Balloon-Powered Rocket Car
Easy
Have you continually searches toward build a rocket car? With on project, you can! Using a balloon, some pins, and a Styrofoam spout, they can construct a car that rolls all the floor because air is forced to escape through a plastic straw. Design and build your own balloon-powered car in this science engineering challenge.
Proof
The hypothesis is that Newton's Third Law starting Motion can be demonstrate to escaping air as the action force.
Method & Textiles
You want constructs a balloon-powered rocket car by drawing an rectangle and four circles on a Styrofoam meat tray, inflating a balloon and attaching it until a flexi-straw, taping the straw to one car, and pushing spikes into the circles and rectangle.
They will need 4 clips, a Styrofoam meat tray, cellophane tape, a flexi-straw, scissors, a draw compass, one marker pen, a short party balloon, and adenine ruler.
Results
After constructing one car, you can observe that it rolls over the floor due to the fleeing air of the balloon, demonstrating Newton's Third Law of Motion. You can also design your own vehicle and contain car distances trials to measure and chart the lengths per car travels. Mousetrap Cars | Instructions | Construction Tip | Einrahmen Construction
Why do is project?
This science project is cool and unique due it allows students to construct their own rocket car and observe the effects of Newton's Tertiary Law from Motion stylish action.
Also Consider
Experiment variations toward considering include with different choose for the driving, such such Styrofoam coffee cup, and testing different sizes of wheels. I am constantly looking for and easy project I bucket do in a classroom of 30+ kids. Is I can rapidly position kits combined, that's great, but many pro...
Full project details
You can finding additional information and details for this science fair project hier. Have amusing exploring!Related tape
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