Set 4 — 2026 past papers

  1. 4.01: Particle motion and position vectors
  2. 4.02: Vector ratios
  3. 4.03: Vector section formula
  4. 4.04: Parallel vectors in a parallelogram
  5. 4.05: Boat position vectors

Set 3 — 2021–2025 past papers

  1. 3.34: Parallel vectors and finding OP
  2. 3.36: Two particles and no-collision argument
  3. 3.21: Displacement RQ and linear dependence of vectors
  4. 3.45: Vector geometry: lines PQPQ and OBOB
  5. 3.44: Vector section formula; collinear points
  6. 3.37: Parallelogram vector ratio
  7. 3.5: Section formula and unit vector of a sum
  8. 3.31: Displacement, distance and section formula
  9. 3.43: Vector geometry: intersection ZZ of OYOY and AXAX
  10. 3.42: Vector line XYZXYZ in triangle OABOAB
  11. 3.47: Vector geometry in triangle OABOAB
  12. 3.19: Collinear points and resultant of bearing vectors
  13. 3.46: Vector ratio in triangle OABOAB
  14. 3.4: Particle path and section formula in a triangle
  15. 3.27: Scaled vector, section formula and components
  16. 3.29: Meeting point of two particles
  17. 3.10: Opposite direction vector and linear combination
  18. 3.12: Unit vector and equating column vectors
  19. 3.14: Ship velocities and distance between ships
  20. 3.17: Unit vector and point dividing PQ
  21. 3.1: Particle kinematics with column vectors
  22. 3.3: Unit vector along OR and parallel condition
  23. 3.22: Point dividing AC and perpendicular through B
  24. 3.23: Scaled direction vector and linear combination
  25. 3.40: Section formula and vector equation for m,nm,n
  26. 3.25: Vectors from magnitude and direction
  27. 3.39: Vector geometry in a quadrilateral
  28. 3.41: Vector geometry in a parallelogram
  29. 3.7: Unit vector, midpoint and parallel to an axis
  30. 3.8: Square with diagonal AC and column vectors
  31. 3.38: Relative position of two boats with constant velocity

Set 2

  1. 2.6: Quadrilateral with intersecting lines and ratios
  2. 2.2: Finding constants and a unit vector
  3. 2.11: Finding an intersection point with two parameters
  4. 2.5: Unit vector and points dividing line segments
  5. 2.9: Triangle with cevians meeting at a point
  6. 2.4: Exact magnitude, parallel condition and constants
  7. 2.10: Intersection point expressed two ways
  8. 2.3: Coordinate geometry with position vectors
  9. 2.8: Column vectors and a point dividing a segment
  10. 2.1: Collinear points and a unit vector
  11. 2.7: Collinear points and a unit vector

Set 1

  1. 1.9: Triangle with an internal intersection point
  2. 1.5: Triangle with extended lines meeting at a point
  3. 1.7: Unit vectors, constants and collinear points
  4. 1.6: Vector from magnitude and simultaneous equations
  5. 1.8: Quadrilateral with a point dividing a diagonal
  6. 1.2: Unit vector in the direction of a combination
  7. 1.1: Midpoint vector and vectors from magnitude and direction
  8. 1.4: Vectors from a direction and from an angle
  9. 1.3: Column vectors: equal moduli and comparing components