Mechanics Notes | Syllabus, Reference Books and Important Questions

Mechanics Notes: Planning to choose a career in the field of Mechanics. Acquiring the notes will help you to get good marks in the exam. This note includes a comprehensive study plan, all-important information and timetable. Students will get information about the latest Reference Books, Syllabus and Important Questions List for Mechanic Notes. Students can refer to the Big Data Lecture Notes For CSE as per the latest and updated syllabus from this article.

Mechanics Notes are one of the essential study materials that can improve the students’ preparation for the exam. Candidates with the help of these notes can score better marks.

The article given below helps the students access the best Mechanics Notes as per the latest curriculum.

Introduction of Mechanics

Mechanics is a branch of Physics that deals with forces and energy and their effect on bodies. The practical purpose of mechanics is to design, construct or operate machines or tools. Most of the aspects in the world around us are, at the fundamental level based on physics, and much of the macro objects and their movement is based on classical mechanics. Mechanics transpires by quantifying motion and then defining it in terms of energy, force and momentum. It not only helps us understand the physical behaviour of objects around us, but also allows us to understand the movement of planets, stars and galaxies.

Mechanics Notes and Study Material Free Download

In Mechanics Notes, you will learn regarding quantifying motion, and its terms of forces, energy and momentum and different aspects of the topic. The students can also learn the mechanics of stars, planets and galaxies. Learning from notes helps the student become active, so the learning process is improved. Aspirants can start their preparation with all the tools to help them score better marks in the exam. The students can refer and use the Mechanic Notes pdf and Study Materials as a reference. Students pursuing graduation in physics can also download PDF notes.

Mechanics Reference Books

Reference books for Mechanics Notes are an essential source of information. It provides explanations and necessary information about the topics. Students should refer to books recommended by subject experts as it will help them to understand the subject accurately. Candidates will understand the topics if they consult the latest version that includes the updated syllabus. Here is a list of the best-recommended books for Mechanics Notes.

  1. Daniel Kleppner and Robert J. Kolenkow – An Introduction to Mechanics
  2. Concept of Modern Physics by Arthur Beiser
  3. Waves and Oscillations by N. Subrahmanyam and Brij Lal
  4. Mechanics by D. S. Mathur
  5. David J. Morin – Classical Mechanics Introduction: With Problems and Solutions
  6. Time’s Arrow – Michael C. Mackey
  7. Handbook of Contact Mechanics – Valentin L. Popov, Markus Heß, Emanuel Willert
  8. Quantum Mechanics by Leonard Susskind, Art Friedman
  9. Fluid Mechanics by L. D. Landau, E. M. Lifshitz
  10. Mechanics of Materials by Barry J. Goodno, James M. Gere

Mechanics Syllabus

The best way to commence your preparation for the Mechanics Notes course is to understand the syllabus and the topics of the subject. The syllabus of mechanics is a reliable course planning tool that plans and organises the subject for a student. The article on Mechanics Notes provides a detailed structure along with the latest and updated syllabus, keeping in mind every student’s requirements and assessing their preparation efficiency.

The curriculum of mechanics provides students a clear idea about what and how to study and analyse the subject. The article on Mechanics Notes presents all the essential topics under each unit so that students can allot time for each topic and prepare accordingly. Students must cover all the unit-wise topics before attempting the Mechanics exam so that the exam paper is easy to answer. The updated syllabus also assures that students remain aware of the Mechanics updated syllabus to prevent from wasting unnecessary time on irrelevant topics.

Here is a list of the updated syllabus for mechanics

Kinematics  Introduction

  • Position and Velocity
  • Coordinate Systems and Unit Vectors
  • Position Vector in 1D
  • Displacement Vector in 1D
  • Average Velocity in 1D
  • Instantaneous Velocity in 1D
  • Derivatives
  • Worked Example – Derivatives in Kinematics

1D Kinematics – Acceleration

  • Introduction to Acceleration
  • Acceleration in 1D
  • Worked Example – Acceleration from Position
  • Integration
  • List of Useful Integrals

2D Kinematics – Position, Velocity, and Acceleration

  • Coordinate System and Position Vector in 2D
  • Instantaneous Velocity in 2D
  • Instantaneous Acceleration in 2D
  • Projectile Motion
  • Demos for Projectile Motion
Newton’s law Circular Motion Newton’s Laws

