🏁 FRICTION RACE

Explore how different surfaces affect how far a toy car travels!

🔮 Make Your Prediction

Question: Which surface will let the car travel the FARTHEST?

🧊Ice
🪵Wood
📄Paper
🧶Carpet
🪨Sandpaper

🚗 Test Each Surface

Select a surface, then click PUSH THE CAR!

🧊Ice
🪵Wood
📄Paper
🧶Carpet
🪨Sandpaper
LOW FRICTIONHIGH FRICTION
Select a surface to see friction level
START
FINISH
0m
5m
10m
🚗
SurfaceFrictionDistanceWhat Happens?
🧊 IceVery Low-Not tested yet
🪵 WoodLow-Not tested yet
📄 PaperMedium-Not tested yet
🧶 CarpetHigh-Not tested yet
🪨 SandpaperVery High-Not tested yet

Pick the surface you think will let the car go the farthest:

🧊Ice
🪵Wood
📄Paper
🧶Carpet
🪨Sandpaper
⭐Correct Prediction
⭐Good Observation
⭐Great Explanation

🤔 What If We Changed Something?

Click a question, make your prediction, then see what happens!

🔹 Make the surface rougher?
🔹 Make the surface smoother?
🔹 Push the car harder?
🔹 Use a heavier car?

🧠 Best Primary-Level Question

Why does the toy car stop faster on carpet than on ice?

Carpet has MORE friction than ice.

Friction is a force that slows down moving objects.
Rough surfaces (like carpet) create more friction.
Smooth surfaces (like ice) create less friction.

So the car glides far on ice but stops quickly on carpet! 🧊🚗🧶