Squeeze to Shrink
by Anonymous · ⭐ 1 · 🍴 0
🔽 Add weights on the cylinder and watch the gas shrink in volume! With 2 weights it becomes half, with 3 it becomes 1/3. But multiply pressure by volume, and it always equals 60. Even across 6 steps, this value stays steady with all 12 particles simply squeezed closer together. 🔥 Let's heat it up! Every 20 degrees, volume grows by 2. The particles didn't multiply—they just moved faster to push the piston up. 🎈 Look at real life: a snack bag puffs up on a high mountain, while air bubbles shrink deep underwater. But what about a stiff can near a fire? Its volume can't expand, so pressure spikes instead! Built with code · Remix it to add your own experiments!
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About this app
Squeeze It Smaller is an interactive middle school science app that explores how pressure and temperature affect gas volume. Users can stack weights on a cylinder to test Boyles Law or heat the container to observe particle motion and expansion according to Charles Law. The app also includes real-world scenario quizzes, such as snack bags swelling on high mountains or air bubbles shrinking underwater.
Use cases
- Middle school science students visualizing gas laws and particle movement
- Science teachers demonstrating Boyles and Charles laws in interactive lessons
- Students reviewing the relationships between pressure, volume, and temperature
Features
- Weight stacking simulation to observe the inverse relationship between pressure and volume
- Temperature adjustment mode displaying particle speed and gas volume changes
- Real-time particle visualization showing constant particle count under changing space
- Interactive quiz with real-world scenarios including mountain snack bags, diving bubbles, and sealed cans
- Step-by-step guided experiment goals and audio toggle