Q4

    June 2023 · Pure 4 (P4)

    10 marksP4.7 Vectors
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  10. Q6

    January 2023 · Pure 4 (P4)

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  11. Q3

    October 2022 · Pure 4 (P4)

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  12. Q9

    October 2022 · Pure 4 (P4)

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  13. Q6

    June 2022 · Pure 4 (P4)

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  14. Q8

    January 2022 · Pure 4 (P4)

    11 marksP4.7 Vectors
    The whole paper ↗
  15. Q7

    October 2021 · Pure 4 (P4)

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  16. Q7

    June 2021 · Pure 4 (P4)

    10 marksP4.7 Vectors
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  17. Q9

    June 2021 · Pure 4 (P4)

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  18. Q2

    January 2021 · Pure 4 (P4)

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  19. Q8

    January 2021 · Pure 4 (P4)

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  20. Q8

    October 2020 · Pure 4 (P4)

    10 marksP4.7 Vectors
    The whole paper ↗
All 20 questions on Vectors, as a list
  1. June 2025, Pure 4 (P4), Q6 (8 marks): Relative to a fixed origin O, • the point A has position vector i + 2j – 3k • the point B has position vector 5i + 2j + k The line l passes through A and B. (a)
  2. June 2025 (A), Pure 4 (P4), Q8 (11 marks): Relative to a fixed origin O, • the point A has position vector 2i – j + 5k • the point B has position vector 3i + 4j – 6k Given that the line l passes through
  3. January 2025, Pure 4 (P4), Q8 (12 marks): Relative to a fixed origin O, the line l has equation r              2 1 3 4 2 1  where λ is a scalar parameter. The point A and the point B l
  4. October 2024, Pure 4 (P4), Q8 (10 marks): Relative to a fixed origin O • the point A has coordinates (–10, 5, –4) • the point B has coordinates (–6, 4, –1) The straight line l1 passes through A and B. (
  5. June 2024, Pure 4 (P4), Q2 (6 marks): With respect to a fixed origin, O, the point A has position vector OA → = 7 2 5     Given that AB → =     2 4 3 (a) find the coordinates of the point
  6. June 2024, Pure 4 (P4), Q6 (10 marks): With respect to a fixed origin O, the line l1 is given by the equation r = i + 2j + 5k + λ(8i – j + 4k) where λ is a scalar parameter. The point A lies on l1 Gi
  7. January 2024, Pure 4 (P4), Q6 (14 marks): Relative to a fixed origin O, the lines l1 and l2 are given by the equations l1 : r = (3i + pj + 7k) + λ (2i – 5j + 4k) l2 : r = (8i – 2j + 5k) + μ (4i + j + 2k
  8. October 2023, Pure 4 (P4), Q6 (10 marks): The line l1 has equation 2 1 3 2 7 2              r where λ is a scalar parameter. The line l2 has equation 2 4 3 1 7 8              
  9. June 2023, Pure 4 (P4), Q4 (10 marks): Relative to a fixed origin O, • the point A has position vector 4i + 8j + k • the point B has position vector 5i + 6j + 3k • the point P has position vector 2i
  10. January 2023, Pure 4 (P4), Q6 (8 marks): Relative to a fixed origin O. • the point A has position vector 2i – 3j + 5k • the point B has position vector 8i + 3j – 7k The line l passes through A and B. (
  11. October 2022, Pure 4 (P4), Q3 (5 marks): P Q R Figure 1 Figure 1 shows a sketch of triangle PQR. Given that • PQ → = 2i – 3j + 4k • PR → = 8i – 5j + 3k (a) Find RQ → (b) Find the size of angle PQR, in
  12. October 2022, Pure 4 (P4), Q9 (5 marks): With respect to a fixed origin O, the equations of lines l1 and l2 are given by l1 : r = 2 8 10         + λ −         1 2 3 l2 : r = − −    
  13. June 2022, Pure 4 (P4), Q6 (9 marks): Relative to a fixed origin O, • the point A has position vector i – 4j + 3k • the point B has position vector 5i + 3j – 2k • the point C has position vector 3i
  14. January 2022, Pure 4 (P4), Q8 (11 marks): With respect to a fixed origin O the points A and B have position vectors 6 6 2         and 6 0 7         respectively. The line l1 passes throu
  15. October 2021, Pure 4 (P4), Q7 (9 marks): With respect to a fixed origin O, • the line l has equation r = 4 2 3 −         + λ − −         4 3 5 where λ is a scalar constant • the point A
  16. June 2021, Pure 4 (P4), Q7 (10 marks): Relative to a fixed origin O, the line l has equation r = 1 10 9 − −         + λ 4 4 2         where λ is a scalar parameter Given that OA → is
  17. June 2021, Pure 4 (P4), Q9 (8 marks): (i) Relative to a fixed origin O, the points A, B and C have position vectors a, b and c respectively. Points A, B and C lie in a straight line, with B lying be
  18. January 2021, Pure 4 (P4), Q2 (5 marks): A B C D Figure 1 Figure 1 shows a sketch of parallelogram ABCD. Given that AB → = 6i – 2j + 3k and BC → = 2i + 5j + 8k (a) find the size of angle ABC, giving yo
  19. January 2021, Pure 4 (P4), Q8 (6 marks): With respect to a fixed origin O, the lines l1 and l2 are given by the equations 1 2 1 2 2 4 : 5 1 : 2 3 4 5 5 l λ l μ b −                 = + −
  20. October 2020, Pure 4 (P4), Q8 (10 marks): Relative to a fixed origin O, the lines l1 and l2 are given by the equations l1: r = 4 3 2     + λ 3 2 1     where λ is a scalar parameter l2: r = 2 0

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