- Amal Augustine
- December 13, 2025
Projectile Motion MCQs : Powerful Practice for NEET, JEE &CUET Success
Projectile motion mcqs is one of the most important and scoring topics in classical mechanics. Questions from this chapter frequently appear in NEET, JEE Main, CUET, state board exams, and other competitive physics tests. Mastery of projectile motion mcqs requires a strong understanding of time of flight, maximum height, horizontal range, velocity components, momentum, and energy conservation.
In this post, it is a carefully curated set of projectile motion MCQs , each presented with multiple-choice options and the correct answer clearly marked. These projectile motion mcqs problems cover standard cases, conceptual traps, and application-based numericals, helping students build both speed and confidence.
Projectile Motion MCQs (With Answers)
1.
A ball projected up passes the same height H at 2 s and 10 s. The value of H is (g = 9.8 m/s²)
A. 102 m
B. 100 m
C. 98 m
D. 9.8 m
Answer: C
2.
A football is kicked with velocity 147 m/s at 30°. The time the ball takes to touch the ground is
A. 7.5 s
B. 15 s
C. 21 s
D. 26 s
Answer: B
3.
A projectile is thrown at speed v making an angle θ. If the speed at maximum height is v/5, θ equals
A. 30.5°
B. 60.5°
C. 78.5°
D. 89.5°
Answer: C
4.
A ball is thrown with an initial velocity of 100 m/s at an angle of 30°. The horizontal distance covered is
A. 860 m
B. 510 m
C. 1720 m
D. 430 m
Answer: A
5.
The velocity of a projectile at the initial point A is (2i + 3j) m/s. Its velocity at point B is
A. −2i − 3j
B. −2i + 3j
C. 2i − 3j
D. 2i + 3j
Answer: C
6.
A particle of mass m is projected at 45°. The magnitude of change in momentum when it lands is
A. 2mv
B. mv/√2
C. mv√2
D. Zero
Answer: C
7.
A particle moves from (0,0) to (3,3). The angle its path makes with the x-axis is
A. 30°
B. 45°
C. 60°
D. 0°
Answer: B
8.
A ball is projected with velocity 10 m/s at 60° with the vertical. Its speed at the highest point is
A. 5 m/s
B. 10 m/s
C. 0
D. 5√3 m/s
Answer: D
9.
The velocity–time graph for a body projected vertically upwards is
A. Parabola
B. Ellipse
C. Hyperbola
D. Straight line
Answer: D
10.
A person can throw a ball up to a maximum range of 100 m. The maximum height reached is
A. 25 m
B. 50 m
C. 100 m
D. 200 m
Answer: B
11.
A bomb dropped from a horizontally flying aeroplane appears to move (to the pilot) along
A. A parabola
B. A straight line
C. A circle
D. A hyperbola
Answer: B
12.
A projectile of speed 50 m/s is thrown at 60°. The maximum height reached is
A. 90.75 m
B. 70 m
C. 85 m
D. 93.75 m
Answer: D
13.
During projectile motion, the horizontal component of velocity
A. First increases then decreases
B. First decreases then increases
C. Always increases
D. Always remains constant
Answer: D
14.
The range of a projectile is maximum when the angle of projection is
A. 0°
B. 30°
C. 45°
D. 90°
Answer: C
15.
Three bodies are projected with the same speed at angles 30°, 45°, and 60°. The body with maximum range is
A. At 30°
B. At 45°
C. At 60°
D. At 30° and 45°
Answer: B
26.
A projectile is fired at an angle of 45° with the horizontal. If air resistance is neglected, which of the following quantities remains constant throughout the motion?
A. Speed
B. Direction of velocity
C. Horizontal component of velocity
D. Vertical component of velocity
Answer: C
27.
If the time of flight of a projectile is doubled while keeping the angle of projection the same, the range will become:
A. Double
B. Four times
C. Half
D. Unchanged
Answer: B
28.
A projectile is projected vertically upward. At the highest point, which quantity becomes zero?
A. Acceleration
B. Momentum
C. Kinetic energy
D. Velocity
Answer: D
29.
For a projectile motion
on a horizontal plane, the trajectory followed by the projectile is:
A. Straight line
B. Circular path
C. Elliptical path
D. Parabolic path
Answer: D
30.
Two projectiles are projected with the same speed but at complementary angles. Which of the following quantities will be the same for both projectiles?
A. Maximum height
B. Time of flight
C. Range
D. Vertical component of velocity
Answer: C
Conclusion
Projectile motion MCQs train students to apply physics formulas accurately while developing strong intuition about motion under gravity. By practicing such projectile motion mcqs problems, learners understand how angle of projection, velocity components, time of flight, and symmetry of motion work together in real physical systems.
Consistent practice of these projectile motion MCQs not only boosts exam performance but also builds a solid foundation for advanced topics like relative motion, rotational dynamics, and vector mechanics. Whether you are preparing for competitive exams or strengthening fundamentals, mastering projectile motion mcqs is a crucial step in physics success.
Projectile motion MCQs strengthen both conceptual clarity and calculation speed, making them essential for competitive physics exams. These problems of projectile motion mcqs test understanding of time of flight, maximum height, horizontal range, velocity components, and symmetry of motion.
Regular practice of such projectile motion MCQs helps students avoid common mistakes, improve accuracy, and gain confidence in solving real exam questions efficiently.
Amal Augustine is the founder of ExQuizMe, a dynamic learning and quiz platform built to make education engaging, competitive, and fun. A passionate learner and an academic achiever, Amal completed his schooling at Government HSS Manjapra, graduating with 92.5% in Computer Science. He later earned his degree from St. Stephen’s College, University of Delhi, one of India’s most prestigious arts and science institutions.
Currently, Amal is pursuing his Master’s degree at National Sun Yat-sen University, Taiwan, where he continues to deepen his interest in research and technology. Throughout his school and college years, he won 50+ national-level interschool and collegiate quiz competitions, was
Beyond academics, Amal Augustine is an avid reader of science journals, a dedicated research student, and a technology enthusiast who loves programming and exploring the world of Computer Science. Through ExQuizMe, he aims to make learning accessible, enjoyable, and empowering for students across the globe.