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  1. Jun 9, 2016 · 1. Airwolf (from the T.V show Airwolf) is a Mach 1+ helicopter capable of reaching speeds up to Mach 2. For it's time, it's weapons system was pretty farfetched (had fourteen weapons systems overall, including chaffe and flares) at it's time. I'm well aware of the limits of regular helicopters' speed limits, due to their blades being able to ...

  2. A simple paper helicopter can be made easily at home or school. Multipurpose U.S. letter-size printer paper (8.5 x 11 inches, 21.6 x 27.9 cm) works well for the model. The design is simple to make with only a few cuts and folds, and its parts can be easily adjusted to examine changes regarding flight behavior.

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    • Key Questions
    • What to Do
    • Extensions
    Why does the helicopter spin?
    Why does the helicopter drop slowly?

    Preparation: 1. Create a sample so that students can see what the finished helicopter will look like. Instructions: 1. Cut around the outside of the helicopter. 2. Cut along the solid lines. 3. Fold the side pieces in to form the body of the helicopter. 4. Fold one wing toward you and one wing away from you to form the rotor. 5. Fold the helicopter...

    What would happen if you changed a variable (different type of paper, more/less paperclips, different sized wings etc.)?
    How can you measure the difference your changes may make?
  3. As your paper helicopter gracefully descends, let’s explore the scientific principles governing its flight. The phenomenon can be understood as follows: The force of gravity pulls the helicopter downward, setting the stage for its aerial adventure. Simultaneously, the air rushes out from under the wings of the helicopter in all directions.

    • The Importance of Drag. In the How Far Will It Fly? Build & Test Paper Planes with Different Drag project, students experiment with the design of a paper airplane to increase the drag force acting on the plane and see how drag relates to how far the plane flies.
    • Why Winglets? Wings generate lift by creating areas of low and high pressure above and below the wing. Where these areas meet, wing tip vortices (miniature tornadoes) are formed.
    • A Catapult Assist. In the Into the Wild Blue Yonder: The Science of Launching an Airplane by Catapult project, students explore how a plane takes off and use a model plane and launcher to investigate how catapult-assisted takeoff is used when a long runway isn't available (on a ship, for example).
    • Kite Design. In the How Far Will It Fly? Build & Test Paper Planes with Different Drag project, students explore the forces that act upon a kite in flight.
  4. Experiment in Aerodynamics Science Projects. (32 results) Experiment with how air moves around wings and other objects. Explore how you can change the design of kites, parachutes, flying rings, or even rockets to fly high or far. Make the Wind Work for You! Alternative energy sources are a big deal these days.

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  6. In this week's aerodynamics -themed family science activity, students can learn more about helicopters by making and testing simple miniature paper helicopters or whirly birds. Paper whirly birds don't have any mechanical parts, but their structure helps kids better understand how the blades on a helicopter function.