Free Printable Phy F4 ASSESMENT PAPER (2)

Worksheets

Phy F4 ASSESMENT PAPER (2)

Total questions: 50

Worksheet time: 50mins

Name

Class

Date

Which pair of physics quantity and SI unit is wrong?

Physics quantity: Electric current, SI Unit: Ampere

Physics quantity: Work, SI Unit: Joule

Physics quantity: Pressure, SI Unit: Pascal

Physics quantity: Weight, SI Unit: Kilogram

Diagram I shows two identical eggs are dropped from different height, h₁ and h₂, onto a floor. Which inference is correct?

Impulsive force depends on gravitational force

Impulsive force depends on time of impact

Impulsive force depends on velocity of egg

Impulsive force depends on mass of egg

Diagram 2.1 shows the zero error of a vernier caliper. Diagram 2.2 shows the reading Of the diameter of a beaker when this vernier caliper is used. What is the corrected value of the diameter of the beaker?

5.03 cm

5.05 cm

5.13 cm

5.15 cm

Diagram 3 shows the method of measuring a diameter of a ping pong ball. What is the radius of the ping pong ball?

5.60 cm

2.80 cm

0.70 cm

0.35 cm

Diagram 4 shows a velocity-time graph for a motion of an object. What is the displacement of the object?

150 cm

200 cm

300 cm

350 cm

The volume of water in a swimming pool is 500 m³. What is the mass of the water if the density of the water is 1000 kg m^-3?

2 kg

2000 kg

5000 kg

500 000 kg

Diagram 5 shows a car and a lorry. The car moves ahead of the lorry when the traffic light turns green because

The inertia of the lorry is bigger than the car

The engine power car is bigger than the

The length of the lorry is more than the car

The height of the lorry is more than the car

The unbalanced forces that act on a moving object could make the object

decelerates

stationary

moves with constant velocity

A lorry travelled at a velocity of 20 m s^-1. What is its velocity in km h^-1?

36 km h^-1

72 km h^-1

108 km h^-1

144 km h^-1

10.

The density of an object depends on its

mass and volume

mass and acceleration

mass and velocity

mass and gravitational field strength

11.

Which graph shows that F is directly proportional to a?

12.

Diagram 6 shows a rifle firing a bullet. What is the physics concept that makes the rifle to recoil?

Impulsive force

Momentum

Pressure

Impulse

13.

Diagram 7 shows a pendulum oscillates in air. Which displacement-time graph describes the motion of the bob?

14.

Diagram 8 shows two balls each of mass 0.5 kg before and after collision. The initial velocity of ball A and ball B are 10 m s^-1 and 5 m s^-1 respectively. After collision, both balls move together in the direction Of their initial velocity. What is the velocity of both balls after collision?

15 m s^-1

7.5 m s^-1

5.0 m s^-1

2.5 m s^-1

15.

Which situation shows forces are in equilibrium?

A car moving with 110 km h^-1

A ship slowing down

An aeroplane landing on the runway

A runner speeding in 100 m race

16.

Diagram 9 shows a stone is thrown vertically upwards at a velocity Of 15 m s^-1. What is the maximum height reached by the stone?

11.25 m

22.50 m

45.00 m

90.00 m

17.

Which type of shoes is the most suitable to wear on beaches?

18.

For a fixed mass gas, the volume of the gas is directly proportional to its absolute temperature when its pressure is kept constant. The above statement is

Boyle's Law

Hooke's Law

Charles' Law

Newton's First Law of motion

19.

Hooke's Law states that the extension of a spring is directly proportional to the applied force provided the elastic limit is not exceeded. Which graph represents relationship between extension Of a spring, x and force, F?

20.

Diagram 10 shows three identical springs with the original length of 10.0 cm. What is the length of X?

10 cm

12 cm

14 cm

15 cm

21.

Diagram 11 shows a hotel porter pushes a trolley of luggage. What is the total downward force acting on the floor?

80 N

200 N

600 N

800 N

22.

Diagram 12 shows a baby is sleeping in a cradle. The energy stored in the spring

elastic potential energy.

gravitational potential energy

kinetic energy

heat energy

23.

Diagram 13 shows a submarine in the sea. Which changes will decrease the upward force on the submarine?

Decreases the depth of the submarine

Increases the depth of the submarine

Fill the ballast tank with water

Empty the ballast tank

24.

Diagram 14 shows an object with mass of 20 kg, acting on a piston P in a hydraulic system to support another object with mass of 100 kg at piston Q. What is the ratio of surface area of piston P to piston Q?

1 : 5

5 : 1

10 : 1

1 : 10

25.

Diagram 15 shows force F₁, 200 N exerted on a small

piston producing pressure 5000 Pa. Pressure of 5000 Pa is transferred to the large piston to produce pressure P₂ acts on a car of 8000 N in weight. Which Of the following is correct?

Pressure, P₂ = 40 Pa

Pressure, P₂ = 200 000 Pa

Area of small piston = 0.04 m²

Area of large piston = 25 m²

26.

Diagram 16 shows a sharp knife is used to slice through a soft sandwich. If the force used is 5 N and the area of the knife that cut the sandwich is 0.005 m², calculate the pressure acting on the sandwich.

