Egg Drop Challenges: Ensuring Safe Delivery of 3 Grade A Eggs

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Discussion Overview

The discussion revolves around strategies for successfully designing a container to protect three Grade A eggs during a drop from a height of 2.5 meters, adhering to specific constraints regarding size, weight, and construction. Participants explore various design ideas and considerations for cushioning and impact absorption.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant proposes a conical device surrounded by cushion foam but reports that all eggs broke during testing, seeking further suggestions.
  • Another participant questions whether the eggs were hard-boiled, implying that the state of the eggs may affect the outcome.
  • A different participant suggests investigating the failure by asking about the drop dynamics, including the orientation of the cone upon impact and the deformation that occurred.
  • One participant recommends using three small boxes with tissue paper for cushioning, placed inside a larger box made of cardboard, which could deform upon impact, potentially softening the blow.
  • This same participant also suggests adding fins to the larger box to control the orientation of the fall, aiming to maximize the eggs' strength direction during impact.
  • Another participant humorously notes that the previous suggestion may have provided a clear solution or at least a viable route for the original poster.

Areas of Agreement / Disagreement

Participants present multiple competing views and suggestions for egg protection strategies, with no consensus on a single best approach or solution. The discussion remains unresolved regarding the effectiveness of the proposed methods.

Contextual Notes

Participants express uncertainty about the specifics of the initial design and its performance, including the dimensions of the device and the conditions of the drop. There are also unresolved questions regarding the state of the eggs and the mechanics of the drop.

Who May Find This Useful

Individuals interested in engineering challenges, design optimization, and experimental physics may find this discussion relevant.

Mark L
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The egg drop rules are that the container must be less than 1600 cm cubed in volume, wiht no dimension greater than 25 cm and a maximum mass of 1 kg. The eggs must be able to be easily removed after the drop from 2.5 meters. Parachutes may not be used and the device must be in one piece. Three large grade A eggs will have to all survive.
My idea was to make a conical device and surround the eggs in cushion foam, but all of my eggs broke upon impact in testing. Should i elaborate on my idea or is there a better way to get the three eggs down safely.
Thank you for any and all suggestions.
 
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Are your eggs hard-boiled?
 
It might help to at least try to determine why the eggs broke.

Did the cone drop onto its tip? Did it flip over?

Did it bounce? How much deformation took place?

What were the dimensions of the device? How much space separated the eggs? How much separated the edges of the cone from the egg?

We need more information.
 
Place the eggs in 3 small boxes that are just big enough, and put something like balled tissue paper in there. Then, get the largest box you can use (ideally made of cardboard because it's light and will deform on impact a bit softening the blow) and hook the little boxes into the big one using rubber bands as supports. 6 for each box. (use staples or something similar) Then put some soft pliable padding in the big box... your done!

To take the eggs out all you have to do is take them out of their boxes.

Something like this picture...

(light blue is mild padding, and dark blue is somewhat stiffer padding)

Also, you could get the box to fall so that the eggs will absorb the impact in their strongest direction by adding fins!
(You could even take this a step further by ensuring the box will land one way, and then setting the eggs up to withstand that specific direction)

Naturally the idea here is the increase the amount of time that it takes to impart the force of the fall onto the eggs.
 

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Ah but you've gone and given him the answer... or at least one route.
 

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