  • Introduction

Newton’s Laws of Motion

  • Newton’s First and Second Laws
  • Newton’s Third Law
  • Reference Frames
  • Non-inertial Reference Frames


  • Universal Law of Gravitation
  • Worked Example: Gravity Superposition
  • The Value of g: Surface of the Earth Gravity

Contact Forces

  • Contact Forces
  • Static Friction Lesson

Tension and Springs

  • Pushing Pulling and Tension
  • Ideal Rope
  • Solving Pulley Systems
  • Hooke’s Law

Deep Dive: Friction

  • Friction at the Nanoscale
Circular Motion Impulse and Momentum Circular Motion

  • Introduction

Circular Motion – Position and Velocity

  • Polar Coordinates
  • Circular Motion: Position and Velocity Vectors
  • Angular Velocity

Uniform Circular Motion

  • Uniform Circular Motion
  • Uniform Circular Motion – Direction of the Acceleration
  • Period and Frequency

Circular Motion – Acceleration

  • Circular Motion – Acceleration
  • Angular Acceleration
  • Worked Example – Angular Position from Angular Acceleration
  • Review of Rotational Kinematics

Newton’s 2nd Law and Circular Motion

  • Newton’s 2nd Law and Circular Motion
  • Worked Example – Car on a Banked Turn
  • Demo: Rotating Bucket
Drag Forces Constraints and Continuous System Work and Mechanical Energy  Drag Forces, Constraints and Continuous Systems

  • Introduction

Pulleys and Constraints

  • Equations Set Up – Pulley Problems
  • Constraint Condition- Pulley Problem
  • Constraints and Virtual Displacement Arguments – Pulley Problem
  • Solving the System of Equations – Pulley Problems
  • Worked Example -2 Pulleys and  2 Blocks

Massive Rope

  • Rope Hanging Between Trees
  • Differential Analysis of a Massive Rope
  • Differential Elements
  • Density
  • Demo: Wrapping Friction
  • Summary of Differential Analysis

Resistive Forces

  • Intro to Resistive Forces
  • Resistive Forces – Low-Speed Case
  • Resistive Forces – High-Speed Case
Momentum and Impulse Collision Theory Momentum and Impulse

  • Introduction

Momentum and Impulse

  • Momentum and Impulse
  • Impulse is a Vector
  • Worked Example – Bouncing Ball
  • Momentum of a System of Point Particles
  • Force on a System of Particles

Conservation of Momentum

  • Conservation of Momentum
  • Momentum Diagrams

Mass and Center of Mass Motion

  • Definition of the Center of Mass
  • Center of Mass of a Continuous System
  • Worked Example – Uniform Rod
  • Velocity and Acceleration of the Center of Mass
  • Reduction of a System to a Point Particle
Continuous Mass Transfer Torque Continuous Mass Transfer

  • Introduction

Relative Velocity and Recoil

  • Relative Velocity
  • Set up a Recoil Problem
  • Solve for Velocity in the Ground Frame
  • Solve for Velocity in the Moving Frame

Continuous Mass Transfer

  • Rocket Problem 1 – Set up the Problem
  • Rocket Problem 2 – Momentum Diagrams
  • Rocket Problem 3 – Mass Relations
  • Rocket Problem 4 – Solution
  • Rocket Problem 5 – Thrust and External Forces
  • Rocket Problem 6 – No External Forces Solutions
  • Rocket Problem 7 – Solution with External Forces
Collision Theory Collision Theory

  • Introduction

Types of Collision

  • Momentum in Collisions
  • Kinetic Energy in Collisions
  • Totally Inelastic Collisions

Elastic Collisions

  • Worked Example: Elastic 1D Collision
  • Relative Velocity in 1D
  • Kinetic Energy and Momentum Equation
  • Worked Example: Elastic 1D Collision Again
  • Worked Example – Gravitational Slingshot
  • 2D Collisions

Deep Dive: Center of Mass Reference Frame

  • Position in the CM Frame
  • Relative Velocity is Independent of Reference Frame
  • 1D Elastic Collision Velocities in CM Frame
  • Worked Example: 1D Elastic Collision in CM
  • Kinetic Energy in Different Reference Frames
  • Kinetic Energy in the CM Frame
  • Change in the Kinetic Energy
Rotational Motion  Rotational Motion

