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Work smarter – Conserve your energy!

Physics, chemistry, biology, and engineering all rely on the same concepts related to conservation of energy. With this series of videos, you can understand them once and reuse them multiple times to save your learning effort.

Basics

1. Introduction to Laws of Conservation

1. Introduction to Laws of Conservation

2. Introduction to Conservation of Energy

2. Introduction to Conservation of Energy

3. Conservation of Energy Examples

3. Conservation of Energy Examples

Energy and Forces (Work)

4. Conservation of Energy in Mechanics

4. Conservation of Energy in Mechanics

5. Conservation of Energy in Mechanics – Exercise

5. Conservation of Energy in Mechanics – Exercise

6. Change of energy through mechanical work

6. Change of energy through mechanical work

7. Calculating work – Exercises

7. Calculating work – Exercises

Energy and Heat (Thermodynamics)

8. Change of energy through heat

8. Change of energy through heat

9. Thermal Energy

9. Thermal Energy

10. Heat machines

10. Heat machines

11. Change of energy through heat – Exercise

11. Change of energy through heat – Exercise

Energy and Fluids (Fluid Dynamics)

12. Bernoulli’s Equation

12. Bernoulli’s Equation

A Closer Look at Some Forms of Energy

13. Forms of Energy in Mechanics: Discovery of Kinetic Energy

13. Forms of Energy in Mechanics: Discovery of Kinetic Energy

14. Forms of Energy in Mechanics: Gravitational Potential Energy

14. Forms of Energy in Mechanics: Gravitational Potential Energy

15. Forms of Energy in Mechanics: Elastic Potential Energy

15. Forms of Energy in Mechanics: Elastic Potential Energy

What Can Go Wrong? (Review)

16. Popular mistakes with conservation of energy

16. Popular mistakes with conservation of energy

Power

17. Introduction to Power

17. Introduction to Power

18. Power – Exercise

18. Power – Exercise