Generally, no. But if there is a headwind sufficiently great, an aircraft flying into it will have a zero or actually a negative ground speed. You can see how this works if you consider a light plane, as light aircraft are generally the ones most affected. If a small plane can only fly at 80 miles per hour and there is a strong, 80 mph wind aloft, that aircraft won't "move ahead" flying into it, and for obvious reasons. It is a documented fact that the military kept track of jet streams during World War II. The had to. Those jet streams, the high altitude, high speed moving "rivers" of air, could stop the old propeller driven bombers in their tracks. Yes, they'd be flying, but could "hover" over a spot on the ground when flying into headwinds like that. Their ground speed was nil under those conditions.
Gravity.
Because the air gets thinner with more altitude, and at some point the thin air can no longer give enough lift for airplanes to stay aloft.
Airplanes need to fly forward in order to stay in the air. They need air passing over the wings in order to stay in flight. Without air passing over the wing, bernoulli's principle can't take effect and the airplane would fall.
12km and above is the stratosphere . Human life cannot exist with that air pressure.The airplanes stay just to the peak of the troposhere.
NO, airplanes have to keep moving in the air.
yes it can
Airplanes cannot stay completely still in the air as they rely on forward motion to generate lift. However, they can maintain a stationary position relative to the ground in certain conditions, such as during hover for helicopters or when using specific techniques like "stationary flight" in some military aircraft. In general aviation, techniques like wind correction can allow planes to appear to hold a position against the wind but they are still in motion relative to the air mass.
Lift on an airplanes wing is what makes it stay in the air. Of course, lift diminishes the slower you go so eventually the plane will lose lift and begin to fall.
Airplanes differ in air new zealand they have small domestic airplanes and large international airplanes.
No, birds cannot stay completely still in the air while flying. They need to constantly flap their wings to maintain lift and stay airborne.
2,000 airplanes fly in the air each day.
Planes stay in flight because of bernoulli's principle. When air passes over a airplanes wing. The air that goes on the top of the wing moves faster than the air the goes on the bottom. Thsi auses a low pressure system above the wing and a high pressure system beneath the wing. The high pressure below the wing pushes the airplane up allowing it to fly.