Egg Drop Project and Kinetic Energy

In summary, the conversation discusses the parameters and limitations of an Egg Drop project assigned by a teacher. The main concept is to transfer kinetic energy to the egg slowly over a longer distance. The person also shares their own idea of using multiple layers of paper to cushion the fall, but is open to suggestions for other methods or materials. They mention searching on Google for more ideas.
  • #1
jackrc11
6
0

Homework Statement


[/B]
Our teacher has given us the weekend to go and work on the Egg Drop project. He's restricted us to 20g total mass and 6cm * 6cm * 30cm in size. Food, foam, bubble wrap is prohibited. Parachutes can be added but can not make it exceed 12cm * 12 cm * 30cm.

So that's what was given. I'm curious if there's any well known recommended way to do this. I understand the main concept is to make Kinetic energy be transferred to the egg slowly over a longer distance (rather than the regular one point on the ground). Any suggestions?

Homework Equations



No real equations to plug in here, just more application of basic ideas of energy and motion.

The Attempt at a Solution



My main idea of doing it was to have multiple layers of paper the egg can fall through, the main problem would likely be securing the layers together. A piece of paper is approximately 4.5g, so the limit is basically 4 pieces of paper to be safe. I'd think maybe one piece for a tubing to secure the egg in, then do layers of paper on the way down, with tape securing them?

Any other suggestions of methods or materials to use?
 
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  • #2
Have you tried Google? An image search with the phrase "egg drop project ideas" returns lots of interesting techniques.
 

1. What is the Egg Drop Project?

The Egg Drop Project is a science experiment in which an egg is dropped from a height and the goal is to design a structure that will protect the egg from breaking upon impact.

2. How does the Egg Drop Project relate to kinetic energy?

The Egg Drop Project is a great way to demonstrate the concept of kinetic energy. Kinetic energy is the energy an object has due to its motion. When the egg is dropped, it gains kinetic energy as it falls towards the ground.

3. What materials are typically used in the Egg Drop Project?

Common materials used in the Egg Drop Project include paper, straws, popsicle sticks, rubber bands, and bubble wrap. These materials are often used to create a protective structure around the egg.

4. Does the shape of the structure affect the outcome of the Egg Drop Project?

Yes, the shape of the structure can greatly affect the outcome of the Egg Drop Project. A structure with a larger surface area or one that is designed to absorb or distribute the impact can decrease the amount of force on the egg and increase its chances of survival.

5. Can the Egg Drop Project be modified for different grade levels?

Yes, the Egg Drop Project can be modified for different grade levels by changing the height from which the egg is dropped, the materials used, and the complexity of the design. This allows for students of all ages to participate and learn about kinetic energy in a hands-on and engaging way.

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