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Law of Motion: Important Questions, Answers & Exam Tips

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Frequently Asked Laws of Motion Questions for JEE/NEET with Solutions

Vedantu presents a valuable asset for JEE Main 2026 aspirants with its Strategically selected JEE Main Laws of Motion Important Questions by Vedantu's Master Teachers. They are consistently updated on current trends to ensure the questions perfectly align with the JEE Main Exam syllabus. The Laws of Motion JEE Main Physics important questions in PDF are multiple-choice questions (MCQs) and Integer Questions, allowing students to enhance their proficiency at various levels. With comprehensive solutions and explanations, the Laws of Motion Important Questions for JEE Main PDF aids students in understanding the correct approaches and techniques. The Laws of Motion Important Questions PDF includes the Previous Year's Questions from JEE Main Exams, providing students with all the major questions to solve and study. Most importantly, all these resources are freely available in PDF format for easy, direct download from our website.

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Year-Wise Weightage of Laws Of Motion PYQ JEE Mains

Laws Of Motion Previous Year Questions PDF should be essential material for students since this chapter covers their universality and applicability. You will get an idea of the Laws of Motion important questions for JEE Main by looking at the table below.


Year Wise Weightage of Questions: JEE Main Laws of Motion

S.No.

Year

Average No. of Questions Asked

Marks per Question

Total Marks

1.

2024

2

4

8

2.

2023

3

4

12

3.

2022

2

4

8

4.

2021

2

4

8

5.

2020

2

4

8



You can find that 2 questions have been asked from the past five years of JEE main exam. The teachers worked hard to ensure the Laws Of Motion JEE Mains Questions with Solutions PDF perfectly matched the JEE Main syllabus. 


JEE Main 2026: What to Focus in Laws of Motion?

A few topics in the Laws of Motion will help you score in JEE Main 2026. Knowing the list of those topics will make it easy for you to prepare and focus on the JEE Main exam.  You can check the list of important topics from the Laws of Motion below. Unravel the key concepts, fundamental theories, and vital formulas shaping your success in solving the Laws Of Motion JEE Mains Questions 2026.


  • Newton's Laws of Motion

  • Inertia

  • Force and Its Types

  • Equilibrium

  • Applications of Newton's Laws

  • Circular Motion

  • Pseudo Forces

  • Impulse and Momentum

  • Collisions

  • Relative Motion

  • Work-Energy Theorem

  • Conservation of Energy

  • Power

  • Projectile Motion

  • Motion on Inclined Planes

  • Simple Harmonic Motion (SHM)

  • Equations of Motion

  • Torque and Rotational Motion


How Laws of Motion Can Shape Your JEE Main 2026 Journey?

Undersatnding the Laws of Motion is pivotal for JEE Main students planning to tackle Important Questions effectively. This chapter delves into the fundamental principles governing motion, forces, and inertia. Here, we explore why understanding this chapter is essential for confidently solving Laws Of Motion Previous Year Questions PDF.


  • Foundation of Mechanics: Understand the basics of classical mechanics through the Laws of Motion. Build a strong foundation in how forces and motion work together, setting you up for advanced physics and engineering concepts.

  • Problem-Solving Playground: Learn to tackle complex problems by identifying forces and understanding their effects. Develop problem-solving skills that go beyond physics and can help you in real-life situations.

  • Real-World Applications: See how the Laws of Motion apply beyond textbooks. From designing bridges to planning space missions, these principles shape countless aspects of our world.

  • Action & Reaction: Explore Newton’s Third Law, where every action has an equal and opposite reaction. This principle applies not only in physics but also in life, showing the impact of interactions.

  • Critical Thinking: Each law offers a new perspective to understand the world. Train your mind to analyze, interpret, and use these laws to approach challenges creatively.

  • Connecting Theory with Practice: Transform theoretical knowledge into practical skills. Engage in experiments, solve problems, and learn to apply what you know in real situations.

  • Conclusion: The Power of Motion: The Laws of Motion reveal the forces that shape our world. They’re more than just equations—they’re keys to understanding the universe and taking your first steps toward success in JEE Main and beyond.


Strategic Approach: Maximising Learning with Laws of Motion Formulas and Important Questions

When you want to learn effectively, you can use a smart strategy by combining formulas and JEE Main Laws of Motion Important Questions. These two things work together nicely. Laws of Motion Formulas are like short explanations of important ideas that can be used to resolve problems. Using them with Important Questions of JEE Main Laws of Motion gives you a complete way to learn. Laws of Motion Important Questions in JEE Main give you a strong base, and formulas help you understand better and solve the questions. This mix makes hard things easier and helps you remember better. By using this strategy, you can improve how well you understand and do well in your studies.


