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Impulse Momentum Lab Setup
1:14
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Friction Lab
0:56
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Newton's 2nd Law Lab Setup
2:05
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Newton's 3rd Law Lab Setup
1:10
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Motion Sensor Lab
1:36
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Position vs Time Graphs: How to find distance and speed
1:14
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Position vs. Time Graphs: How to find displacement and velocity
0:59
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Newton's 2nd law of rotation
3:48
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Orbital Speed and Period
3:29
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Center of mass examples
3:45
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Newton's 2nd Law Example
4:19
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Free body diagrams
3:07
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Net Force and Newton's 2nd Law
2:35
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Friction on an incline
4:08
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Friction
6:53
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Net force on an incline
3:22
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Tension and Two Body
5:08
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How to create a graph
2:58
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Projectile motion at an angle
5:18
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Horizontal Projectile Motion
4:53
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Displacement in 2D
4:18
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Component Vectors in Physics
4:16
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Scalars and Vectors
3:04
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Freefall
5:47
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Kinematics
5:43
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Acceleration
3:21
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Distance and Displacement
4:28
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Speed and Velocity
3:51
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Scientific Notation
3:04
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Conversions with the metric system
5:26
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Dimensional Analysis
1:59
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Torque and Moment of Inertia
8:01
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Electric Force
7:16
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Rotational Motion
5:24
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Conservation of Energy
5:11
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2D Explosion
6:00
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Intro to Potential Energy
6:13
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Intro to Work and Kinetic Energy
6:58
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Work Kinetic Energy Theorem
6:26
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Intro to Conservation of Momentum
2:46
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Introduction to Momentum and Impulse
5:30
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2D Elastic Collision
7:23
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Energy with Friction
4:43
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2D Inelastic Collision
6:34
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Perfectly Inelastic Collision
5:14
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COE Intro
3:18
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Conservation of Energy Example
4:49
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Conservation of Energy Practice Problem
3:02
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Work Done by Gravity
4:15
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Kepler's 3rd Law Practice Problem
4:06
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Centripetal Force Practice Problem
3:38
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Centripetal Force Ex 1
3:23
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Centripetal Force Intro
3:05
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Acceleration on an incline practice problem
4:24
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Pulley Example
11:42
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Centripetal Force 1
9:54
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Centripetal Force 2
11:44
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Centripetal Force
5:25
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Net Torque
7:28
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Conservation of Energy: Pendulum
13:30
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Potential energy example
9:00
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Work-Kinetic Energy Theorem Example
10:03
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Kepler's Law problem
17:33