Egg Drop Experiment Physics CLass

AI Thread Summary
The physics class is conducting an egg drop experiment using wooden strips no larger than 1/4" by 1/4" and specific adhesives. The egg must remain unaltered and must be loaded and removed from the container after the drop, which will occur from a height of about 10 meters. Participants are exploring various designs, including the use of cushioning materials to protect the egg. Previous discussions on similar experiments can provide valuable insights, and users are encouraged to utilize the forum's search feature for additional information. Effective design and orientation during the drop are crucial for preventing the egg from breaking.
pandazcanfly
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My physics class is doing the popular egg drop experiment. We may only use wooden strips no larger than a 1/4" by 1/4" in cross section (ex: toothpicks, popsicle sticks). We may not use bamboo as it is a grass not a wood. We can only use glue, cement, superglue, or hot glue to hold it together. We also must be able to load the egg into the container and remove it after a successful drop. The egg cannot be cooked, coated, or altered in any way. The drop will be from about 10 meters. Does anyone have any helpful information? Anything is appreciated. Thank you very much in advance!
 
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Are you able to shred the wooden strips?
 
That is a very good question that I do not yet know the answer to. I will ask my teacher tomorrow about it. But for time's sake, let us assume that the wood can indeed be shredded.
 
I helped my sister with this a few years ago. Since the egg is very strong on the "pointy sides" you just have to make sure that the point of impact is oriented in that direct. What we did was put an egg in a paper towel tube, put coushining on the other edges, and rocks on the bottom. It apparently fell like a rock, but hers was the only one that didn't break.
 
The egg drop experiment has been discussed here on PF a number of times, so you can probably get some good information by looking at some of the previous threads. Use the "Search" link at the top of the page (just below the "Physics Forums" logo), and choose the "Google custom search" option for best results.
 
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