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Kinetic and gravitational potential energy: Edexcel International A Level Physics questions

Edexcel International A Level Physics past-paper questions on 1.3.6.2 Kinetic and gravitational potential energy, 2019–2025, with mark schemes and examiner’s reports where available.

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  2. The start of question 13

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  3. The start of question 15

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  4. Q15(b)(i)

    October 2024 · AS Unit 1

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  7. Q11(a)

    June 2024 · AS Unit 1

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  8. Q15(b)

    June 2024 · AS Unit 1

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  10. The start of question 2

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  11. Q14(a)(ii)

    January 2024 · AS Unit 1

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  12. Q6

    October 2023 · AS Unit 1

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  13. The start of question 15

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  14. Q13(a)

    June 2023 · AS Unit 1

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  15. The start of question 17

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  16. Q17(c)

    January 2023 · AS Unit 1

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  17. Q9

    October 2022 · AS Unit 1

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  18. Q19(b)(i)

    October 2022 · AS Unit 1

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  19. The start of question 14

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  20. Q18(a)(ii)

    June 2022 · Unit 4

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All 33 questions on Kinetic and gravitational potential energy, as a list
  1. June 2025, AS Unit 1, Q14 (4 marks): The brakes in a car reduce the kinetic energy of the car. In an electric car, some of this energy is transferred to the battery in the car. An electric car of m
  2. January 2025, AS Unit 1, Q13(a) (2 marks): As a truck enters the escape lane, the kinetic energy of the truck is 8.0 × 10 5 N on the truck as the truck The sand exerts an average resistive force of 3.5 ×
  3. January 2025, AS Unit 1, Q15(a) (5 marks): In one minute, each pipe transfers 1700 m 3 of water to the generator. The density of the water in the lake is 1100 kg m −3. Show that the power transferred by
  4. October 2024, AS Unit 1, Q15(b)(i) (3 marks): The kinetic energy of the athlete is 409 J. Show that the athlete has a horizontal speed of about 3.4 m s −1. (3)
  5. October 2024, AS Unit 2, Q19(d) (3 marks): In the photomultiplier, the photocathode and several other metal plates are in a vacuum, as shown. metal plate photocathode vacuum 6 m s –1. An electron is emit
  6. October 2024, Unit 4, Q11 (3 marks): In 2021 scientists identified Amaterasu, the second most energetic cosmic ray particle ever detected on Earth. Amaterasu had an energy of 2.4 × 1020 eV. A newsp
  7. June 2024, AS Unit 1, Q11(a) (2 marks): Show that the gravitational potential energy gained by the train is about 400 MJ. 6 kg mass of train = 1.7 × 10 (2)
  8. June 2024, AS Unit 1, Q15(b) (2 marks): Before the collision, the kinetic energy of ball A is 4.5 × 10 energy of ball B is zero. Determine the decrease in total kinetic energy during the collision. (2
  9. June 2024, AS Unit 1, Q19(c) (3 marks): People take turns at moving along the zip-line from the high point to the low point. The people are initially at rest at the high point. Explain why the speeds
  10. June 2024, AS Unit 3, Q2(a)(ii) (2 marks): Explain why it is necessary to control this variable. (2)
  11. January 2024, AS Unit 1, Q14(a)(ii) (3 marks): The child has a mass of 24 kg. Determine the maximum speed v of the child on the slide. (3) v =
  12. October 2023, AS Unit 1, Q6 (1 mark): An object moves with a velocity v. The kinetic energy of the object is doubled. Which of the following is an expression for the new velocity of the object? A 2v
  13. October 2023, AS Unit 2, Q15(b)(ii) (2 marks): Calculate the maximum velocity of the electrons. (2) Maximum velocity =
  14. June 2023, AS Unit 1, Q13(a) (2 marks): The final speed of the train is 76 m s–1. Show that the useful work done to accelerate the train is about 2 GJ. mass of train = 7.2 × 105 kg (2)
  15. January 2023, AS Unit 1, Q17(b) (5 marks): The hammer is initially at rest at its highest point. As the person moves the hammer head towards the button, the average resultant force on the hammer head is
  16. January 2023, AS Unit 1, Q17(c) (2 marks): If the velocity of the hammer head as it hits the button doubles, the height gained by the cylinder does not double. Explain why. (2)
  17. October 2022, AS Unit 1, Q9 (1 mark): A proton and an electron have equal kinetic energies. The speed of the proton is v. The mass of a proton is 2000 times greater than the mass of an electron. Whi
  18. October 2022, AS Unit 1, Q19(b)(i) (4 marks): Calculate the work done by the cyclist against air resistance. mass of cyclist and bicycle = 90 kg (4) Work done against air resistance =
  19. June 2022, AS Unit 1, Q14(a) (3 marks): A car travelling at 13.0 m s–1 decelerated to rest. The energy transferred to the car’s battery during the deceleration was 73.9 kJ. Calculate the efficiency of
  20. June 2022, Unit 4, Q18(a)(ii) (3 marks): The vehicle then moved between the poles of the magnet before passing through light gate 2. The magnet caused the kinetic energy of the vehicle to reduce by 10%
  21. June 2022, Unit 5, Q15(a)(ii) (2 marks): 98% of the energy from the decay is released as kinetic energy of the alpha particle. Calculate the velocity of the alpha particle immediately after the decay.
  22. June 2022, Unit 5, Q20(b)(i) (2 marks): Explain why the mass of lead shot in the tube should not affect the value of Δθ. (2)
  23. January 2022, AS Unit 1, Q16(a) (2 marks): Show that the kinetic energy of the ball just after launching is about 4 × 10−5 J. mass of ball = 12 g (2)
  24. October 2021, AS Unit 1, Q8 (1 mark): A crane lifts a container of weight 4.0 × 105 N through a height of 25 m. Which of the following gives the gravitational potential energy gained by the containe
  25. October 2021, AS Unit 1, Q11(a) (2 marks): Calculate the increase in kinetic energy of the car as it accelerates down the slope. (2) Increase in kinetic energy =
  26. October 2021, AS Unit 1, Q18(c) (2 marks): Show that the useful work done on the block is about 90 kJ. (2)
  27. October 2021, AS Unit 3, Q4(b)(ii) (3 marks): The coefficient of restitution e is given by the equation v e = u where v is the velocity of the cube immediately after the collision. Explain why the gradient
  28. June 2021, AS Unit 1, Q11(c) (2 marks): Calculate the change in total kinetic energy during the collision. (2) Change in total kinetic energy =
  29. June 2021, AS Unit 1, Q14(b) (3 marks): Another skier travels along the horizontal surface with an initial speed of 23 m s−1 . She comes to rest after travelling a distance of 43 m. Calculate the aver
  30. January 2020, AS Unit 1, Q17(a)(i) (4 marks): Explain this prediction. (4)
  31. January 2020, AS Unit 3, Q4(b) (3 marks): Complete the last row of the table. (3)
  32. June 2019, AS Unit 1, Q7 (1 mark): A water pump causes 200 g of water to be ejected from the nozzle of a garden hose each second at a velocity of 3 m sí. Which of the following expressions could
  33. January 2019, AS Unit 1, Q8 (1 mark): A ball is dropped, bounces once and is then caught. Which of the following graphs of gravitational potential energy Egrav against time t could represent the mot

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