SUMMARY
The Egg Car Project requires students to design a car that can transport an egg while stopping autonomously and traveling specified distances of 6m, 8m, 10m, and a mystery distance between 5m and 10m. The project prohibits the use of compressed gases, explosives, and premade parts. Suggested energy storage methods include rubber bands, springs, and weights, with an emphasis on measuring force and maximum extension to determine energy capacity. Students are encouraged to evaluate different energy storage options to find the most effective solution for their design.
PREREQUISITES
- Understanding of energy storage mechanisms, specifically elastic potential energy
- Basic principles of mechanics related to motion and force
- Knowledge of materials suitable for building simple mechanical devices
- Ability to conduct measurements and calculations for force and distance
NEXT STEPS
- Research the mechanics of elastic potential energy in rubber bands and springs
- Explore designs for autonomous stopping mechanisms in toy cars
- Investigate the use of gravitational potential energy with weights
- Learn about the principles of simple machines to enhance car design
USEFUL FOR
This discussion is beneficial for students participating in engineering projects, educators teaching physics concepts, and hobbyists interested in mechanical design and energy storage solutions.