SPM Physics 2026 Pahang Trial PINTAS Set 1 Kertas 1 – 40 Questions with Answers

Which of the following SI unit is correctly match to it's physical quantity?

A Quantity: Mass; SI unit: Gram (g) B Quantity: Time; SI unit: Minute (min) C Quantity: Length; SI unit: Centimetre (cm) D Quantity: Temperature; SI unit: Kelvin (K)

Diagram 1 shows a graph of relationship between force, F, and the extension of a spring, x. Based on the graph, what is the value of spring constant, k.

A 0.80 N m⁻¹ B 1.80 N m⁻¹ C 80.0 N m⁻¹ D 120.0 N m⁻¹

Diagram 2 shows the path taken by a patrol car. The patrol car start move from rest at P to reach 40 m s⁻¹ at R. What is the acceleration experienced by the patrol car when it reaches R?

A 1.1 m s⁻² B 1.6 m s⁻² C 2.0 m s⁻² D 2.7 m s⁻²

Diagram 3 shows a falling coconut. Which statements explains the situation?

A The velocity of coconut is uniform B The acceleration of coconut is increases C The coconut is not effected by air resistance D The coconut does not experience the action of force except the gravitational force

Diagram 4 shows a lorry with a mass of 1 500 kg colliding with a car with a mass of 800 kg. If the lorry moves in the same direction after the collision, what is the velocity of the car?

A 5 m s⁻¹ B 1 m s⁻¹ C −1 m s⁻¹ D −5 m s⁻¹

Diagram 5 shows a boy using a force to push the box from a stationary position. Which statement is correct about the movement of the box in the diagram above?

A The force exerted by the boy produces an acceleration B The force exerted by the boy produces uniform velocity C The force exerted by the boy produces gravitational acceleration D The force exerted by the boy produces zero acceleration

Which of the following situations involves impulsive force?

Why is Newton's Law of Gravitation described as a "Universal" law?

A Because gravitational force only exists within our solar system B Because it only applies to objects in outer space C Because it states that all objects in the universe have the same mass D Because this law applies to any two bodies in the universe, regardless of their size or location

Two planets, A and B, orbit the Sun. The orbital radius of planet A is R and its orbital period is T. If the orbital radius of planet B is 4R, what is the orbital period of planet B in terms of T?

A 4T B 8T C 16T D 64T

Among the following planets, which one has the highest escape velocity?

A Mercury B Mars C Venus D Jupiter

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Pahang Trial 2026 Physics Kertas 1 · PINTAS Set 1

Pahang Trial 2026 Physics Kertas 1 · PINTAS Set 1

Pahang Trial 2026 Physics Kertas 1 · PINTAS Set 1

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