An airfoil generates lift primarily through its shape and angle of attack. As air flows over the curved upper surface of the airfoil, it accelerates, resulting in lower pressure above the wing compared to the higher pressure beneath it. This pressure difference creates an upward force known as lift. Additionally, the angle of attack, or the tilt of the airfoil relative to the oncoming airflow, further enhances lift up to a certain point before causing stall.
An air foil works with thrust, when you creat thrust the air foil creats a lift. The lift is created by the speed of the air being split in half, creating a "zero gravity effect" (which is the lift)
A hot air balloon requires air to generate lift. In outer space, there is no air or atmosphere, so there is nothing for the hot air balloon to displace to generate lift, causing it to be unable to float.
Only one requires air molecules to generate lift.
Only one requires air molecules to generate lift.
A helicopter requires air to generate lift from its rotors. Since the moon has no atmosphere, there is no air for the helicopter to push against and create lift. This makes it impossible for a traditional helicopter to work on the moon.
Only one requires air molecules to generate lift.
Because planes need air pressure against their wings to generate lift.
Because the wings generate lift as long as the aircraft is in forward motion
Airplanes need to generate lift in order to take off and fly. The way they do this is to go fast enough on the ground so that the air passing over the wings generates lift in accordance with Bernoulli's principle. When sufficient speed is attained to generate the necessary lift, the plane will fly.
An airfoil wing creates lift by having a curved shape on its upper surface and a flatter shape on its lower surface. As the wing moves through the air, the air pressure above the wing decreases, creating lift due to the pressure difference between the upper and lower surfaces of the wing. This lift force helps to keep the aircraft airborne.
Lift generated by the wings of a plane counteracts the force of gravity pulling it down, allowing the plane to stay in the air. For a plane to achieve lift greater than gravity, it must generate enough thrust through its engines to maintain forward motion and generate sufficient lift from its wings to overcome the force of gravity.
"Lighter than air" aircraft are lighter than air! The most common are blimps. They do not rely on wings to generate lift. They contain a lighter than air gas (ex:helium) that lifts the craft into the air when ties to the ground are released. "Heavier than air" aircraft are the opposite. They rely on wings to generate lift to get into the air. Common heavier than air aircraft are general airplanes you see in the sky everyday.