- #1
sarm2005
- 6
- 0
I understand why it turns to travel in a circular path. But why does it flatten out from vertical when you throw it.
A boomerang will flatten out in flight due to the aerodynamic principles of lift and drag. As the boomerang spins, it creates lift on one side and drag on the other. This imbalance causes the boomerang to tilt and eventually flatten out.
The angle at which a boomerang is thrown is important because it determines the direction and amount of lift and drag created. If the boomerang is not thrown at the correct angle, it will not generate enough lift and drag to sustain its flight and will not return to the thrower.
Yes, wind can have a significant impact on the flight of a boomerang. Strong winds can disrupt the balance of lift and drag, causing the boomerang to veer off course. It is best to throw a boomerang in calm weather conditions for optimal flight.
The curved shape of a boomerang is designed to create lift and drag as it spins through the air. This shape allows the boomerang to generate enough lift to overcome the force of gravity and return to the thrower.
Yes, the weight of a boomerang can impact its flight. A heavier boomerang will require more force to throw and may not generate enough lift to return. On the other hand, a lighter boomerang may not have enough momentum to complete its flight and return to the thrower.