Most Important Formulas of Laws of Motion

  1. Newton's Second Law:

$F = ma$


  1. Weight:

$W = mg$


  1. Tension in a string:

$T = mg + ma$


  1. Frictional force:

$f_{\text{friction}} = \mu N$

(where $\mu$ is the coefficient of friction and N is the normal force)


  1. Acceleration on an inclined plane:

$a = \frac{g \sin \theta}{1 + \frac{I}{mr^2}}$

(where I is the moment of inertia, m is the mass, and r is the radius)


  1. Centripetal force:

$F_{\text{centripetal}} = \frac{mv^2}{r}$


  1. Work-energy theorem:

$W_{\text{net}} = \Delta KE$


  1. Impulse-momentum theorem:

$F\Delta t = \Delta p$


  1. Law of Conservation of Linear Momentum:

$\Sigma p_{\text{initial}} = \Sigma p_{\text{final}}$


  1. Equation of Motion (for uniformly accelerated motion):

$v = u + at$

$s = ut + \frac{1}{2}at^2$

$v^2 = u^2 + 2as$


  1. Work done by a force:

$W = \vec{F} \cdot \vec{d}$

(where $\vec{F}$ is the force and $\vec{d}$ is the displacement)


Download the JEE Main Physics Formulas by Vedantu for FREE. Combine it with JEE Main Important Questions, and you can see the good changes in your scores.


Benefits of referring to JEE Main Questions On Laws Of Motion PDF Download

  • Practicing Laws of Motion Previous Year Questions PDF helps you concentrate on key topics within Laws of Motion, aligning closely with the JEE Main syllabus.

  • Working through a variety of questions improves your analytical and problem-solving abilities, preparing you for complex problems.

  • Familiarising yourself with JEE-style questions builds your confidence and helps you develop effective time-management strategies.

  • Solving Laws Of Motion PYQ JEE Mains PDF Download enhances your understanding of core concepts like force, friction, and motion, which are crucial for JEE.

  • Regular practice helps pinpoint areas needing more focus, allowing you to strengthen these concepts before the exam.


Explore extra resources beyond the main Laws of Motion questions for JEE Main 2026. Using practice papers, mock tests, and past year questions (PYQs) will improve your preparation, build confidence, and refine your exam strategies. These materials provide a deeper understanding of the topic, helping you tackle complex problems. Check the links below to access valuable resources that can take your Laws of Motion preparation to the next level, giving you a strong edge for JEE Main.


Others Resources for JEE Main 2026

Enhance your abilities through focused solutions.

Mock Tests

Replicate exam scenarios for increased confidence.

Sample Papers

Get acquainted with question formats.

Previous Year Question Papers (PYQPs)

Understand exam patterns.

Revision Notes

Serve as a quick reference during exams, helping you recall key concepts and strategies.


Excel in Your Exams with Vedantu’s JEE Main Laws of Motion Important Questions

The Laws of Motion Important Questions PDF for JEE Main is a valuable tool for understanding how things move in physics. It has questions for all levels of learners, helping you understand the basics and improve your problem-solving skills. JEE Main Questions On Laws Of Motion PDF Download covers everything you need to know about the chapter and comes with detailed explanations. It's a great resource to help you do well in JEE Main physics and succeed in your studies.


JEE 2026 Physics Important Questions: Get Chapter-wise Links Here

Access organized JEE 2026 Physics Important Questions with convenient chapter-wise links. Check the essential topics, grasp key concepts, and prepare effectively for your exams. Get the edge you need with these focused JEE Main Physics Important Questions.




Download Subject-wise Important Questions for JEE Main 

Get the links to download the subject-wise JEE Main Important Questions with Solutions PDF for FREE from the table below.


S.No

Subject

Important Questions PDF

1

Maths

JEE Main Maths Important Questions

2

Chemistry

JEE Main Chemistry Important Questions

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FAQs on Law of Motion: Important Questions, Answers & Exam Tips

1. What are the important questions of motion?

Important questions of motion usually focus on conceptual understanding and numerical applications of Newton's Laws of Motion. For exams like JEE Main, NEET, and CBSE Boards, students should practice the following types of problems:

  • Derivations and statements of Newton’s First, Second, and Third Laws
  • Free body diagram questions
  • Problems involving friction, especially kinetic and static friction
  • Inclined plane and pulley-based questions
  • Numerical problems applying F = ma and related formulas
  • Previous year objective and subjective questions on laws of motion
Practicing a mix of conceptual and application-based questions ensures a strong grasp of the laws of motion syllabus for competitive exams.

