- 1.0 introduction to lenses
- 1.1 Momentum
- 1.2 Energy
- 1.3 Dynamics (Forces)
- 1.4 Kinematics (speed)
- 1.5 Kinematics (acceleration)
- 1.6 Energy: Kinetic, and Gravitational Potential
- 1.7 Forces affect Momentum and Energy
- 1.8 Lens, Motivation, Application
- 1.9 Scaling: What changes as things get larger?
- 2.0 Work
- 2.1 Power
- 2.2 Units
- 2.3 Graphical Analysis of Kinematics
- 2.4 Vectors and Direction
- 2.5 Dynamics Protocol and More Directions
- 2.6 Springs: Force and Stored Energy
- 2.7 Potential Energy Diagrams
- 2.8 Update and Summary on Lens Method
3 Important One-Dimensional Applications
- 3.0 Changing Reference Frames
- 3.1 Elastic Collisions in 1D, making reference to collisions (from OpenStax)
- 3.2 Friction
- 4.0 Intro to Rotation (4 lenses)
- 4.1 Direction of Rotation
- 4.2 Rotation and Tangential Motion
- 4.3 Torque, Work, Power
- 4.4 Moment of Inertia
- 4.5 Moments of Inertia of Solid Bodies
- 4.6 Intro to Statics
- 4.7 Angular Momentum Conservation
5 Central Forces, Central Acceleration
- 5.0 Centripetal Acceleration
- 5.1 Ubiquitous Inverse Square Law
- 5.2 Universal Gravity
- 5.3 Loop the Loop: circular motion in the vertical plane
- 5.4 Astro Gravitational Potential Energy and Escape Speed
- 6.0 Intro to Linear System of Masses
- 6.1 Rotational Systems
- 6.2 Center of Mass
- 6.3 Parallel Axis Theorem
Chapter 7, college, Spring 2018
- 7.0 Introduction to Components
- 7.1 Components, Work, Torque, Statics, Momentum
- 7.2 Inclined Plane
- 7.3 Conical Pendulum
- 7.4 Angular Momentum of a Point Mass
- 7.5 Angular Momentum, Stability, Precession
- 7.6 Trigonometry and two Derived Equations