Media Summary: A can of spray paint is attached to a spring oscillator. A roll of paper is run past the oscillating can. The result is a sine wave ... Odd-shaped objects with their centers of mass marked by orange paint are thrown. While the objects appear to follow very wobbly ... A stuffed monkey is suspended from a rod at one end of a lecture hall by an electromagnet. A golf ball gun aimed directly at the ...

Mit Physics Demo Jumping Wire - Detailed Analysis & Overview

A can of spray paint is attached to a spring oscillator. A roll of paper is run past the oscillating can. The result is a sine wave ... Odd-shaped objects with their centers of mass marked by orange paint are thrown. While the objects appear to follow very wobbly ... A stuffed monkey is suspended from a rod at one end of a lecture hall by an electromagnet. A golf ball gun aimed directly at the ... Two carts are connected together on an air track with a spring. Under bright lights you can see the coupled oscillation of the carts ... A 100 uF oil-filled capacitor is charged to 3 KV. This takes approximately 15 minutes, creating a charge on the capacitor that could ... A solid metal ring is placed on an iron core whose base is wrapped in

A large solenoid is connected to DC power through a knife switch. When the switch is closed, the current builds up to ... ... see the wire actually jumps out and that's actually the name of this

Photo Gallery

MIT Physics Demo -- Jumping Wire
MIT Physics Demo -- Forces on a Current-Carrying Wire
Magnetic Force on a Wire Demo: Jumper Cable
Jumping Wire (G8) [5H40.30]
MIT Physics Demo -- Spray Paint Oscillator
Force on a Current Carrying Wire in a Magnetic field
0710 MIT Physics Demo    Jumping Wire
MIT Physics Demo -- Center of Mass Trajectory
MIT Physics Demo -- Levitating Magnet
MIT Physics Demo -- Monkey and a Gun
MIT Physics Demo -- Push Me, Pull You
MIT Physics Demo -- Exploding Wire
View Detailed Profile
MIT Physics Demo -- Jumping Wire

MIT Physics Demo -- Jumping Wire

A long length of

MIT Physics Demo -- Forces on a Current-Carrying Wire

MIT Physics Demo -- Forces on a Current-Carrying Wire

Two flexible

Magnetic Force on a Wire Demo: Jumper Cable

Magnetic Force on a Wire Demo: Jumper Cable

This is a

Jumping Wire (G8) [5H40.30]

Jumping Wire (G8) [5H40.30]

A long length of

MIT Physics Demo -- Spray Paint Oscillator

MIT Physics Demo -- Spray Paint Oscillator

A can of spray paint is attached to a spring oscillator. A roll of paper is run past the oscillating can. The result is a sine wave ...

Force on a Current Carrying Wire in a Magnetic field

Force on a Current Carrying Wire in a Magnetic field

Demonstration

0710 MIT Physics Demo    Jumping Wire

0710 MIT Physics Demo Jumping Wire

0710 MIT Physics Demo Jumping Wire

MIT Physics Demo -- Center of Mass Trajectory

MIT Physics Demo -- Center of Mass Trajectory

Odd-shaped objects with their centers of mass marked by orange paint are thrown. While the objects appear to follow very wobbly ...

MIT Physics Demo -- Levitating Magnet

MIT Physics Demo -- Levitating Magnet

Two flexible

MIT Physics Demo -- Monkey and a Gun

MIT Physics Demo -- Monkey and a Gun

A stuffed monkey is suspended from a rod at one end of a lecture hall by an electromagnet. A golf ball gun aimed directly at the ...

MIT Physics Demo -- Push Me, Pull You

MIT Physics Demo -- Push Me, Pull You

Two carts are connected together on an air track with a spring. Under bright lights you can see the coupled oscillation of the carts ...

MIT Physics Demo -- Exploding Wire

MIT Physics Demo -- Exploding Wire

A 100 uF oil-filled capacitor is charged to 3 KV. This takes approximately 15 minutes, creating a charge on the capacitor that could ...

Physics Demo -- Jumping Ring

Physics Demo -- Jumping Ring

A solid metal ring is placed on an iron core whose base is wrapped in

MIT Physics Demo -- Back "emf" in a Large Solenoid

MIT Physics Demo -- Back "emf" in a Large Solenoid

A large solenoid is connected to DC power through a knife switch. When the switch is closed, the current builds up to ...

Jumping Wire - Lorentz Force

Jumping Wire - Lorentz Force

... see the wire actually jumps out and that's actually the name of this