2. What are the important points in the laws of motion?

Laws of motion revolve around three core principles set by Newton. The important points are:

  • Newton’s First Law (Law of Inertia): An object remains at rest or in uniform motion unless acted upon by a net external force.
  • Newton’s Second Law: The rate of change of momentum is proportional to the net force applied (F = ma).
  • Newton’s Third Law: Every action has an equal and opposite reaction.
  • Understanding how to construct free body diagrams.
  • Concepts of inertia, mass, and force.
  • The effects of friction on motion.
These points are essential for solving both conceptual and numerical questions in the Law of Motion chapter.

3. What was Newton's big question?

Sir Isaac Newton's big question was: What causes objects to move and what keeps them in motion or at rest? He explored the fundamental principles underlying how forces affect the motion of objects.

  • Formulated the three Laws of Motion
  • Wanted to explain everyday phenomena like falling objects, planetary motion, and friction
  • His work laid the foundation for classical mechanics covered in the science syllabus
Understanding Newton's big question helps students gain conceptual clarity for competitive exams and real-life physics.

4. How to solve laws of motion questions?

To solve laws of motion questions efficiently, follow a systematic approach:

  1. Carefully read the question and visualize the scenario.
  2. Draw a free body diagram (FBD) showing all forces.
  3. Apply Newton’s Laws, choosing appropriate equations (F = ma, frictional force, etc.).
  4. Solve the equations step by step, being careful with units and vector directions.
  5. Check your answer for physical consistency.
This approach works for both numericals and conceptual MCQs in exams like JEE/NEET/Boards.

5. Which topics in Laws of Motion are most asked in NEET/Boards?

In NEET and Boards, questions from Laws of Motion often cover:

  • Newton’s Laws and their applications
  • Friction (static, limiting, and kinetic)
  • Problems on inclined planes, pulleys, and connected bodies
  • Free body diagrams
  • Common misconceptions (like misinterpretation of action-reaction pairs)
  • Previous year numericals and multiple-choice questions
Focusing on these topics helps in scoring well in competitive and board exams.

6. What steps to follow to solve friction-based laws of motion questions?

Solving friction-based laws of motion questions involves the following steps:

  1. Identify all surfaces where friction acts and determine the type (static or kinetic).
  2. Draw a free body diagram with forces including friction.
  3. Apply Newton’s Second Law in the horizontal and vertical directions separately.
  4. Use friction formulas: Frictional force = μN (μ = coefficient of friction, N = normal reaction)
  5. Solve the equations for the required physical quantity.
Quickly reviewing formulae and practicing similar numericals is highly recommended.

7. What is a free body diagram and why is it important in solving laws of motion problems?

A free body diagram (FBD) is a visual representation showing all external forces acting on a single object. It is crucial in laws of motion problems because:

  • It helps isolate the object of interest from its surroundings.
  • Clarifies the direction and type of all acting forces (like weight, normal force, tension, friction).
  • Reduces complex situations to simpler, solvable parts using Newton's Laws.
  • Aids in avoiding common mistakes in exam numericals and MCQs.
Practicing FBDs sharpens your problem-solving skills for JEE, NEET, and board exams.

8. What are common mistakes students make when applying Newton’s Second Law?

Typical mistakes students make with Newton’s Second Law (F = ma) include:

  • Misidentifying the net force (sometimes forgetting to include friction or tension)
  • Using masses incorrectly in connected systems
  • Ignoring vector directions (sign errors)
  • Not drawing a proper free body diagram
  • Mishandling units or conversion factors
Reviewing solved examples and stepwise solutions greatly reduces these errors in laws of motion questions.

9. Are Laws of Motion questions more conceptual or numerical in JEE?

In JEE Main and Advanced, Laws of Motion questions are a mix of conceptual and numerical types:

  • An estimated 40% are pure conceptual (testing understanding of Newton’s Laws, action-reaction, etc.).
  • The remaining 60% involve numericals with calculations based on free body diagrams, friction, pulleys, and blocks.
  • Both types often appear as MCQs and assertion-reason questions.
Practicing both categories is key for competitive exam success.

10. Where can I download laws of motion important questions in PDF?

You can download laws of motion important questions in PDF from reputable educational platforms and exam prep websites. Look for sources that offer:

  • Class 11 Physics important Q&A PDFs
  • Previous year solved papers for JEE/NEET
  • Free downloadable notes and practice sets aligned with CBSE/NCERT curriculum
Choose PDFs with full solutions and exam-oriented practice for effective revision.