Lectures in WORK, ENERGY, AND POWER
- Lecture 1: Basics
- Lecture 2: Basic Example
- Lecture 3: Lifting An Object
- Lecture 4: Compressing A Spring
- Lecture 5: Pushing An Object (Frictionless)
- Lecture 6: Inclined Plane (Frictionless)
- Lecture 7: Inclined Plane (Friction)
- Lecture 8: Work Done By Gravity
- Lecture 9: Work Done By A Spring
- Lecture 10: Work Done By Carrying A Box
- Lecture 11: The Rate Of Doing Work
- Lecture 12: What Is A Horsepower?
- Lecture 13: Power Needed To Overcome Friction
- Lecture 14: Power Required To Drive Up A Hill
- Lecture 15: Driving Up A Hill With Friction
- Lecture 16: Driving Up A Hill
- Lecture 17: Pumping Water
- Lecture 18: Power Generator
- Lecture 19: Climbing Mountains
- Lecture 20: Climbing Stairs
- Lecture 21: Box Pushed Over Rough Surface
- Lecture 22: Box Pushed Up A Frictionless Incline
- Lecture 23: Box Pushed Up A Rough Incline With Friction
- Lecture 24: Sliding Down A Frictionless Incline
- Lecture 25: Crate Slides Down A Rough Incline
- Lecture 26: A Pulley With Two Weights
- Lecture 27: Energy, Work And Power (1 Of 5)
- Lecture 28: Mechanics: Energy, Work And Power (2 Of 5)
- Lecture 29: Energy, Work And Power (3 Of 5)
- Lecture 30: Energy, Work And Power (4 Of 5)
- Lecture 31: Energy, Work And Power (5 Of 5)
- Lecture 32: Variable Friction - Example 1
- Lecture 33: Variable Friction - Example 2
- Lecture 34: Variable Friction - Example 3