Punjab 9th Physics Ch 2 Kinematics Test Online Mcqs

Punjab Physics 9th Class: Chapter 2

Dive into Chapter 2: Kinematics with our comprehensive online practice resources for Punjab Board 9th Class Physics (New Syllabus 2025-26). This chapter explores the fundamental concepts of motion, including rest and motion, types of motion, scalar and vector quantities, distance-time and speed-time graphs, equations of motion, and free-fall acceleration.

Our New Pattern MCQs Online Test features exam-oriented questions on displacement, velocity, acceleration, and graphical analysis. The Short Questions with Answers section provides detailed explanations of key concepts like uniform acceleration, gravitational acceleration, and motion equations. Practice regularly to master kinematics and excel in your Punjab Board Physics examinations with confidence.

9th Physics Ch 2 Kinematics Online Test Mcqs Punjab (New Syllabus)

Please wait...

1. A body is moving with constant acceleration starting from rest. It covers a distance S in 4 seconds. How much time does it take to cover one-fourth of this distance?

2s

16s

1s

4s

 Loading...

2. Which of following distance time graphs represents increasing speed of a car?

(B)

(D)

(A)

(C)

 Loading...

3. A body accelerates from rest to a velocity of 144 km h⁻¹ in 20 seconds. Then the distance covered by it is:

1440m

400m

1400m

100m

 Loading...

4. A rider is training a horse. Horse moves 60 meters towards right in 3 seconds. Then it turns back and travels 30 meters in 2 seconds. Find its average velocity.

6m/s

18m/s

0m/s

35m/s

 Loading...

5. In 5s a car accelerates so that its velocity increases by 20 m/s. The acceleration is:

4m/s²

0.25m/s²

100m/s²

25m/s²

 Loading...

6. Slope of distance-time graph is:

acceleration

displacement

speed

velocity

 Loading...

7. The numerical ratio of displacement to distance is:

equal to or less than one

always less than one

always greater than one

always equal to one

 Loading...

8. A car accelerates uniformly from 80.5 kmh⁻¹ at t=0 to 113 kmh⁻¹ at t=9s. Which graph best describes the motion of the car?

(a)

(d)

(b)

(c)

 Loading...

9. Change in position of a body from initial to final point is called:

speed

displacement

velocity

distance

 Loading...

10. A car is moving with velocity of 10m/s. If it has acceleration of 2m/s² for 10 seconds. What is final velocity of the car?

20m/s

15m/s

10m/s

30m/s

 Loading...

11. Area under speed-time graph is equal to _______ of moving body:

acceleration

distance

change in velocity

uniform velocity

 Loading...

12. The area under the speed-time graph is numerically equal to:

uniform velocity

velocity

distance covered

acceleration

 Loading...

13. If a body does not change its position with respect to some fixed point, then it will be in a state of:

rest

uniform motion

motion

variable motion

 Loading...

14. A cyclist is travelling in a westward direction and produces a deceleration of 8 m/s² to stop. The direction of acceleration is:

North

South

East

West

 Loading...

15. Motion of a screw of rotating fan is:

Random motion

vibratory motion

Circular motion

Rotatory motion

 Loading...

16. If a cyclist has acceleration of 2m/s² for 5 seconds, the change in velocity of the cyclist is:

15m/s

2m/s

20m/s

10m/s

 Loading...

17. Ball dropped freely from a tower reaches ground in 4s, the speed of impact of ball is:

39.2 m/s

19.6m/s

0m/s

2.45 m/s

 Loading...

18. A ball is dropped from the top of a tower, the distance covered by it in the first second is:

50m

5m

10m

100m

 Loading...

19. A girl walks 3 km towards west and 4 km towards south. What is the magnitude of her total distance and displacement respectively?

7km, 1km

7km, 5km

7km, 7km

1km, 7km

 Loading...

20. When the slope of a body's displacement-time graph increases, the body is moving with:

all of these

constant velocity

increasing velocity

decreasing velocity

 Loading...

21. Gradient of the distance-time graph is equal to the:

distance covered

speed

velocity

acceleration

 Loading...

22. Gradient of the speed-time graph is equal to:

acceleration

distance covered

speed

velocity

 Loading...

23. The displacement time graphs of two objects A and B are shown in the figure. Point out the true statement from the following:

The velocity of A is less than B

The velocity of A is greater than B

The graph gives no information in this regard

The velocity of A is equal to that of B

 Loading...

24. A ball is thrown straight up, what is the magnitude of acceleration at the top of its path?

19.6m/s²

9.8m/s²

zero

4.9m/s²

 Loading...

 Loading...

• <<
• 1
• 2
• 3
• 4
• 5
• 6
• 7
• 8
• 9
• 10
• 11
• 12
• 13
• 14
• 15
• 16
• 17
• 18
• 19
• 20
• 21
• 22
• 23
• 24
• >>

 

Physics Ch 2 Kinematics Short Questions