1. Elasticity: A larger rubber band has more material, which means it can store more potential energy when stretched. This stored energy is what propels the rubber band forward when released.
2. Surface Area: A larger rubber band has a larger surface area. This increases the amount of air resistance it encounters in flight, slowing it down.
3. Mass: A larger rubber band is heavier. While more stored energy is beneficial, the added mass makes it harder to accelerate and reach high speeds.
4. Shape: The way the rubber band is stretched and held also influences its flight path. A larger band can be stretched differently, leading to varied launch angles and flight patterns.
Sammanfattningsvis:
* Smaller rubber bands: Will generally fly shorter distances because they store less energy but face less air resistance.
* Larger rubber bands: Can potentially fly further due to more stored energy, but they are hindered by increased air resistance and mass.
Viktig anmärkning: Other factors like how tightly the rubber band is stretched, the launch angle, and the material's elasticity also play a significant role in determining the distance it flies.
