• Physics 211
• Impulse
• Potential Energy
• Reflecting on the Midterm
• Uniform Circular Motion
• Vectors
• The Force of Gravity
• Non-Uniform Circular Motion
• Rotational Dynamics
• Problem Solving Projectile Motion
• Drag
• Instructor and Orientation
• Defining Success and Failure
• Reading Guide Chap 15
• Work
• Interacting Objects
• The Big Picture
• Cognitive Psychology
• Kinematics of Oscillations
• Practice!
• Newton's Third Law
• Motion in 2D
• Immediate Action Needed!
• Conservation of Momentum
• Week 1 - Concepts of Motion
  • Structure of the Lessons
  • Representing the Motion of the Rocket Car
  • Check your Understanding!
• Projectile Motion
• Sometime the Work is Zero!
• Static Equilibrium
• Dynamics of Circular Motion
• Gravitational Energy
• Energy Bar Charts
• Dynamics of Non-Uniform Circular Motion
• Analyzing Data
• Two 1D Motions
• Phase
• Mass & Weight
• Collisions
• Metacognition
• Week 2- Learning to Learn and 1D kinematics
  • Reading and Studying Methods
  • Stephen's Chew Videos
  • Relating Position and Velocity.
  • Instantaneous Velocity
  • Acceleration
  • Motion with Constant Acceleration
  • Free Fall Motion
  • Kinematics Equations for Constant Acceleration
• Escape Speed
• Dynamics
• Ropes and Pulleys
• Rigid Bodies and Center of Mass
• Spring Forces
• Loops and Tracks
• What is the Centripetal Force?
• Rolling Motion
• Practicing Newton's Laws
• Problem Solving with Multiple Objects
• Moment of Inertia and Kinetic Energy of Rotation
• Relative Motion
• Equilibrium and Constant Force Models
• Bouncing Balls
• Conclusion
• The Best Fit!
• Other Forms of Energy
• Thermal Energy
• Dynamics
• Week 3 - Vectors, Motion in 2D and the Scientific Method
  • Scientific Method
  • The Accelerometer
  • The Boxplot and StatKey
• Bucket Overhead
• A Yo-Yo
• Rocket in Space
• Week 4 - Projectile Motion and Forces
  • Simulation: Forces and Motion
  • Proportional Reasoning
• A Vector Description of Rotation
• A Sense for Energy and Power
• Torque
• Friction
• How to Use Excel
• Energy Diagrams
• Angular Momentum
• Week 5 - Reflecting on Midterm 1 and Dynamics
• Spinning Wheels
• Week 6 - Practicing Dynamics
• Week 7 - Newton's Third Law
• Conservation of Angular Momentum
• Week 8 - Dynamics of Circular Motion
• Week 9 - Work, Kinetic Energy and Hooke's Law
• Week 10 - Conservation of Energy
• Week 11 - Oscillations
• Week 12 - Conservation of Momentum
• Week 13 - Rigid Bodies
• Week 14 - Rotational Dynamics, Rolling Motion and Angular Momentum
• Week 15 - Gravity and Review