0.005 Pa

0.025 N

5 Pa

1000 Pa

27.

Diagram 17 shows water with different depth spurts out of their containers. Spurt distance for each liquid is p, q and r cm. Which arrangement is correct?

p < r < q

p = q = r

q > p > r

r > q > p

28.

Diagram 18 shows head-rest inside of a car. The head-rest is designed to

increase the time of collision.

prevent the neck from snapping.

reduce impulsive forces on the car.

decrease the rate of change in momentum.

29.

1 N is equivalent to

1 kg m s^-1

1 m s^-1

1 kg m s^-2

1 kg s^-1

30.

The diagram shows a girl of 500 N in weight skiing with a pair of skis with a total base area of 250 cm². What is the pressure exerted by the girl?

2000 Pa

7500 Pa

15 000 Pa

20 000 Pa

31.

Diagram below shows a Bunsen burner. Which statement is correct when the gas flow into the Bunsen burner?

Pressure at P is greater than at Q.

Pressure at P and Q is the same

Velocity of air at Q and R is the same

Velocity of air at R is greater than at Q

32.

Diagram 21 shows a balloon when it is pushed deeper into the water. What is the volume of the balloon if the new depth is 15 m? (Atmospheric pressure = 10 m H₂O)

10 cm³

20 cm³

25 cm³

50 cm³

33.

Diagram 22 shows a manometer connected to a gas supply. Which comparison about pressure at P, Q and R is correct if the atmospheric pressure is 76 cm Hg?

Pressure at P = Pressure at R

Pressure at P = Pressure at R + h cm Hg

Pressure at R = Pressure at Q + h cm Hg

Pressure at R = 76 cm Hg + h cm Hg

34.

Diagram 23 shows the apparatus to measure gas pressure. What is the gas pressure?

4 cm Hg

16 cm Hg

20 cm Hg

80 cm Hg

35.

Diagram 24 shows a ping pong ball floating on the surface of water. Which statement is correct?

Buoyant force > Weight of the ping pong ball

Buoyant force < Weight of the ping pong ball

Buoyant force = Weight of ping pong ball

Density of the ping pong ball = Density of water

36.

Diagram 25 shows a clinical thermometer is placed under the tongue for a few minutes before taking the reading of our body temperature. Which statement is incorrect when thermal equilibrium is reached?

Energy is transferred at equal rate between patient and the clinical thermometer.

Temperature of the patient and the clinical thermometer are unchanged.

There is no net gain or net loss of energy between the patient and the clinical thermometer.

The patient and the clinical thermometer have the same temperature.

37.

Two metal blocks of the same mass, K and L with same initial temperature of 80 $\degree$ C are cooled down for 10 minutes. After 10 minutes, the temperature of metal block L is lower than the temperature of metal block K. Which comparison is correct?

Specific latent heat of K > Specific latent heat of L

Specific latent heat of K < Specific latent heat of L

Specific heat capacity of K < Specific heat capacity of L

Specific heat capacity of K > Specific heat capacity of L

38.

Diagram 26 shows a pot. Why is the pot's base is

made of low specific heat capacity material?

To increase the stability of the pot

To reduce the weight of pot

To increase the temperature faster

To reduce the expansion of the pot

39.

Diagram 27 shows 1 kg of liquid X being heated using an electric heater. The temperature of the liquid X will increase slower if

liquid X has higher specific heat capacity

increase the time of heating

decrease the mass of liquid X

cover the beaker with insulator

40.

Which graph shows the correct relationship between the volume and the pressure of gas in Boyle's Law?

41.

Diagram 28 shows two beakers with the same volume and initial temperature of liquid X and liquid Y. Both beakers are then heated with the same amount of heat energy. If the specific heat capacity of liquid X is bigger than specific heat capacity of liquid Y, which comparison is correct about the reading of thermometer P and thermometer Q?

Reading of thermometer P > Reading of thermometer Q

Reading Of thermometer P < Reading of thermometer Q

Reading Of thermometer P = Reading of thermometer Q

42.

Diagram 29 shows an air-tight cylinder with a piston. Force, F is applied onto the piston to move it from position A to position B. Find the new air pressure if the original pressure is 200 Pa.

100 Pa

150 Pa

200 Pa

250 Pa

43.

Diagram 30 shows a boy standing in front of a plane mirror in a distance of 4.0 m. What is the distance between the boy and his image when the mirror is moved 0.75 m away from the boy?

8 m

8.75 m

9.5 m

11 m

44.

Diagram 31 shows a ray of light entering a transparent glass block. What is the refractive index of the glass block?

1.59

1.85

1.93

2.25

45.

Diagram 32 shows a light ray propagating from glass into water. If the refractive index of the glass is 1.5 and water is 1.2, what happened to the light ray in the water?

Refracts towards normal

Refracts away from normal

Experiences total internal reflection

Reflects with the same angle as the incidence angle

46.

Which equipment does not use total internal reflection?

Binocular

Periscope

Optical fibers

Microscope

47.

Diagram 33 shows an apparatus set-up of an experiment to investigate the relationship between object distance, u and image distance, v of a convex lens. Which change increases the image distance, v?