physicsIntermediate
Classical Mechanics & Newton's Laws
A rigorous treatment of Newtonian mechanics — from kinematics and Newton's laws to energy, momentum, and rotational dynamics.
4.7(98 reviews)298 students54m1 lectures
Lectures
26
Notes
10
Quizzes
7
Level
Intermediate
About This Course
This course provides a complete foundation in classical mechanics as taught at the undergraduate level. Beginning with one-dimensional kinematics, you will progress through Newton's three laws, work-energy theorem, momentum, collisions, circular motion, and rotational dynamics. Extensive problem-solving practice ensures you can apply these principles to real-world scenarios confidently.
What you'll learn
- Analyse motion in one and two dimensions using kinematic equations
- Apply Newton's three laws to real-world mechanical systems
- Use the work-energy theorem to solve energy problems
- Apply conservation of momentum to collision problems
- Analyse circular motion and centripetal acceleration
- Understand torque, angular momentum, and rotational dynamics
Prerequisites
- Basic algebra and trigonometry
- Introductory calculus (derivatives and integrals)
MechanicsPhysicsNewton's LawsKinematicsDynamics
Curriculum
Curriculum coming soon.
Study Materials
Practice Quizzes
Instructor
Dr. Arjun Mehta