The author posted a question in Science, Technology, Languages
Why do planes fly? and got a better answer
Response from
Response from 0[+++++]
By the sky!
By the sky!
Response from 0[+++++]
according to Zhukovsky's theorem of wing lift.
according to Zhukovsky's theorem of wing lift.
Response from 0[+++++]
Wings flap because
Wings flap because
Response from 0[++++]
Because they can't drive
Because they can't drive
Response from 0[++]
Why don't you fly? I know, I'd like to know what you think.
Why don't you fly? I know, I'd like to know what you think.
Response from 0[+++++]
somebody needs it!
somebody needs it!
Response from 0[++++]
I know that you know that the design of an airplane uses the lift of the air as it moves. I'm sure you know the aerodynamic formulas. Really, I just don't understand where the horses are to be harnessed?
I know that you know that the design of an airplane uses the lift of the air as it moves. I'm sure you know the aerodynamic formulas. Really, I just don't understand where the horses are to be harnessed?
Response from 0[++]
1. Traction. 2. Air resistance! 3. Aerodynamic qualities of the wing and the object as a whole!
1. Traction. 2. Air resistance! 3. Aerodynamic qualities of the wing and the object as a whole!
Response from 0[+]
LUDI TAK XATIAT.
LUDI TAK XATIAT.
Response from 0[+++++]
Oh this is the most interesting question just love airplanes:. Got the question literally. It's all about the difference in velocity of the air flow under and over the wing. This is created by the special profile of the wing. So, as a result of this difference, it creates a vacuum in the airspace near the same wings. And depending on what the wing profile is, the air pressure on the wing will be more either at the top or at the bottom. As I understand it, the pressure is always higher at the bottom:. I guess so, if I'm not confused.
Oh this is the most interesting question just love airplanes:. Got the question literally. It's all about the difference in velocity of the air flow under and over the wing. This is created by the special profile of the wing. So, as a result of this difference, it creates a vacuum in the airspace near the same wings. And depending on what the wing profile is, the air pressure on the wing will be more either at the top or at the bottom. As I understand it, the pressure is always higher at the bottom:. I guess so, if I'm not confused.
Response from 0[+++++]
the horses are harnessed to the turbine.
the horses are harnessed to the turbine.
Response from 0[+++++]
Because of the shape of the wing the air currents from below create lift because the upper part has a spherical shape and the lower part is flat
Because of the shape of the wing the air currents from below create lift because the upper part has a spherical shape and the lower part is flat
Response from 0[+++++]
Because they are flying so fast that the gravitational field has no time to orient itself and think that something is flying and it needs to be attracted. The same thing is observed in space - huge speeds and nothing falls down.
Because they are flying so fast that the gravitational field has no time to orient itself and think that something is flying and it needs to be attracted. The same thing is observed in space - huge speeds and nothing falls down.
Response from 0[+++++]
because if they were falling they would be called something else.
because if they were falling they would be called something else.