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Investigating the Distance Travelled by Toy Cars: A Science Fair Project

This science fair project by Annette D. Boles from Grand Canyon University explores which toy car travels the farthest down a ramp. The hypothesis posits that a short string will allow a pendulum effect, increasing the distance. The experiment involves placing various toy cars on a ramp, releasing them to roll, and measuring the distances traveled. Data is collected systematically to determine which car performs best, highlighting principles of physics and experimentation. This project encourages hands-on learning and critical thinking skills.

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Investigating the Distance Travelled by Toy Cars: A Science Fair Project

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Presentation Transcript

  1. FUTURE SCIENTIST Annette D. Boles Grand Canyon University TEC 546 July 13, 2011

  2. PROBLEM: WHICH TOY CAR WILL TRAVEL THE FARTEST?

  3. HYPOTHESIS • THE SHORT STRING, WILL MAKE A PENDULUM SWING LONGER.

  4. PROCEDURES • PLACE THE TOY CAR ON THE RAMP • LET THE CAR ROLL DOWN THE RAMP • MEASURE THE DISTANCE THE CAR TRAVELED • RECORD DATA STEPS OF A SCIENCE FAIR PROJECTS MONSTER TRUCK DISTANCE

  5. GATHER MATERIALS

  6. CONDUCT THE EXPERIMENT

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