JEE Physics Complete Course

What You'll Learn

Course Description

• 1. UNIT.1: Units and Measurements-Introduction

  10 min
• 2. UNIT 1: Units and Measurements- The International System of Units (Plane Angle and Solid Angle)

  10 min
• 3. UNIT.1: Units and Measurements-Derived and Fundamental units

  10 min
• 4. UNIT.1:Units and Measurements-Least Count

  10 min
• 5. UNIT.1: Units and Measurements-Significant Figures

  10 min
• 6. UNIT.1: Units and Measurements-Error in Measurements

  10 min
• 7. UNIT.1: Units and Measurements -Dimension of Physical Quantity

  10 min
• 8. UNIT.1: Units and Measurements-Dimensional Analysis and its Applications

  10 min
• 9. UNIT.2 KINEMATICS-The Frame Of Reference

  10 min
• 10. UNIT.2 KINEMATICS-Motion in a Straight Line

  10 min
• 11. UNIT.2 KINEMATICS-Speed and Velocity

  10 min
• 12. UNIT.2: KINEMATICS-Uniform and Non-Uniform Motion

  10 min
• 13. UNIT.2: KINEMATICS-Average Speed and Instantaneous Velocity

  10 min
• 14. Unit.2: KINEMATICS-Uniformly accelerated motion

  10 min
• 15. UNIT.2: KINEMATICS-Velocity-time Graph

  10 min
• 16. UNIT.2: KINEMATICS-Position time graph

  10 min
• 17. UNIT.2: KINEMATICS-Relative Velocity

  10 min
• 18. UNIT.2: KINEMATICS-Motion in a plane

  10 min
• 19. UNIT.2: KINEMATICS-Projectile motion

  10 min
• 20. UNIT.2: KINEMATICS-Uniform Circular Motion

  10 min
• 21. Unit 3: LAWS OF MOTION-Force and Newton's law of Motions

  10 min
• 22. Unit.3: LAWS OF MOTION-Law of Conservation of Linear Momentum and its Applications

  10 min
• 23. Unit.3: LAWS OF MOTION-Equilibrium of concurrent forces

  10 min
• 24. Unit 3: LAWS OF MOTION-Static and Kinetic friction

  10 min
• 25. UNIT.3: LAWS OF MOTION-Laws of Friction

  10 min
• 26. UNIT.3: LAWS OF MOTION-Rolling Friction

  10 min
• 27. UNIT.3: LAWS OF MOTION- Dynamics Of Uniform Circular Motion

  10 min
• 28. UNIT.3: LAWS OF MOTION-.Centripetal force and its Applications:vehicle on a level circular road, vehicle on a banked road.

  10 min
• 29. UNIT.4 : WORK, ENERGY AND POWER-INTRODUCTION

  10 min
• 30. UNIT.4 : WORK, ENERGY AND POWER-Work Done By Constant Force

  10 min
• 31. UNIT.4 : WORK, ENERGY AND POWER-Work done by a Variable Force

  10 min
• 32. UNIT.4 : WORK, ENERGY AND POWER-Kinetic and Potential Energies

  10 min
• 33. UNIT.4 : WORK, ENERGY AND POWER-Work Energy Theorem

  10 min
• 34. UNIT 4: WORK, ENERGY AND POWER-Power

  10 min
• 35. UNIT.4 : WORK, ENERGY AND POWER-The Potential Energy of a spring

  10 min
• 36. UNIT.4 : WORK, ENERGY AND POWER-Conservation of mechanical energy

  10 min
• 37. UNIT.4 : WORK, ENERGY AND POWER-Conservative and Non-Conservative Forces

  10 min
• 38. UNIT.4 : WORK, ENERGY AND POWER-Motion in a Verticle Circle

  10 min
• 39. UNIT.4 : WORK, ENERGY AND POWER-Elastic and Inelastic Collisions in Two Dimensions

  10 min
• 40. UNIT 5: ROTATIONAL MOTION-Centre of a Mass of Two Particle System, Centre of Mass of a Rigid Body and Basic concepts of Rotational Motion

  10 min
• 41. UNIT.5: ROTATIONAL MOTION-Moment of a force -Torque

  10 min
• 42. UNIT.5: ROTATIONAL MOTION-Angular Momentum

  10 min
• 43. UNIT.5: ROTATIONAL MOTION-Conservation of Angular Momentum and its Applications

  10 min
• 44. UNIT.5: ROTATIONAL MOTION-Moment of Inertia

  10 min
• 45. UNIT 5: ROTATIONAL MOTION-The Radius of Gyration

  10 min
• 46. UNIT 5: ROTATIONAL MOTION-Values of Moments of Inertia for Simple Geometrical Objects

  10 min
• 47. UNIT 5: ROTATIONAL MOTION-Parallel Axes Theorems and its Applications

  10 min