GoochJuice
Banned
this right here is a shitty picture of why i think the plane will not fly.
a plane flies because of the effect that the air flowing over the wings has, in generating lift. in picture one i tried to show this but my picture sucks ***. its basically just showing how the air, which is in red, flows over the wings when its in motion, whether it be on a runway, or in the air.
in picture two, try to imagine that the conveyor belt is moving to the left, at the same exact speed that the plane is moving to the right due to the thrust that is developed by the prop (the red arrows directly behind the prop are just to show that there will be a tiny bit of air flow going over the wings, but no enough to produce lift). the red "fog" if you will is the air that is stagnant. yes there is some thrust being produced to keep the plane pulling forward (so that it matches the speed and essentially stays put in one spot), but the stagnant air is not being effected in anyway shape or form. you would need the air plane to move faster than the converyor belt to cut through the air in order to develope lift by having it moving over and under the wings.
yes my picture sucks but at least TRY to see how im getting my logic instead of just bashing my paint skills //content.invisioncic.com/y282845/emoticons/crap.gif.7f4dd41e3e9b23fbd170a1ee6f65cecc.gif

a plane flies because of the effect that the air flowing over the wings has, in generating lift. in picture one i tried to show this but my picture sucks ***. its basically just showing how the air, which is in red, flows over the wings when its in motion, whether it be on a runway, or in the air.
in picture two, try to imagine that the conveyor belt is moving to the left, at the same exact speed that the plane is moving to the right due to the thrust that is developed by the prop (the red arrows directly behind the prop are just to show that there will be a tiny bit of air flow going over the wings, but no enough to produce lift). the red "fog" if you will is the air that is stagnant. yes there is some thrust being produced to keep the plane pulling forward (so that it matches the speed and essentially stays put in one spot), but the stagnant air is not being effected in anyway shape or form. you would need the air plane to move faster than the converyor belt to cut through the air in order to develope lift by having it moving over and under the wings.
yes my picture sucks but at least TRY to see how im getting my logic instead of just bashing my paint skills //content.invisioncic.com/y282845/emoticons/crap.gif.7f4dd41e3e9b23fbd170a1ee6f65cecc.gif


