1. Textbook Introduction & Syllabus
2. Measurement, Units, Unit Analysis, Sig-Figs and Problem Solving
3. Velocity, Speed, Displacement, Distance & Acceleration
4. Kinematic Equations & Free Fall
5. Free Fall, Vector Components & Vector Addition
6. Vectors & Intro to Projectile Motion
7. Projectile Motion from a Horizontal Cliff
8. Introduction to Forces: Newton's Law I & Newton's Law II
9. Newton's Third Law
10. Free Body Diagrams & Friction
11. How to Solve Force Vector Problems
12. Work, Energy, Conservation of Energy, Hooke's Law
13. Work Energy Theorem
14. Impulse & Conservation of Linear Momentum
15. Linear Momentum
16. Review
17. Circular Motion and Gravitation
18. Circular Motion
19. Rotational Dynamics
20. Rotational Energy
21. Angular Momentum, Stress & Strain
22. Ping-Pong Gun & Buoyant Force
23. Bernoulli Equation
24. Ideal Gas Law
25. Heat and Radiation
26. Simple Harmonic Motion

In this algebra-based course, UMKC Prof. Robert Riggs gives 26 video lectures on fundamental principles of physics including mechanics, heat and energy, and applications of these principles to different interdisciplinary natural science. Other topics covered in this course are:

- Measurement, Units, Unit Analysis, Sig-Figs and Problem Solving
- Velocity, Speed, Displacement, Distance & Acceleration
- Kinematic Equations & Free Fall
- Free Fall, Vector Components, Vector Addition
- Vectors & An Intro to Projectile Motion
- Projectile Motion from a Horizontal Cliff
- Introduction to Forces: Newton's Law I & Newton's Law II
- Newton's Third Law
- Free Body Diagrams & Friction
- How to solve force vector problems
- Work, Energy, Conservation of Energy, Hooke's Law
- Work Energy Theorem
- Impulse, Conservation of Linear Momentum
- Linear Momentum
- Circular Motion
- Rotational Dynamics
- URotational Energy
- Angular Momentum, Stress & Strain
- Ping-Pong Gun & Buoyant Force
- Bernoulli Equation
- Ideal Gas Law
- Heat, Specific Heat, Phase Change, Conduction, Convection, Radiation
- Simple Harmonic Motion