Physics SPM 2024 Terengganu 州试卷 MPP2 Kertas 1（40 题附答案）- Cerdek

Which of the following is a metric unit?

A Inch B Mile C Yard D Centimetre

Speed is defined as

A Rate of change of distance B Rate of change of velocity C Rate of change of displacement D Rate of change of acceleration

Diagram 1 shows two identical balls released from an 80 m tower at the same time. One of the balls falls from the top of the building, and the other falls from half the height of the building. Which physical quantity is the same for both balls?

A Falling time B Final speed C Acceleration D Displacement

The factor that affects the inertia of an object is

A acceleration B weight C temperature D mass

Diagram 2 shows a project to launch a water rocket. What concept is applied in this project?

A inertia B equilibrium of forces C principle of conservation of energy D principle of conservation of momentum

When a force is applied to an object, which of the following will not occur?

A The speed of the object increases B The shape of the object changes C The mass of the object decreases D The direction of motion of the object changes

Two plasticine balls are dropped simultaneously onto two surfaces of different hardness. Which physical quantity is the same for both surfaces?

A Impulse B Impulsive force C Time of impact D Time of impact and impulsive force

The weight of an object on the surface of the Moon is 50 N. What is the mass of the object on the surface of the Moon? [Gravitational acceleration on the surface of the Moon = 1/6 of the gravitational acceleration on the surface of the Earth]

A 300.58 kg B 30.58 kg C 8.33 kg D 0.83 kg

Diagram 3 shows a piece of playground equipment with a radius of 5 m rotating with a linear speed of 4 m s⁻¹. What is the centripetal acceleration of the equipment?

A 3.20 m s⁻² B 1.25 m s⁻² C 0.80 m s⁻² D 0.16 m s⁻²

Diagram 4 shows a planet orbiting the Sun in an ellipse with the Sun at one focus. Which of the following statements explains the Kepler's law involved and the time the planet takes to move?

A Kepler's First Law, and the time for the planet to move from B to A = the time to move from C to D B Kepler's Second Law, and the time for the planet to move from B to A = the time to move from C to D C Kepler's First Law, and the time for the planet to move from B to A > the time to move from C to D D Kepler's Second Law, and the time for the planet to move from B to A > the time to move from C to D

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Terengganu Trial 2024 Physics Kertas 1 · MPP2

Terengganu Trial 2024 Physics Kertas 1 · MPP2

Terengganu Trial 2024 Physics Kertas 1 · MPP2

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