Relier Pairs Dihedral Wings: Post LabVersion en ligne assignment par Benjamin D Morgan 1 1-15 degrees 2 Tip Dihedral Wings Picture 3 Dihedral Wings Picture 4 20 degree or more 5 Positive of a Dihedral Wing 6 Anhedral Wings Stability Description 7 Polyhedral Wings Picture 8 Flat Wing Picture 9 Vertical Stabilizer 10 Weight 11 Flat Wings Stability Description 12 Wings 13 Negative aspect of a Dihedral Wing 14 Anhedral Wings Picture Dihedral angle range that that stops roll from occurring. High stability This wing type that self corrects roll & yaw by having more lift with lower wing to bring the lower wing level with the upper wing. Generate most of the lift on a glider This wing type has a low amount of stability. It turns the second most quickly. Dihedral angle range that causes back-and-forth, but will not roll. This wing shape has low efficiency Force that must be overcome to fly upwards Only item on a flat winged glider that will stop roll & yaw This wing type turns slowly (like a bus) and has an increased amount of drag This wing type is the least stable of the wing designs. It does turn the fastest. Needs an onboard computer to fly.
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