First Year Physics Chapter 3 Online MCQ Test for 1st Year Physics Chapter 3 (Motion and Force)
Prepare effectively for your board exams with our dedicated 11th Class Physics Chapter 3 Online Test series, focusing entirely on Motion and Force. This platform provides an extensive collection of FSc Physics Chapter 3 MCQs, which are crucial for securing high scores in your objective paper. Our tests cover all major areas, including Newton's Laws of Motion MCQs, Equations of Motion MCQs, and detailed problems on Projectile Motion MCQs.
You will gain essential practice on Impulse and Momentum MCQs and Conservation of Momentum MCQs, ensuring conceptual clarity for both elastic and inelastic collisions. By attempting our Motion and Force Solved MCQs, you can quickly revise the principles of dynamics and kinematics. Additionally, our Physics 1st Year Chapter 3 Conceptual Questions prepare you for the trickier theoretical aspects of the chapter, guaranteeing thorough exam readiness.
MCQ's Test For Chapter 3 "Physics Fsc Part 1 Chapter 3 Online Test"
Try The MCQ's Test For Chapter 3 "Physics Fsc Part 1 Chapter 3 Online Test"
FSc Physics Chapter 3 MCQs: Master Motion and Force for Board Exams
Welcome to your essential resource for mastering FSc Physics Chapter 3 MCQs. This chapter, typically titled "Motion and Force", is a cornerstone of first-year physics, covering fundamental concepts essential for both board exams and competitive entrance tests like MDCAT and ECAT. Our dedicated section offers a powerful, free 11th Class Physics Chapter 3 Online Test series, designed with highly searched keywords to ensure you prepare efficiently and target high scores. Dive into our carefully curated objective questions that cover all aspects of dynamics and kinematics.
The Foundation of Dynamics: Newton's Laws and Momentum
A significant portion of the Physics 1st Year Chapter 3 Conceptual Questions revolves around the core principles of dynamics.
H3: Newton's Laws of Motion MCQs
Mastering Newton's Laws of Motion MCQs is non-negotiable for success. These questions test your grasp of the Law of Inertia (Newton's First Law), which explains the property of a body to resist changes in its state of motion. The Second Law, $F = ma$, links Force and Acceleration MCQs, often requiring you to calculate instantaneous acceleration or force. The Third Law, action and reaction, is frequently tested in conceptual scenarios, such as the motion of a rocket or systems of connected masses (Atwood Machine).
H3: Impulse and Conservation of Momentum MCQs
Another heavily weighted topic is momentum. You must be fluent in the definition and units of momentum (kg m/s or Ns) and the impulse-momentum theorem. Our Impulse and Momentum MCQs focus on applying the concepts of impulse, which is the change in momentum, to real-world examples. Crucially, the Conservation of Momentum MCQs section prepares you for problems involving Elastic and Inelastic Collisions MCQs, requiring you to differentiate between the two types and apply the relevant conservation laws in one-dimensional scenarios.
Analyzing Motion: Kinematics and Projectile Motion
Beyond the forces themselves, Chapter 3 emphasizes the detailed description of motion, which forms the basis of kinematics.
H3: Equations of Motion and Graphical Analysis of Motion
The mathematical description of motion under Uniform Velocity Questions and constant acceleration is vital. We provide targeted questions on all three Equations of Motion MCQs ($v_f = v_i + at$, $S = v_i t + \frac{1}{2} a t^2$, $2aS = v_f^2 - v_i^2$). A deep conceptual understanding is needed for Graphical analysis of motion, particularly interpreting the slope and area of a Velocity Time Graph MCQs to find acceleration and displacement, respectively. Practice questions also cover motion under gravity, including Free Fall Motion and the direction of Acceleration MCQs.
H3: Projectile Motion MCQs and Numericals
One of the most complex yet frequently tested sections is Projectile Motion. Our test series features comprehensive Projectile Motion MCQs that delve into the characteristic features of a projectile's path—the parabola. You will practice calculating the Maximum Height of Projectile and the Range of Projectile using the derived formulas, as well as the Time of Flight MCQs. Mastering these Chapter 3 Numericals FSc Physics is essential for securing marks in the objective paper.
Targeted Exam Preparation
Prepare like a top student by focusing on high-frequency questions. Our section is not just a collection of practice problems; it serves as a specialized 11th Physics Guess Paper Chapter 3. Whether you are preparing for your final board exam or revising for an entry test, leveraging these Motion and Force Solved MCQs will give you a decisive edge. Start your test now and turn your preparation into top performance!
Top Scorers Of Chapter 3 "Physics Fsc Part 1 Chapter 3 Online Test" MCQ`s Test
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how what18 - Jan - 2025
00 Min 06 Sec
17/17
K
Kashaf Sarwar06 - Nov - 2025
00 Min 43 Sec
17/17
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Rai Shahid22 - Aug - 2025
12 Min 46 Sec
17/17
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Fabiha Ahsan16 - Jan - 2025
04 Min 28 Sec
16/17
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Saim G22 - Aug - 2025
01 Min 54 Sec
15/17
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Amna Tahir19 - Jan - 2025
01 Min 57 Sec
15/17
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Manal Babar28 - Sep - 2025
02 Min 24 Sec
15/17
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Syed Robass Ahmad25 - Oct - 2025
08 Min 00 Sec
14/17
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Muhammad Younas18 - Jan - 2025
04 Min 01 Sec
13/17
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Rashid Playz19 - Jan - 2025
06 Min 11 Sec
13/17
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Eza15 - Jan - 2025
02 Min 06 Sec
12/17
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Mohsin rajput Rajput23 - Aug - 2025
02 Min 19 Sec
12/17
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MURTAZ ARTASH05 - Dec - 2025
02 Min 24 Sec
12/17
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Miss Gul17 - Jan - 2025
02 Min 24 Sec
12/17
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Ayyan Shakeel19 - Jan - 2025
02 Min 35 Sec
12/17
FSc Part 1
Physics (New Book)
Chapter 3
Important MCQ's
Sr.#
Question
Answer
1
Law of consrvation of angular momentum is importnat in.
A.
Diving
B.
Gymnastics
C.
Ice Skating
D.
All of these
2
Ratational analogue of force is.
A.
Torque
B.
Velocity
C.
Mass and veight
D.
Momentum
3
The direction of motion of a particle moving in a circle is along the
A.
Normal
B.
Tangent
C.
Away from centre
D.
Towards the centre
4
A bottle of soda wate is grasped fromt he neck and swung briskly in vertical circle. Near whcih portionof the bottle do the bubble collect.
A.
Near the bottom
B.
In the middle of bottle
C.
Bubble sremain distributed througout
D.
Near the neck of the bottle
5
One radian is equal to.
A.
57.3o
B.
56.3o
C.
360o
D.
58.3o
6
When a body oves in circle the angle between its linear velocity and angular velocity is always.
A.
Zero
B.
60o
C.
45o
D.
90o
7
The dimension of angular velocity is.
A.
[LT-1]
B.
[LT-2]
C.
[T-1]
D.
[L-1T]
8
An astronaut is orbiting aroudn th Earth in a large capsule . Then.
A.
He willbe in a state of weight lessness with respect to capsule
B.
He is freely falling towards the Earth
C.
A ball prjected at an angle has a straight line path as observed by him
D.
All the above
9
A stone at the end of long string is whirled in verticl circle at a constant speed The tension in the string willbe minimum when the stone is.
A.
At the top of the cirlcle
B.
Halfway down
C.
At the bottom of circle
D.
Any where in the circle
10
The mud flies off the tyre of a moving bicycle which is along.
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