The newest 16 of 16 written questions. Open one to see it on the real paper.
The aircraft accelerates when force Q is greater than force S. Explain why.
See it on the paper →Figure 10.1 shows the horizontal forces acting on a motorcycle moving along a horizontal road at constant speed. air resistance Figure 10.1 Explain, in terms of forces, why the speed is constant.
See it on the paper →Forces B and D have the same magnitude. Describe the speed of the submarine.
See it on the paper →The car is moving at constant speed. Explain your answer. force B = N explanation State the value of force B. Force D is 2000 N.
See it on the paper →The car is moving at constant speed. Explain your answer. force B = N explanation State the value of force B. Force D is 2000 N.
See it on the paper →What is the resultant force on the rope?
See it on the paper →What is the moment produced about the pivot by the boy pulling on the hammer?
See it on the paper →Calculate the resultant horizontal force acting on the aircraft. force = N
See it on the paper →Comprehensive responses • Many candidates used the facts that the submarine was moving and that there was a zero resultant force to determine that the submarine was travelling at constant speed. Limited responses • The common incorrect response given was that the submarine was not moving.
— Examiner report, February/March 2026, 0654/32 Q10(a)(ii) (Cambridge)
Some candidates multiplied the two numbers together. Some candidates divided one number by the other. Others added the numbers together. The resultant horizontal force is calculated by subtracting 500 000 N from 1 200 000 N.
— Examiner report, October/November 2022, 0654/33 Q9(b)(i) (Cambridge)
A correct response needed to explain that the aircraft accelerates when the resultant force is not zero.
— Examiner report, October/November 2022, 0654/33 Q9(b)(ii) (Cambridge)
Past papers, syllabus and examiner reports © UCLES (Cambridge University Press & Assessment). Questions are matched to topics from the official syllabus. AssessPro is independent and not endorsed by Cambridge.
Explain why the aircraft accelerates.
See it on the paper →Compare the forces B and D. Explain your answer.
See it on the paper →Which statement applies to a system in equilibrium?
See it on the paper →Which statement applies to a system in equilibrium?
See it on the paper →Fig. 9.1 shows an aircraft on a runway. A D B C Fig. 9.1 Use the letters A, B, C or D to complete the sentences. Each letter may be used once, more than once or not at all. When the aircraft is at rest on the runway, force A is equal to force and also force B is equal to force . When the aircraft starts to accelerate a...
See it on the paper →Label with a cross (X) a part of the flight when the aircraft is accelerating.
See it on the paper →State which section of the graph shows the aircraft travelling with no acceleration. Explain your answer. section explanation
See it on the paper →Force B is 500 000 N. Force D is 100 000 N. Calculate the resultant force of these two forces. resultant force = N
See it on the paper →