The Germans found out that wings that are swept back reduce wind resistance, so that their jet powered swept wing ME-262 was much faster than the British jet powered straight wing Gloster Meteor. The USA F-86 Sabre and the Russian Mig-15 were a lot more like the ME-262 than the Gloster Meteor.
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This reduction in drag is only true at very high subsonic, trans sonic, and supersonic speeds. In a propeller airplane the most efficient design is a long narrow straight wing.
Look up wave drag theory for more information. In very generalized terms when an airplane traveling at speeds approaching the speed of sound the air flowing over the wing actually reaches trans-sonic speeds. This forms a pressure wave. This wave creates lots of drag. A swept wing will have less curvature compared to the airflow due to the angle of the sweep. This reduction in curvature reduces the speed increase in the over wing airflow compared to the plane which in turn reduces the pressure wave and thus drag.
Airplane? What airplane? My paper airplane wings weigh less than 8 grams.
The importance of wings is critical to an airplane, they produce lift that can sustain the airplane in the air.
Yes,the swept back wings have the speed above sound,the wings where the airlines have has the speed just below sound and those planes where have wing that are a hundred degrees is a slow flying plane
An airplane with two wings on either side is called a biplane.
The final generation Gossamer Condor had swept back wings, the wings undersides were covered with mylar, and there was an enclosed space for the pilot. All of these changes increased the airplane's performance.
The final generation Gossamer Condor had swept back wings, the wings undersides were covered with mylar, and there was an enclosed space for the pilot. All of these changes increased the airplane's performance.
They are on the wings
The two wings of the airplane are made of aluminum.
biplane
On the wings.
Airplane cargo
An airplane