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PHYSICS OBJECTIVE TEST

Total questions: 49

Worksheet time: 12hrs 15mins

Name
Class
Date
1.

Which of the following quantities is a scalar quantity

a)

Force

b)

Density

c)

Weight

d)

Momentum

2.

Diagram 1 shows a measuring tool Q in an electric circuit. What is the physical quantity measured by measuring tool Q?

a)

Light intensity

b)

Electric current

c)

Potential Difference

d)

Electromotive Force

3.

A, B, C and D show the shooting marks on a target. Which shooting mark can explain the concept of precision of measurement?

a)
b)
c)
d)
4.

Which of the following ticker tapes shows an object moves at constant acceleration

a)
b)
c)
d)
5.

Diagram 2 shows water flows out from a water tank. Which of the following statements is TRUE after the water continuously flows out for sometimes

a)

Inertia of the water tank decrease

b)

Acceleration of the water drop decrease

c)

Density of the water in the tank decrease

d)

Time for water drop to reach the ground decrease

6.

Diagram 3 shows a velocity against time graph for an object. If total distance traveled is 600 cm, determine value of t

a)

15s

b)

20s

c)

25s

d)

30s

7.

Which of the following measures shown in diagram DOES NOT reduced the impulsive force

a)
b)
c)
d)
8.

Diagram 4 shows a 1.2m height girl throwing a ball vertically upwards t velocity of 20 ms-1. Determine total distance taken by the ball til it reaches the ground

a)

20.0 m

b)

21.2 m

c)

40.0 m

d)

41.2 m

9.

Diagram shows two similar towing boats tow a vessel. Which diagram produces the highest acceleration?

a)
b)
c)
d)
10.

Which of the following diagrams shows the smallest work done?

a)
b)
c)
d)
11.

Diagram 5 shows a glass block is put on a table top. Area of the glass block is in contact with the table is K and the area of the table top is L. The weight of the glass block is Wb, and the weight of the table is Wt.


Which expression gives the pressure exerted on the glass block by the table?

a)
b)
c)
d)
12.

Diagram 6 shows an empty glass at rest on a table. How does the pressure exerted by the glass on the table change as the water is gradually poured into it

a)
b)
c)
d)
13.

Diagram 7(a) shows a wooden cylinder that is half-immersed in a fluid when it is placed vertically.


What will happen when the same wooden cylinder is placed horizontally n the fluid as shown in Diagram 7(b)

a)

It will immerse half in the fluid

b)

It will immerse completely in the fluid

c)

It will immerse less than half in the fluid

d)

It will immerse more than half in the fluid

14.

Diagram 8 shows a simple mercury barometer, used to measured atmospheric barometer.


When the atmospheric pressure increases, what happen to level X and pressure in P?

a)

Level X : Rises

Pressure in P : Increases

b)

Level X : Rises

Pressure in P : Unchanged

c)

Level X : Falls

Pressure in P : Increases

d)

Level X : Falls

Pressure at P : Remains Unchanged

15.

Diagram 9 shows the water level when the water manometer is connected to a gas supply


The water in the manometer is replaced with mercury. How does the value of h change?

a)

It become zero

b)

It increases

c)

It remains unchanged

d)

It decrease but not become zero

16.

Diagram 10 shows a hydraulic jack which is use to lift up the trishaw. 50N force is exerted on the small piston.


Calculate the weight of the trishaw

a)

500 N

b)

4000 N

c)

8000 N

d)

40 000 N

17.

Diagram 11 shows a hydrometer placed in three different liquids, P, Q and R

The densities of liquid P,Q, R are pP, pQ and pR respectively. Which of the following is correct? 

a)

pP > pQ > pR

b)

pP < pQ < pR

c)

pP > pR > pQ

d)

pR > pP > pQ

18.

Diagram 12 shows a flying unmanned aerial vehicle (drone)


The flying of drone can be explained by

a)

Pascal's Principle

b)

Archimedes Principle

c)

Bernoulli's Principle

d)

Charles Law

19.

Diagram 13 shows a thermometer


Which modification will increase the sensitivity of thermometer?

a)

Using a longer capillary tube

b)

Using a glass stem with a thicker wall

c)

Using a bulb with a thicker wall

d)

Using a narrower bore of capillary tube

20.

