Obsah

1. Lecture 01 - Vector Addition
   1. Graphical Vector Sum in 2-D
2. Lecture 02 - Vector Multiplication, 1-D Motion
   1. Graphical Dot Product in 2-D
   2. Graphical Cross Product in 3-D
3. Lecture 04 - Projectiles, Relative Motion
   1. Projectile Motion
   2. Relative Motion in 2-D
4. Lecture 05 - Newton's Laws
   1. Forces and Motion
5. Lecture 06 - Free Body Diagrams, Friction
   1. Block Sliding Down Ramp With Friction
6. Lecture 08 - Work-Kinetic Energy Theorem
   1. Integrating to Find Work
7. Lecture 10 - Conservation of Energy
   1. Energy Skate Park
   2. Bungee Jumping With Energy Conservation
8. Lecture 12 - Conservation of Momentum
   1. Collision Lab
   2. Ballistic Pendulum
   3. Multiple Ejections Versus Rocket Equation
9. Lecture 14 - Torque, Static Equilibrium
   1. Motion of 2-D Object With Arbitrary Forces Applied
   2. Balancing Act
10. Lecture 15 - Rolling
    1. Rolling With and Without Slipping
    2. Sliding Versus Rolling Versus Tumbling
11. Lecture 16 - Conservation of Ang. Momentum
    1. Colliding Asteroids and Angular Momentum
12. Lecture 17 - Elasticity, Oscillations
    1. Stress-Strain Plot
13. Lecture 18 - Simple Harmonic Motion
    1. Masses and Springs
    2. Pendulum Lab
    3. Physical Pendulum Pivoted From Arbitrary Point
14. Lecture 19 - Traveling Waves
    1. Model of a Traveling Wave
    2. Harmonic Series and Standing Waves on a String
15. Lecture 20 - Sound, Doppler Effect
    1. Standing Sound Wave in a Pipe
16. Lecture 21 - 1st Law of Thermo, Ideal Gas
    1. Heat Capacity and Phase Change
17. Lecture 22 - Internal Energy of a Gas
    1. P-V Diagram and Work