Same.Mave said:Pretty cool question, I'd like to see how Mythbusters tried this.
It actually has nothing to do with the friction of the wind. The planes are designed to have as little friction from the wind as possible. The plane takes off because the air flows faster under the wing then above the wing, this creatus lift thus resulting in the plane to take off.GPow69 said:No it won't because it uses the friction of the air moving past the wings to take off, this just makes the wheels roll.
The air is supposed to slide past. The only thing they do with a wing is that they make the top part curved and the bottom part flat. This will have the effect that air will flow faster underneeth the wing then above, cause the path above is longer then the one underneeth it. If there was no friction with the wind they could just get a huge square and attach wings to it with some engines.GPow69 said:Well if the air flowed above and under the wing without any friction it wouldn't go anywhere, just slide past
If the conveyer belt moves at the same speed as the plane is "driving" the plane will seem to stay at the same position. The air can't go around the wings at high speeds, thus there won't be any lift created.Fries said:Actually, its the same concept as the picture, in the picture, the plane would be accelerating as well, and with the lift gathered from the conveyor belt+the speed, it would be able to take off.