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Science Form 2 KSSM Topic 8

Total questions: 20

Worksheet time: 15mins

Name
Class
Date
1.

What is the device used to measure the force?

a)

Weighing scale

b)

Lever balance

c)

Spring balance

d)

Ruler

2.

What is the force that exists when an object is stretched or compressed?

a)

Elastic force

b)

Weight

c)

Normal force

d)

Frictional force

3.

The diagram shows a piece of free floating log which is partially immersed in water. Which of the following statement is true?

a)

Density of the log < Density of the water

b)

Density of the log > Density of the water

c)

Weight > Buoyant force

d)

Weight > Normal force

4.

Which of the following is not a first-class lever?

a)

Plier

b)

Ice tong

c)

Bottle opener

d)

Scissors

5.

Diagram shows the position of four cubes, K, L, M and N in a tank of water. Which of the following shows the arrangement of density of the cubes, from the densest to the least dense?

a)

K, M, N, L

b)

M, L, K, N

c)

K, L, M, N

d)

L, N, M, K

6.

Which factor does affect the gas pressure?

a)

Temperature

b)

Surface area

c)

Weight

d)

Mass

7.

Diagram shows two wooden blocks J (rough surface) and K (smooth surface). Which of the following shows the correct reading on the balance spring for the block below?

a)

J : 10 N K : 30 N

b)

J : 20 N K : 20 N

c)

J : 15 N K : 25 N

d)

J : 25 N K : 15 N

8.

Why the wall of the dam is thicker at the base?

a)

The volume of water at the base is bigger

b)

The weight of water at the base is bigger

c)

The pressure at base is bigger

d)

The shape will make the dam more stable

9.

Diagram shows a wooden block. Calculate the pressure acting on the floor.

a)

20 Pa

b)

50 Pa

c)

150 Pa

d)

200 Pa

10.

An iron cube was inserted into a beaker containing water. It is found that the cube sinks to the bottom of the beaker. Which of the following statements are true about the cube?

I. Iron cube is denser than water

II. Buoyant force is larger than the weight of iron cube

III. The weight of iron cube is larger than buoyant force

a)

I only

b)

II and II only

c)

I and III only

d)

I, II, and III

11.

The diagram shows a bead at a position. When the bead is released from its position, the bead slides downwards and stops for a moment at point T. What type of force causes the bead to stop at point T?

a)

Frictional force only

b)

Gravitational force only

c)

Gravitational and frictional force

d)

Frictional and buoyant force

12.

A student noted that a spring becomes longer when it is stretched and becomes shorter when it is compressed. What can be inferred from this observation?

a)

The effect of force cannot be observed.

b)

Force is measured in unit of newton.

c)

Force can change the shape of an object.

d)

Force can change the shape, position and speed of an object.

13.

Which of the following situations requires the reduction of friction?

a)

Slowing down a moving car

b)

Holding a telephone in place

c)

Walking on a slippery floor

d)

Pushing a box to a room

14.

Classification of lever is based on

a)

the size of the lever

b)

the size of the load

c)

the strength of the effort

d)

the position of effort, fulcrum, and load

15.

The diagram shows a pair of nutcrackers. Which of the following parts P, Q, R and S, is fulcrum?

a)

P

b)

Q

c)

R

d)

S

16.

Which of the following statement is true regarding second-class lever?

a)

Load is between fulcrum and effort.

b)

Effort is between fulcrum and load.

c)

Fulcrum is between effort and load.

d)

A bigger effort is needed to lift a small load.

17.

Diagram 3 shows Airin and Ammar sitting on a seesaw. The weight of Airin is 300 N while Ammar is 400 N. What is the distance of Ammar from the fulcrum so that the see-saw is balanced?

a)

1 m

b)

2 m

c)

3 m

d)

4 m

18.

Diagram shows an application of the concept of air pressure in daily life. Which statement describes the application above?

a)

The pressure inside the dropper is higher than

the atmospheric pressure.

b)

The pressure inside the dropper is the same as

the atmospheric pressure.

c)

The pressure inside the dropper is less than the

atmospheric pressure.

d)

The pressure inside the dropper is higher than

the liquid pressure.

19.

The weight of a stone is 20 N. When it is immersed in water, its weight is 15 N. What is the buoyant force acting on the stone?

a)

2 N

b)

3 N

c)

4 N

d)

5 N

20.

Which of the following shoes exerts the highest pressure on the floor surface when it is worn by four people of the same weight?

a)
b)
c)
d)