Designing a Self-Supporting Egg Catcher: A Scientific Approach

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SUMMARY

The discussion focuses on designing a self-supporting device to catch a hardboiled egg dropped from a height of 7 meters. The device must be under 5 cm tall and can utilize any materials, with the requirement that it remains stable on hardwood surfaces. Key considerations include calculating the egg's impact velocity and momentum upon landing, which can be estimated using basic physics principles while ignoring air resistance for initial calculations.

PREREQUISITES
  • Basic physics concepts, including momentum and impact velocity
  • Understanding of material properties and structural stability
  • Familiarity with design constraints in engineering projects
  • Knowledge of projectile motion and free fall equations
NEXT STEPS
  • Research the equations of motion to calculate the impact velocity of a falling object
  • Explore materials with high energy absorption properties for impact mitigation
  • Investigate design principles for creating stable, self-supporting structures
  • Examine case studies of similar engineering challenges and their solutions
USEFUL FOR

This discussion is beneficial for engineering students, product designers, and hobbyists interested in physics-based design challenges and structural engineering principles.

Ering
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Hello, I'm looking for any ideas that you geniuses may have!
We have to design a device that will catch a (hardboiled) egg from 7 meters high.
It can be made from any material/objects but must be under 5 cm tall (the sides can be as wide as wanted) and must be self-supporting.
The device will be placed on hard wood.

I've been looking up some ideas online, and figured I'd ask on here as well.

Thanks for any ideas!
 
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Ering said:
Hello, I'm looking for any ideas that you geniuses may have!
We have to design a device that will catch a (hardboiled) egg from 7 meters high.
It can be made from any material/objects but must be under 5 cm tall (the sides can be as wide as wanted) and must be self-supporting.
The device will be placed on hard wood.

I've been looking up some ideas online, and figured I'd ask on here as well.

Thanks for any ideas!

What have you found so far? What are the relevant equations and concepts involved in this type of project?
 
If it was me I would probably weigh an egg, and figure how fast it is going after falling 7 meters. It should offer some clues as to the momentum the device is required to absorb. Ignoring air resistance will give a higher estimate, if that proves unrealistic you can probably get pretty close by assuming the egg is a sphere. In this I am assuming the egg is supposed to survive the ordeal.
 

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