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Power: OCR MEI A‑Level Further Maths questions

OCR MEI A-Level Further Maths past-paper questions on 2.2 Power, 2018–2025, with mark schemes and examiner’s reports where available. Add MadAsMaths questions to your practice, or browse them separately by topic and difficulty.

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841 questions

  1. Q3

    June 2025 · Mechanics Minor

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  2. Q3

    June 2025 · AS Mechanics A

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  3. Q5

    June 2024 · Mechanics Major

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  4. Q1

    June 2024 · Mechanics Minor

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  5. Q1

    June 2023 · Mechanics Major

    4 marks2.2 Power
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  6. Q2

    June 2023 · Mechanics Minor

    6 marks2.2 Power
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  7. Q1

    June 2023 · AS Mechanics A

    7 marks2.2 Power
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  8. Q4

    June 2022 · AS Mechanics A

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  9. Q7

    November 2021 · Mechanics Major

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  10. Q3

    November 2021 · Mechanics Minor

    5 marks2.2 Power
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  11. Q5

    November 2021 · AS Mechanics A

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  12. Q5

    November 2020 · Mechanics Major

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  13. Q3

    November 2020 · Mechanics Minor

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  14. Q1

    November 2020 · AS Mechanics A

    4 marks2.2 Power
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  15. Q8

    June 2019 · Mechanics Major

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  16. Q1

    June 2019 · Mechanics Minor

    6 marks2.2 Power
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  17. Q5

    June 2019 · AS Mechanics A

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  18. Q2

    June 2018 · AS Mechanics A

    12 marks2.2 Power
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All 18 questions on Power, as a list
  1. June 2025, Mechanics Minor, Q3 (6 marks): The diagram shows a crate of mass 30 kg on a smooth inclined plane. One end of a light inextensible rope is attached to the crate. The rope passes over a smooth
  2. June 2025, AS Mechanics A, Q3 (10 marks): In parts (a) and (b) of this question you should assume that the car experiences no resistances to motion. A car of mass 1200 kg is moving on a straight road. A
  3. June 2024, Mechanics Major, Q5 (7 marks): A car of mass 850 kg is travelling along a straight horizontal road. The power developed by the car is constant and is equal to 18 kW. There is a constant resis
  4. June 2024, Mechanics Minor, Q1 (5 marks): A car of mass 1500 kg travels along a horizontal straight road. There are no resistances to the car’s motion. The power developed by the car as it increases its
  5. June 2023, Mechanics Major, Q1 (4 marks): A car of mass 800 kg moves in a straight line along a horizontal road. There is a constant resistance to the motion of the car of magnitude 600 N. 1 When the ca
  6. June 2023, Mechanics Minor, Q2 (6 marks): A car of mass 1400 kg, travels along a straight horizontal road AB, after which it descends a hill BC inclined at a constant angle of 7° to the horizontal (see
  7. June 2023, AS Mechanics A, Q1 (7 marks): Throughout all parts of this question, the resistance to the motion of a car has magnitude kv2 N, where v m s 1 - is the speed of the car and k is a constant. -
  8. June 2022, AS Mechanics A, Q4 (10 marks): The diagram shows two points A and B on a snowy slope. A is a vertical distance of 25 m above B. A 25m B A rider and snowmobile, with a combined mass of 240 kg,
  9. November 2021, Mechanics Major, Q7 (12 marks): A box B of mass m kg is raised vertically by an engine working at a constant rate of kmg W. - . Initially B is at rest. The speed of B when it has been raised a
  10. November 2021, Mechanics Minor, Q3 (5 marks): The diagram shows an electric winch raising two crates A and B, with masses 40 kg and 25 kg, respectively. The cable connecting the winch to A, and the cable co
  11. November 2021, AS Mechanics A, Q5 (8 marks): A car of mass 1600 kg is travelling uphill along a straight road inclined at 4.7° to the horizontal. The power developed by the car is constant and equal to 120
  12. November 2020, Mechanics Major, Q5 (8 marks): A car of mass 900 kg moves along a straight level road. The power developed by the car is constant and equal to 60 kW. The resistance to the motion of the car i
  13. November 2020, Mechanics Minor, Q3 (9 marks): In this question i and j are perpendicular unit vectors and c is a positive real number. The resultant of two forces ci N and i 2 c j N is denoted by R N. - + (
  14. November 2020, AS Mechanics A, Q1 (4 marks): Brent is riding his bicycle along a straight horizontal road. While riding along this road Brent can attain a maximum speed of .6 25ms 1 - and the wind resistan
  15. June 2019, Mechanics Major, Q8 (11 marks): A car of mass 800 kg travels up a line of greatest slope of a straight road inclined at 5° to the horizontal. The power developed by the car is constant and equ
  16. June 2019, Mechanics Minor, Q1 (6 marks): Dilip and Anna are doing an experiment to find the power at which they each work when running up a staircase at school. The top of the staircase is a vertical d
  17. June 2019, AS Mechanics A, Q5 (10 marks): A car of mass 4000 kg travels up a line of greatest slope of a straight road inclined at an angle of i to the horizontal, where sin 0 1 . . i = The power develo
  18. June 2018, AS Mechanics A, Q2 (12 marks): A car of mass 1350 kg travels along a straight horizontal road. Throughout this question the resistance force to the motion of the car is modelled as constant a

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