SUMMARY
The discussion focuses on creating a contraption to protect a raw egg from breaking when dropped from a height of three stories. Participants suggest using a small cardboard box filled with cotton balls, a plastic bag for the egg, and a parachute device for added protection. The design must fit within a one square foot rectangle and cannot utilize packaging materials or food substances. The mathematical consideration of dimensions is also highlighted, emphasizing the relationship between the sides of the box to maintain the required surface area.
PREREQUISITES
- Understanding of basic physics principles related to impact and force distribution.
- Familiarity with materials suitable for cushioning (e.g., cotton balls).
- Knowledge of design constraints and optimization (e.g., fitting within a one square foot rectangle).
- Basic mathematical skills for calculating dimensions and surface area.
NEXT STEPS
- Research effective cushioning materials for impact protection.
- Explore the physics of parachute design and its effects on falling objects.
- Learn about the principles of force distribution in engineering design.
- Investigate creative design solutions for similar physics projects.
USEFUL FOR
Students in physics classes, educators looking for project ideas, and individuals interested in engineering design challenges related to impact protection.