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!
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