Chapter 2 Uniform 1-D motion

• Section 2.1 (8:07)- Motion Diagrams and the Particle Model (alternate link)
• Section 2.2 (13:52) - Vectors and Scalars (alternate link)

Chapter 3 Acceleration 1-D Motion

• Section 3.1 (19:49) - Types of velocity and acceleration particle model (alternate link)
  
• Section 3.1 part 2 (6:31) - A continuation of 3.1 (alternate link)
• Superman Jump (5:44) - Graphical approach to solving constant acceleration problems. (alternate link)
  
• JoeJump (4:43) - Can you be accelerating and not moving at the same time? The answer is Yes, btw. (alternate link)
• Solving Problems the "old way"
  
• Acceleration Problems (20:01) - A walk-through of a few problems from the book. I ran out of time on the last one, so I didn't get a chance to describe why the answer is twice as big as the equation says it is. You'll just have to go back into your notes for that. (alternate link)
• Acceleration Quiz (10:32) - A quick walk-through of the Acceleration Quiz. There were four different forms of the quiz. The only difference between them was the numbers. The set-up is the same even if your numbers are different. (alternate link)
• Applying Concepts (17:26) - Here's the explanation for the problems we worked in class. This should help review for the test. (alternate link)

Chapter 4 Dynamics 1-D Forces

• Newton's First Law (9:41) - Discussion of inertia and Newt's First Law. Includes some demos from class. (alternate link)
• Newton's Second Law (6:28) - Quick introduction to Newton's Second Law of Motion. (alternate link)
• Elevator Home Lab (15:19) - Walk through of the elevator home lab match. (alternate link)

Chapter 5-6 Forces and Motion in 2-D

• Forces on a Ramp (14:04) - A ball on a ramp showing the resultant acceleration when weight and normal force are added together. (alternate link)
• Ramp Lab Expectations (5:36) - This is exactly what I'm looking for. (alternate link)
• Friction Home Lab - This is a video I made a couple years ago. I obviously didn't do very well, so you'll have to turn up your volume to hear it.
• Quick Equilibrium Problem (5:04) - Just a short walk-through of an equilibrium problem. (alternate link)
• Another Look at Inclined Planes (8:17)- Force on a ramp with an alternate coordinate system. (alternate link)
  
• Lecture 1 Feb 2010 (13:53) - Circular Motion, turning a car around a corner.
• 2D Force LON-CAPA Examples
• Circular Motion
• Circular Motion part 2
• Pendulum on a Plane

Momentum

Conservation of Energy

• Lecture 8 March 2010 - Big air on the Moon (three parts)

• http://blip.tv/file/3315618
  http://blip.tv/file/3315702
  http://blip.tv/file/3315707

• Lecture 4 Feb, 2009 (16:44) - Wrapping up Energy. (alternate link)

Chapter 14 Periodic Motion

• Waves and Pulses Part 1 (35:10) - Here's the first of our vocab packed lectures on waves. (alternate link)
• Waves and Pulses Part 2 (14:19) - Here's the second one (alternate link)
• Transverse Wave Demos (7:36) - Slinky demos and PhET Simulation of Transverse pulses and waves (alternate link)
• Longitudinal Wave Demos (8:26) - Demos of longitudinal waves, both slinky and simulation (alternate link)
• Interference and Standing Waves (13:34) - Explanation of interference, standing waves and resonance. (alternate link)
  

Chapter 15 Sound

• Introduction to Sound (23:57) - We play with Visual Analyser and Audacity to begin our exploration of sound.(alternate link)
• Rounding out Loudness (18:12) - Just a short bit of lecture finishig our discussion of loudness/decibles. For more information you can check out the page I used in the lecture.http://www.dangerousdecibels.org/hearingloss.cfm. (alternate link)
  
• Standing Waves (13:20) - Harmonics and Overtones in strings and tubes. (alternate link)
• Doppler Effect (15:09) - Our quick lecture on the Doppler effect and traveling the speed of sound. (alternate link)
  

Chapter 16 Light

• Speed of Light - Lecture on how the speed of light was determined (alternate link)
• Color Lecture (19:38) - The Visible Spectrum, trying to make sense of color. (alternate link)

Chapter 17 Mirrors

• Ray Tracing in Converging Mirrors (36:01) - Just what the title says. (alternate link)

Chapter 20 Static Electricity

• Three methods of Charging (18:55) - Here's my charging video. (alternate link)

Chapter 22 Current Electricity

• Ohm's Law - Explanation of V=IR and P=IV. (alternate link)

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