Newtonian Mechanics and Newton’s Law of Motion

Newton’s Law of Motion: Projectile Motion and Constrained Motion

Inertial & Non-Inertial Frame of Reference (F.O.R) and Pseudo Force

Centrifugal Force and Friction

System of Particles

Newtonian Mechanics

Conservative Feel, Two Dimensional System, Polar System & Atwood Machine: Lagrangian Dynamics - Part I

Lagrangian Dynamics - Part II

Lagrangian Dynamics

Hamiltonian Dynamics, Harmonic Oscillation, and Lagrangian Dynamics

Hamiltonian Dynamics - Part II

Hamiltonian Dynamics - Two-Body Problem, Angular Velocity, Linear Speed, and Kinetic Energy

Hamiltonian Dynamics

Canonical Transformation: Poison’s Bracket and Linear Tri-Atomic Molecule with Problem Solving

Canonical Transformation

Hamilton, Generating Function, and Transformation

Poisson Bracket, Jacobian Identity, and Small Oscillation

Hamilton: Problem Solving

Hamilton-Jacobi Theory

Small Oscillations - Part I

Small Oscillations - Part II

Small Oscillators & Normal Modes

Rotational Motion and Moment of Inertia: Rigid Body Dynamics - Part I 

The Radius of Gyration and Moment of Inertia: Rigid Body Dynamics - Part II

Dynamics of a Rigid Body

System of Particles and Circular Motion

Collision in COM Frame and Gravity

Friction and Coriolis Force

Motion: Projection & Escape Velocity, Kapler's Laws, and Polar Orbit

Circular & Elliptical Orbit: Introduction, Energy of Elliptical Orbit, and Effection Potential

Special Theory: Problem Solving, STR Postulates, and Galileon Transformation

Rotating Coordinate System

Special Theory of Relativity and Galilean & Lorentz-Transformation

Special Theory of Relativity: Velocity Transformation with Problem Solving

Relative Velocity and Relativity & Time Dilation with Problem Solving

Relativity of Mass, Mass-Energy, and Lorentz Invariant Quantities

Doppler Effect, Transformation of Electric & Magnetic field, and Phase Space Dynamics

Relativistic Mechanics

Magnetic Equations, Maxwell Equations, and Free Space

Average of Pointing Vector, Electromagnetic Momentum, EM Waves in Plasma, and Dispersive Medium

Electromagnetic Boundary, Dielectric Interface, Fresnel’s Equations, and Brecauster’s & Malus’s Law

Magnetic Vector Potential, Lorentz Gauge, Oscillating Electric Dipole, and Lorentz Transformation

Covariant Formulation of EM

Classical Mechanics

Physical Sciences

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CSIR-UGC NET

NET Exams

Ace the toughest competitive and government exams in India 

Test Preparation

In this course, Surbhi Upadhyay will cover Classical Mechanics in 20 days, comprising 15 sessions with a duration of 90 minutes each. The course will be covered in Hindi and the notes will be provided in English. It will be helpful for students who are preparing for CSIR-UGC NET Exams.

Crash Course on Classical Mechanics

In this course , Rahul Mehla will discuss the complete Classical Mechanics in detail. This course will be very helpful for CSIR UGC NET aspirants. The language of this course will be in Hindi and the notes will be provided in English.

Aim CSIR 2022: Capsule Course on Classical Mechanics

In this course, Amit Ranjan will cover classical mechanics. We will be solving some important MCQ problems of classical mechanics Topic-wise. This course will be important for all those learners who are preparing for exams like CSIR NET, JEST, TIFR and other PhD entrances. The course will be completed in approximately 1 month, comprising 20 classes with a duration of 90 minutes each. The sessions will be conducted in Hindi and notes will be provided in English.

Practice Course on Classical Mechanics through MCQs - CSIR-UGC NET

In this course, Surbhi Upadhyay will cover Classical Mechanics. All the important topics will be discussed in detail and would be helpful for aspirants preparing for the CSIR-UGC NET exam. The course will be conducted in Hindi and the notes will be provided in English. The course will be completed approximately in 11 days, comprising 10 classes with a duration of 90 minutes each.

Revision Course on Classical Mechanics - CSIR-UGC NET

In this course, Surbhi Upadhyay will cover Classical Mechanics from Unit 1 to Unit 20. All the topics under Classical Mechanics will be discussed in detail. This course will be helpful for the aspirants preparing for the CSIR-UGC NET Exams. The course will be completed in approx. 1 month, comprising 30 sessions with a duration of 90 minutes each. The course will be covered in Hindi and notes will be provided in English.

Detailed Course on Classical Mechanics - CSIR-UGC NET

In this course, Surbhi Upadhyay will cover Classical Mechanics. All the important topics will be discussed in detail and would be helpful for aspirants preparing for the CSIR-UGC NET exam. Learners at any stage of their preparations will be benefited from the course. Class dates and timings along with topic details are given below. The course will be covered in Hindi and notes will also be provided in English.

Detailed Course on Classical Mechanics - Part II

In this course, Sahin Sorifi will cover the entire Classical Mechanics. All the topics will be discussed in detail and would be helpful for all aspirants preparing for the CSIR-UGC NET, JEST, and GATE exams. Learners at any stage of their preparation would be benefited from the course. The course will be taught in English and notes will be provided in English.

Detailed Course on Classical Mechanics

This will be a detailed course on mechanics. In this course we will cover entire classical mechanics. This course will be important for all those learners who are preparing for exams like JEST, CSIR NET , TIFR and other exams. The Classes will be conducted in Hindi and the notes will be provided in English.

This will be a detailed course on Classical Mechanics.  The course will be beneficial for those who are preparing for CSIR-UGC NET Exams. The course consists of 36 sessions of 90 minutes each. The course will be conducted in Hindi and notes will be provided in English.

Classical Mechanics

Chapters

Courses

Get access to all videos

Newtonian Mechanics

Notes

Practice

Lagrangian Dynamics

Notes

Practice

Hamiltonian Dynamics

Notes

Practice

Canonical Transformation

Notes

Practice

Hamilton-Jacobi Theory

Notes

Small Oscillators & Normal Modes

Notes

Dynamics of a Rigid Body

Notes

Rotating Coordinate System

Notes

Relativistic Mechanics

Notes

Practice

Covariant Formulation of EM

Notes

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