Mwong017: Created page with "NOTOC Back to 1N - Linear Momentum and Collisions
PIRA index: 1N22.10 ==Description== A compressed gas cylinder (argon) is at..."

2015-07-22T18:44:28Z

Created page with "__NOTOC__ Back to 1N - Linear Momentum and Collisions<br> PIRA index: 1N22.10 ==Description== A compressed gas cylinder (argon) is at..."

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Back to [[1N_-_Linear_Momentum_and_Collisions|1N - Linear Momentum and Collisions]]<br>
PIRA index: 1N22.10

==Description==
A compressed gas cylinder (argon) is attached to a tricycle. When the gas is released, it propels the tricycle forwards. Can also be a fire extinguisher.

==Equipment==
*Rocket bike (with argon canister attached)
*helmet
*adjustable spanner/wrench

==Instructions==
Have a demonstrator sit on the bike with his/her feet off the pedals, preferably placed on the frame. The bike should be located at the edge of a room/area. The professor should then open the valve on the argon bottle. Once the bike has been propelled far enough, a second person should close the valve.

==Keywords==
rocket, bike, bicycle, tricycle, argon, gas, fire extinguisher

==Images & Movies==
<gallery>
File:1N22.10_1.JPG|Figure1
</gallery>

Rocket bike - Revision history

Mwong017: Created page with "__NOTOC__ Back to 1N - Linear Momentum and Collisions PIRA index: 1N22.10 ==Description== A compressed gas cylinder (argon) is at..."

Mwong017: Created page with "NOTOC Back to 1N - Linear Momentum and Collisions
PIRA index: 1N22.10 ==Description== A compressed gas cylinder (argon) is at..."