Isometric illustration of an egg in a green cushioned cage, with an assembly diagram, blueprints, ruler, and tools on a desk.

Certainly! Here's a more conversational and engaging version of your explanation, making the information feel more relatable and easier to understand: --- **Option C: Design Choice and Reasoning** I decided to go with the design that strikes the best balance between protecting the egg and being practical to build. My goal was to choose a design that could effectively cushion the impact and slow down the force before it reaches the egg, helping to prevent it from cracking. **Advantages:** - It acts like a soft buffer to absorb shocks - Spreads out the force evenly so it doesn't concentrate on one spot - Can be easily customized with soft, flexible materials **Disadvantages:** - Sometimes it might be a bit bulky or heavy to handle - The durability of the materials can vary, meaning some might wear out faster - Constructing it could be a bit tricky or time-consuming **Why I Picked This Design:** I picked this option because it offers a good mix of safety and practicality. It helps keep the egg safe by reducing the impact force and is manageable enough to build and adjust during testing. --- **Building the Prototype** While building the device, I added extra padding in the areas most likely to hit hardest and reinforced the outer shell to better handle impacts. I also adjusted the shape to help distribute the force more evenly, based on my initial test results, to make it even safer. **Predictions** I believe this device will protect the egg from cracking because the cushioning See more