NEET Physics Complete Course

What You'll Learn

Course Description

• 1. UNIT.1 PHYSICS AND MEASUREMENT(Introduction)

  10 min
• 2. UNIT 1. PHYSICS AND MEASUREMENT[The International System of Units (Plane Angle and Solid Angle)]

  10 min
• 3. UNIT.1 PHYSICS AND MEASUREMENT(Derived and Fundamental units)

  10 min
• 4. UNIT 1:PHYSICS AND MEASUREMENT(Least Count)

  10 min
• 5. Unit:1 PHYSICS AND MEASUREMENT(Significant Figures)

  10 min
• 6. Unit.1 PHYSICS AND MEASUREMENT[Errors in Measurements]

  10 min
• 7. Unit.1 PHYSICS AND MEASUREMENT(Dimensions of Physics Quantities]

  10 min
• 8. Unit 1:PHYSICS AND MEASUREMENT(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[Position time graph]

  10 min
• 12. UNIT.2 KINEMATICS[Speed and velocity]

  10 min
• 13. UNIT.2 KINEMATICS[Uniform and non-uniform motion]

  10 min
• 14. Unit.2 KINEMATICS[Average Speed and instantaneous Velocity]

  10 min
• 15. Unit.2 KINEMATICS[Uniformly accelerated motion]

  10 min
• 16. Unit.2 KINEMATICS(Velocity-time graph)

  10 min
• 17. Unit.2 KINEMATICS[Scalars and Vectors]

  10 min
• 18. Unit.2 KINEMATICS[Vector- Addition and subtraction]

  10 min
• 19. UNIT 2: KINEMATICS( scalar and vector products)

  10 min
• 20. Unit.2 KINEMATICS[Unit Vector]

  10 min
• 21. Unit.2: KINEMATICS[Resolution of a Vector]

  10 min
• 22. Unit.2 KINEMATICS[Relative Velocity]

  10 min
• 23. Unit.2 KINEMATICS[Motion in a plane]

  10 min
• 24. Unit.2 KINEMATICS[Projectile motion]

  10 min
• 25. Unit.2 KINEMATICS[Uniform circular motion]

  10 min
• 26. Unit 3: LAWS OF MOTION [Force and Newton's law of Motion]

  10 min
• 27. Unit.3: LAWS OF MOTION-Law of conservation of linear momentum and its Applications

  10 min
• 28. Unit.3: LAWS OF MOTION[Equilibrium of concurrent forces].

  10 min
• 29. Unit 3: LAWS OF MOTION[Static and Kinetic friction]

  10 min
• 30. Unit 3: LAWS OF MOTION[Laws of Friction]

  10 min
• 31. Unit 3: LAWS OF MOTION[Rolling friction]

  10 min
• 32. Unit 3: LAWS OF MOTION [Dynamics of uniform circular motion]

  10 min
• 33. Unit 3: LAWS OF MOTION [Centripetal force and its applications: vehicle on a level, circular road, vehicle on a banked road]

  10 min
• 34. UNIT 4:WORK, ENERGY AND POWER(Work done by a constant force)

  10 min
• 35. UNIT 4:WORK,ENERGY AND POWER(Work done by variable force)

  10 min
• 36. UNIT 4: WORK, ENERGY AND POWER(kinetic and potential energies)

  10 min
• 37. UNIT 4: WORK, ENERGY AND POWER(Work-energy theorem)

  10 min
• 38. UNIT 4: WORK, ENERGY AND POWER( Power)

  10 min
• 39. UNIT 4:WORK, ENERGY AND POWER(The potential energy of spring)

  10 min
• 40. UNIT 4:Unit.4:WORK, ENERGY AND POWER[ Conservation of mechanical energy]

  10 min
• 41. Unit.4: WORK, ENERGY AND POWER[Conservative and Non-Conservative Forces]

  10 min
• 42. Unit .4: WORK, ENERGY AND POWER [Motion in a Verticle Circle]

  10 min
• 43. Unit.4: WORK, ENERGY AND POWER[Elastic and Inelastic Collisions in Two Dimensions]

  10 min
• 44. UNIT 5: ROTATIONAL MOTION(Centre of the mass of two particle System, Centre of Mass of a Rigid body and Basic concepts of Rotational Motion )

  10 min
• 45. UNIT 5: ROTATIONAL MOTION(Moment of a force; torque)

  10 min
• 46. UNIT 5: ROTATIONAL MOTION(Angular momentum)

  10 min
• 47. UNIT 5: ROTATIONAL MOTION(Conservation of angular momentum and its applications)

  10 min
• 48. UNIT 5: ROTATIONAL MOTION[Moment of Inertia]

  10 min
• 49. UNIT 5: ROTATIONAL MOTION( The radius of gyration)

  10 min
• 50. UNIT 5: ROTATIONAL MOTION(Values of moments of inertia for simple geometrical objects)

  10 min
• 51. UNIT 5: ROTATIONAL MOTION( Parallel axes theorems)

  10 min