Faster-moving air across the top of the wing lowers the pressure there. For a plane to ascend, the pressure must be sufficiently lower on top of the wing, and it will be forced upward by the greater pressure below the wing.
The pressure above the wing be Save comes less than the pressure below the wing.
You do, you are just in the same pressure every day, and your body adapts to the conditions. For example, if you are in an airplane, they must pressurize the cabin so that the passengers don't all die from oxygen deprivation or similar ailments. When your ears "pop" after ascending or descending, that is your inner ear adjusting to the change in the weight of the air above you, the "atmospheric pressure".
It is the weight of the water pressing down from above. The greater the depth the greater the pressure.
The air above an airplane wing in flight is at lower pressure than the air below the wing. Hope this helps.
In flight, the air pressure above the wing is less than that below it.
there is less pressure above the ground so the ink inside it burlge outside and flow in airplane......
Lower above, and greater below. That's what enables the wing to create lift.
From Bernoulli's theorem this results in the air above the wing to form a low pressure compared to the air beneath the wing. High pressure moves to low pressure so you get lift
At greater depth, the pressure increases, due to the weight of the liquid above.
Lower above, and greater below. That's what enables the wing to create lift.
Atmospheric pressure is caused by the weight of air above the measurement point. At 30,000 feet in the sky, the air pressure on the outside of the airplane will be much lower than it was nearer the ground.
No. You experience greater and greater pressure as you swim farther and farther below the surface of the water. This is because there is a greater height of water pressing down on you from above.