Differences

This shows you the differences between two versions of the page.

--- helicopter-forces [2024/01/17 16:25]
scox created
+++ helicopter-forces [2024/03/08 01:06] (current)
scox
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 As a consequence of Newton's First Law, objects will maintain a steady speed unless acted upon by an external force.  For a helicopter, that external force comes from the interaction between the blades and the air, as well as gravity. The joystick controls can be clicked to apply a steady force, until that force is removed (when the center of the joystick is clicked).
-The [[https://www.scienceoftech.net/phy/helicopter.html|interactive page]], captured in the image below, will allow you to fly the plane, and show whether you crashed or not.  Can you safely fly and land the helicopter?
+The [[https://www.scienceoftech.net/phy/helicopter-forces.html|interactive page]], captured in the image below, will allow you to fly the plane, and show whether you crashed or not.  Can you safely fly and land the helicopter?
-[[https://www.scienceoftech.net/phy/helicopter.html|{{ ::interactives:helicopter-screenshot.png?nolink&400 |}}]]
+[[https://www.scienceoftech.net/phy/helicopter-forces.html|{{ ::interactives:helicopter-forces.png?nolink&400 |}}]]
 The Discover tab give you a chance to learn the joystick controls.

Science of Technology