Physics

It’s time for Bill Nye to shed a little light on electricity.

Hold it right there, buddy – it’s the “Forensics” show.

Get a grip – it’s the “Friction” episode.

Don’t stay in the dark – Bill Nye will help you absorb the science of light optics.

Lighten up. It’s the “Light and Color” episode.

Bill’s moving non-stop to bring you the “Momentum” episode.

Bill gets things rolling and then puts on the brakes to demonstrate how things can’t move or stop moving by themselves.

They’re on your refrigerator, they’re inside your computer, and you’re even standing on one right now. They’re magnets, and forget about being repulsed.

Do you measure up? Watch the “Measurement” episode with Bill Nye to find out.

Demonstrations include: 1: Uniform and Accelerated Motion: Position Time Observations 2: Gravitation Acceleration - Determination of "g" 3: Projectile Motion -Simultaneous fall 4: Projectile Motion- Monkey and Hunter 5: Projectile Motion - Trajectory of a projectile 6: Circular Motion - Direction of centripetal force 7: Circular Motion - Centrifugal effects on a rotating sphere 8: Circul

Includes: 1: Newton's Law - Rest Inertia of Massive Ball; 2: Newton's 2nd Law - Effects of a varies net force on a body's motion; 3: Newton's 3rd Law - Reaction Cart/Projected Ball Bearings; 4: Terminal Velocity - Air resistance acting on a free-falling body; 5: Motion of Center of Mass - system with internally moving components; 6: Motion of Center of Mass - Projected boomerang and tennis

Demonstrations include: 1: Mechanical Resonance - Forced Vibrations with Single Coupled Oscillators; 2: Velocity, Wavelength, and Frequency Reflected Waves - Transverse Waves on a Coil Spring; 3: Change in Medium /Interference - Transverse Waves on a Coil Spring; 4: Transverse Standing Waves - Vibrational Modes on a String; 5: Longitudinal Waves - Propagation/Interference of Longitudinal Waves

Demonstrations include: 1: Nature of Sound and Waves - Sources and Propagation of Sound; 2: Propagation of Sound - Direct Measurement of the Speed of Sound in Air and Metal; 3: Transmission of Sound Through a Medium - Attenuation of Sound in a Vacuum; 4: Refraction of Sound - Carbon Dioxide Sound Lens; 5: Interference of Sound - Sound Divided into Paths of Differing Length; 6: Interference of

Demonstrations include: 1: Standing Sound Waves - Resonating Air Column with Cork Dust; 2: Standing Sound Waves - Resonance with Illuminating Gas in Flame Tube; 3: Standing Sound Waves in Two-Dimensions - Illuminating Gas in a Resonating Cavity; 4: Vibrations in a Two-Dimensional Surface - Chladni Plate; 5: Resonance/Real-Time Strobe Holography - Resonant Modes of a Vibrating Bell; 6: Quality

Contains 3 episodes, each about 30 minutes in length. In each episode, a team of scientists that includes biologists, chemists, and physicists are transported to an isolated island where they must work together to solve challenges using mainly indigenous items.