03:25

ASR Balloon Launch 2016

06:19

Pole Barn Paradox

09:21

Gauss's Law

06:26

LR circuits explained

03:49

Right Hand Rule

05:44

Lightbulbs Part I

09:18

Rolling Motion

08:50

Lighbulbs Part 2

02:26

Refraction

03:54

Snell's Law

07:21

Motion Problems Part 1

09:32

Conservation of Energy

08:15

Position, Displacement and Graphing

05:16

The Physics of Color

07:24

Work

07:21

Rollercoaster Loop

04:17

Resonance

04:28

Physics of Walking

07:18

Lightbulbs Part 3

06:59

Geosynchronous Orbit

06:16

Capacitor Problem

04:50

Motion Problems Part 2

05:59

Lightbulbs Part 1 old

06:00

Electrostatics

03:52

Pendulums and Springs

10:51

Motion Problem

05:21

Specific Heat and Phase Change Problem

03:59

Newton's Law Problem

04:46

Free Body Diagrams

06:17

Rainbows

08:45

Torque Ladder Problems

00:49

Total Internal Reflection Blue Laser Demo

04:35

Total Internal Reflection Part II: Explanation

05:02

Total Internal Reflection Demo & Explanation

05:19

The Ring Launcher Explained

03:44

Moment of Inertia Explained

01:48

Total Internal Reflection Part I: Demonstration

03:49

Right Hand Rule Explained

01:13

Ring Launcher two wires attracting

01:48

Right Hand Rule Demonstration

01:27

Force on a Current Carrying Wire in a Magnetic field

04:27

Hall Effect

01:09

Concave Mirror Demo

01:24

Concave Mirror Demonstration

05:48

Impulse: Happy Ball Sad Ball

04:34

Torque

05:58

Beat Frequency

04:35

Friction Explained

03:39

Center of Mass

01:58

Simple Harmonic Motion: Spring and Mass

02:01

Relative Velocity

00:47

Ring Launcher in Slow Motion

03:20

Conservation of Angular Momentum

01:33

Light Bulb

01:55

Conservation of Angular Momentum Demonstration: Hanging Bicycle Wheel

04:38

Standing Waves Part I: Demonstration

05:20

Standing Waves Part II: Explanation

02:01

Sound in an Open Pipe: Demonstration

01:41

Sound Explained

00:36

Sound from a tuning fork in high speed.mov