  • Introduction

Motion of a Rigid Body

  • Rigid Bodies
  • Introduction to Translation and Rotation
  • Review of Angular Velocity and Acceleration

Moment of Inertia

  • Kinetic Energy of Rotation
  • Moment of Inertia of a Rod
  • Moment of Inertia of a Disc
  • Parallel Axis Theorem
  • Moment of Inertia of a Sphere
  • Derivation of the Parallel Axis Theorem


  • Introduction to Torque and Rotational Dynamics
  • Cross Product
  • Cross Product in Cartesian Coordinates
  • Torque
  • Torque from Gravity

Rotational Dynamics

  • Relationship between Torque and Angular Acceleration
  • Internal Torques Cancel in Pairs
  • Inertia of a Disc of Falling Mass
  • Worked Example – Atwood Machine
  • Massive Pulley Problems
  • Non-Slip Condition
  • Worked Example – A Pulley Using Energy and Two Blocks
Angular Momentum  Angular Momentum

  • Introduction

Angular Momentum of a Point Particle

  • Angular Momentum for a Point Particle
  • Calculating Angular Momentum
  • Worked Example – Angular Momentum About Different Points
  • Angular Momentum of Circular Motion

Angular Momentum – Rigid Body Fixed Axis

  • 2 Rotating Point Particles and Angular Momentum of Angular Momentum of a Symmetric Object
  • Angular Momentum is Independent of Origin – If Momentum is Zero
  • Kinetic Energy of a Symmetric Object

Torque and Angular Impulse

  • Angular Momentum – Point Particle
  • System of Particles
  • Angular Impulse
  • Demo: Bicycle Wheel
Rotations and Translation Rotations and Translation – Rolling

  • Introduction

Rolling Kinematics

  • Translation and Rotation of a Wheel
  • Rolling Wheel in the Center of Mass Frame
  • Rolling Wheel in the Ground Frame
  • Rolling Without Slipping, Slipping, and Skidding
  • Contact Point of a Wheel Rolling Without Slipping

Rolling Dynamics

  • Friction on a Rolling Wheel
  • Torque Method
  • Spool Demo
  • Worked Example – Yoyo Pulled Along the Ground
  • Analyze Torque and Force in Rotation and Translation Problems

Rolling Kinetic Energy and Angular Momentum

  • Kinetic Energy of Translation and Rotation
  • Angular Momentum of Translation and Rotation
  • Summary of Angular Momentum and Kinetic Energy

List of Mechanics Important Questions

Candidates pursuing Mechanics can refer to the list of all the essential questions stated below for the Mechanics Notes. The assigned questions are aimed to help the students to excel in the examination. Here is a list of questions that will help the students to understand the subject precisely.

  1. What is Mechanics ?
  2. Define the term angular Impulse.
  3. State the term Rolling Dynamics
  4. What is Kinetic energy of Translation and Rotation?
  5. Define the term Torque from Gravity.
  6. What are the types of Collision?
  7. What is the 2nd law of Newton and Circular Motion?

Frequently Asked Questions on Mechanics Notes

Question 1.
What is Mechanics?

The science concerned with the motions of macroscopic objects is known as Mechanics. Mechanics falls under the purview of Physics.

Question 2.
How are the mechanics notes and study materials Important?

The curriculum of mechanics provides students a clear idea about what and how to study and analyse the subject. It gives students time for each topic to prepare accordingly.

Question 3.
Name some topics of mechanics?

Some of the topics for mechanics are collision theory, rotations and translation, Newton’s law circular motion and rotational motion.

Question 4.
What are the branches of Mechanics?

Mechanics is a branch of Physics that deals with forces and energy and their effect on bodies. The three branches of Mechanics are Statics , Kinematics and Kinetics.


The Mechanics Notes and Study Materials presented above are aimed to assist the students at the time of exam preparations. They are reliable and have authoritative references focused on helping graduates and improving their knowledge and understanding of the subject during the time of preparation of the exam. Students can refer and practice from the provided notes for Mechanics and essential questions from this article.