Lectures in Energy
- Lecture 1: Kinetic Energy Of B Relative To A
- Lecture 2: The Circus Act
- Lecture 3: Force And Power
- Lecture 4: Force And Power
- Lecture 5: 2 Springs: Find The Equivalent Pe: Part 1
- Lecture 6: 2 Springs: Find The Equivalent Pe: Part 2
- Lecture 7: 2 Springs: Find The Distance With Constant Power
- Lecture 8: Energy And Spring: Part 1
- Lecture 9: Energy And Spring: Part 2
- Lecture 10: Work Done By A Force
- Lecture 11: The Spring Gun: Part 1
- Lecture 12: He Spring Gun: Part 2
- Lecture 13: The Spring Gun: Another Method
- Lecture 14: Find Coefficient Of Friction
- Lecture 15: Find Friction Dissapated By Friction
- Lecture 16: Pendulum And Energy Problem
- Lecture 17: F=? Pushing The Boat
- Lecture 18: Final Velocity=? Of The Car
- Lecture 19: Power Required=?
- Lecture 20: Find Th Instantaneous=? And Ave. Power=?, Part 1
- Lecture 21: Find Th Instantaneous=? And Ave. Power=?, Part 2
- Lecture 22: Power=? Using Imperial Units
- Lecture 23: Power=? Using Metric Units
- Lecture 24: Will The Block Slide Down?
- Lecture 25: Where Will The Block Stop?
- Lecture 26: Stopping A Train
- Lecture 27: Friction Force=?
- Lecture 28: What Is The Correct Answer?
- Lecture 29: Instantaneous Power=?
- Lecture 30: Compression=? (Mixed Units)