To protect a pumpkin from breaking when dropped 30 feet, you would need to minimize the force of impact on the pumpkin. One way to achieve this is by providing a cushioning material around the pumpkin, such as foam padding or bubble wrap. Additionally, ensuring that the pumpkin is securely fastened within a container or structure that can absorb some of the impact energy can help prevent breakage. Finally, choosing a drop surface that is soft and yielding, like a thick layer of grass or a foam mat, can further reduce the force of impact on the pumpkin.
Chat with our AI personalities
Have someone 30 feet below you catch it safely.
Drop it 30 feet into water.
Drop it 30 feet onto a shock-absorbant surface (matresses, foam, etc.).
Drop it 30 feet after covering it with a shock-absorbant material (lots of bubble-wrap, layers of soft foam/spongy material, etc.).
Attach enough helium balloons to it to almost float it in the air, so the impact of the much slower 30-foot drop won't break it. A parachute attached to the pumpkin would accomplish the same thing.
If the pumpkin sinks in water, drop it 30 feet in a body of water (lake, deep pool, etc.), so it won't break when it reaches the bottom.
Go to a small planet or moon where there is so much less gravity that the impact won't be sufficient to break it, or a large gaseous planet with no solid surface. (Use your imagination for other trickier solutions.)
No, it would hit slower because gravity on the moon is 1/6 the gravity on earth.
whats the weight and shape of the rock it depends on that >:(
theres no way u can do this; its impossible
Math is used to quantify scientific observations and predictions. Ie: how high will the ball bounce when dropped from 10 feet?