Egg toss design project with target for Physics 12 ISU

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SUMMARY

The discussion focuses on designing a container for a Large grade A egg that adheres to maximum dimensions of 25cm x 25cm x 25cm, with a scoring system based on the distance from the target and the mass of the container. The primary challenge identified is achieving accuracy in hitting the target, which is located 2 meters away and requires the egg to be thrown from a height of at least 1 meter. The team is exploring the use of a tesseract design, cotton balls, and double-sided tape to protect the egg, while also considering methods to stabilize the container's trajectory without the use of electronics.

PREREQUISITES
  • Understanding of impulse and momentum principles
  • Familiarity with basic physics concepts related to projectile motion
  • Knowledge of material properties for cushioning (e.g., cotton balls)
  • Experience with basic engineering design principles
NEXT STEPS
  • Research methods to enhance projectile accuracy in physics projects
  • Explore designs for non-electronic stabilizing mechanisms
  • Investigate the effects of different materials on impact absorption
  • Learn about the principles of aerodynamics as they apply to container shapes
USEFUL FOR

This discussion is beneficial for physics students, engineering design teams, and educators involved in hands-on projects that require practical applications of physics concepts, particularly in the context of projectiles and impact resistance.

MatticusjK
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Homework Statement


Need to build a container to hold a Large grade A egg that must have maximum dimensions of 25cm x 25cm x 25cm. Score for marks is based on Score = (200 - Distance from target in cm)/Mass of container with egg. The egg is thrown from at least 1 m above the ground and 2 m from the target.


Homework Equations


We've mostly been looking at impulse and momentum for our ideas, but nothing that solves our primary issue of hitting the target.


The Attempt at a Solution


We're thinking of a tesseract (box inside a box) but the big problem is hitting the target. We're planning on using cotton balls and double-sided tape. We're finding it easy to prevent the egg from breaking, but how are we going to make the container consistently accurate?
 
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Perhaps you could use two lengths of string to control it's final position?
 
We aren't able to control it after it has been thrown. We were thinking of perhaps a shape/substance that will limit bouncing? I also forgot to mention it cannot contain any electronics.
 

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