Diagram 14 shows a heating curve for a solid substance.


Heat absorbed to overcome the bonding at

a)

P and R

b)

Q and S

c)

R and S

d)

Q and R

21.

Diagram 15 shows a pot of hot rice which is covered with an airtight lid and left to cool


Why it is difficult to lift the lid when the rice is cold?

a)

Water vapour condenses on the lid

b)

The number of air molecules in the pot has decreased

c)

The adhesive force between the water molecules and the lid is strong

d)

The air pressure inside the pot is lower than atmospheric pressure

22.

Diagram 16 shows a metal spoon immersed in a cup of hot tea


Thermal equilibrium is reached when

a)

Temperature of metal spoon = temperature of tea

b)

Mass of displaced tea = mass of metal spoon

c)

volume of displaced tea = volume of metal spoon

d)

specific capacity of tea = specific heat capacity of metal spoon

23.

Diagram shows a process of change of state


In which process, A, B, C or D is latent heat vaporized absorbed?

a)

A

b)

B

c)

C

d)

D

24.

Diagram 17 shows images of birds appear in water


Images of birds appear due to

a)

Refraction

b)

Diffraction

c)

Reflection

d)

Total Internal Reflection

25.

Diagram 18 shows a position of man, table and vase in front of a plane mirror.


What is the distance of table image as seen by man?

a)

2 m

b)

4 m

c)

5 m

d)

8 m

26.

Diagram 19 shows the formation of image in human eye


Which light phenomenon explains this situation?

a)

Inversion

b)

Refraction

c)

Diffraction

d)

Convergence

27.

Diagram 20 shows two car P and Q, travelling in opposite directions, passing through a sharp bend


Which mirror is the most suitable to be placed at X so that the driver in car P can see car Q?

a)

Plane Mirror

b)

Concave Mirror

c)

Convex Mirror

d)

Two plane mirror at the angle of 60o

28.

Diagram 21 shows a ray of light passing into a glass block. The refractive index of the glass is 1.54.


What is the angle of incidence

a)

19.7o

b)

33.7o

c)

54.7o

d)

58.0o

29.

Diagram 22 shows a wave


Wavelength is shown by

a)

P

b)

Q

c)

R

d)

S

30.

Which of the following is the characteristic of reflected wave?

a)

Wavelength increases

b)

Frequency of waves increase

c)

Velocity of propagation increase

d)

Direction of propagation of waves increase

31.

Diagram 23 shows water waves heading towards an island


Which of the following phenomena experienced by water waves

a)

Refraction

b)

Diffraction

c)

Interference

d)

Superposition

32.

Diagram shows audio signals on the same scaled displacement-time graph


Which graph shows the highest pitch audio signal?

a)
b)
c)
d)
33.

Diagram 24 shows a pattern of water waves observed by a student after he threw a tone into a lake


Which of the following comparison is TRUE about area J and area K?

a)

Area K is deeper than area J

b)

Velocity of water waves at area K is smaller than area J

c)

Wavelength of water waves at area K is bigger than area J

d)

Frequency of water waves at area is bigger than area J

34.

Diagram 25 shows interference patterns for three monochromatic lights


Which of the following are the colour for the monochromatic light?

a)

Light P : Yellow

Light Q : Green

Light R : Blue

b)

Light P : Green

Light Q : Red

Light R : Blue

c)

Light P : Orange

Light Q : Yellow

Light R : Green

d)

Light P : Red

Light Q : Violet

Light R : Yellow

35.

Diagram 26 shows two consecutive loud sounds hear along PQ line at 3.0 m from two similar loud speakers connected to an audio generator.


Determine the distance between two consecutives loud sound along RS line located 1.0 m from PQ line

a)

0.16 m

b)

0.50 m

c)

0.55 m

d)

0.67 m

36.

Diagram shows two light charged spheres , R and S, hung from point T by two threads of the same length , made of a material that does not conduct electricity. It is found that the angle of deflection ϴ > a


Which of the following statements is true?

a)

The charge of R is less than the charge of S

b)

The charge of R is greater than the charge of S

c)

The mass of R is less than the mass of S

d)

The mass of R is greater than the mass of S

37.

