Science Of Kites: How Do Kites Fly?

Flying a kite requires skill and understanding of physical forces like lift, drag, weight, and thrust. The process involves stages such as release, launch, climb, and cruise. The kite's design aids in generating lift, and techniques like running can help launch it. Once airborne, maintaining balance between forces is crucial for stable flight. Understanding these principles can enhance the kite flying experience.

What are the key forces that need to be balanced to keep a kite airborne?

• Pressure, temperature, and humidity

• Speed, direction, and altitude

• Lift, drag, weight, and thrust

• Gravity, friction, and tension

Which phase is NOT part of the kite flying process?

• Cruise

• Release

• Descent

• Launch

What is the principal factor affecting the lift produced in a kite?

• The weight of the kite

• The velocity of air passing by the kite

• The color of the kite

• The length of the string

How can you increase the altitude of a kite during flight?

• By letting go of the string

• By pulling the control string

• By adding more weight to the kite

• By reducing the wind speed

What happens when the balance of forces on a kite is disturbed?

• The kite automatically climbs higher

• The kite descends rapidly

• The kite starts moving, swooshing, or dipping

• The kite remains stable