Diagram 28 shows three different types of wire X, Y and Z with the same length and thickness. X is copper wire, Y is iron wire, and Z is constantan wire


Which switched should be switched on to get the highest reading of ammeter?

a)

P and Q

b)

P and R

c)

P and S

d)

P only

38.

Diagram 29 shows two resistor R = 3Ω that are connected to a dry cell which has an electromotive force, E = 12 V and internal resistance 1.5Ω


What is the current flows through each resistor?

a)

1 A

b)

2 A

c)

3 A

d)

4 A

39.

Diagram 30 shows a label on the mini hair dryer


What is the meaning of 220 V, 200 W labeled on hair dryer?

a)

When the power of 200 Watts is supplied to the hair dryer, it released potential difference at 220 Volts

b)

When a potential difference of 200 Watts is supplied to the hair dryer, it will release power at 220 Volts per second

c)

When 220 Volts potential difference is supplied hair dryer, it will release power at 200 joule per second

d)

When a potential difference of 220 volts is supplied to hair dryer, i will release power at 200 watt per second

40.

Diagram 31 shows a wire carrying a current , I is placed between two magnetic poles. Which of the direction indicates the direction of the force acting on the wire?

a)
b)
c)
d)
41.

Diagram 32 shows a coil of wire is wrapped round a soft iron rod. Which of the following statement is TRUE?

a)

The strength of the magnet decreased by increasing a resistance of R

b)

End Y of the rod behaves as a north pole magnet

c)

The polarity at the ends of the rod depends on the strength of the current in the circuit

d)

End Y of the rod behaves as a south pole magnet

42.

Diagram 33 shows a transformer consists of primary coil with 1000 turns and a secondary coil with total of 100 turns, which can be adjust at various position.


Which pair of terminals should be connected to a 12 V, 24 W lamp for it to be lit with normal brightness?

a)

PR

b)

PT

c)

QS

d)

RT

43.

The National Grid Network is a network of electrical cables connecting electrical power stations to consumer of electricity as shown in diagram 34


Which of the following is the characteristic of National Grid Network in electricity transmission?

a)

The electricity can be transmitted at low potential difference during peak hours of electricity used

b)

The whole country electricity supply will be affected when one power stations breaks down

c)

During non-peak hours of electricity usage, the operations of some power stations cannot be stopped for repair and maintenance purpose

d)

Some power stations can be closed during non peak hours to cut cost

44.

Diagram 35 shows the structure of a cathode ray oscilloscope


Which component A, B, C or D causes the electrons to accelerates?

a)

A

b)

B

c)

C

d)

D

45.

Diagram 36 shows an automatic switch circuit to light up a bulb at night.


What changes should be done to light up the bulb during the day time?

a)

Reverse the terminals of the battery

b)

Interchange R1 and R2

c)

Replace npn transistor with pnp transistor

d)

Replace resistor R3 with resistor of lower resistance

46.

Diagram 37 shows a circuit consisting of a diode and a bulb. When the switch is on, the bulb does not light up


What needs to be done to light up the bulb?

a)

Replace with a new bulb

b)

Increase the number of dry cell

c)

Reverse the diode connection

d)

Connect resistor parallel to the bulb

47.

Diagram 39 shows the path of radioactive rays, S and T


Which of the following shows the type of ray S and ray T

a)

Ray S : alpha

Ray T : Beta

b)

Ray S : alpha

Ray T : gamma

c)

Ray S : Beta

Ray T : Gamma

d)

Ray S : Gamma

Ray T : Beta

48.

Diagram 40 shows decay curve f a radioactive material


What is the activity after 1 hour?

a)

50

b)

100

c)

200

d)

400

49.

The following equation represents the nuclear fission

The mass defect from the reaction is 0.018863 a.m.u

What is the energy release in this reaction?


(1 a.m.u = 1.66 X 10-27 kg )

a)

9.39 X 10-21 J

b)

2.82 X 10-12 J

c)

5.66 X 106 J

d)

1.70 X 1015 J