The horizontal stabilizer (horizontal 'tail wings'), with the small movable
control surfaces at their back edge, are responsible for controlling the
airplane's "pitch" -- that's the nose-up or nose-down attitude. Without
them, the nose couldn't be kept level, or pitched up or down for rapid
climb or dive maneuvers. They're also involved in a properly "coordinated"
banked turn; without them, the plane could still turn, but peanuts and
drinks might be sacrificed.
Planes need to overcome both gravity, which tries to bring them down, and drag, which is the resistance caused by the air they are moving through. By generating lift through their wings and thrust through their engines, planes can overcome these forces and achieve flight.
Planes can fly upside down by generating enough lift from their wings to counteract gravity. By adjusting the angle of the wings and using the engine power, pilots can maintain control and stability while flying inverted.
Planes can fly upside down by generating enough lift from their wings to counteract the force of gravity pulling them towards the ground. This is achieved by adjusting the angle of the wings and using the engine power to maintain the necessary speed and control.
Planes can fly upside down because the wings are designed to generate lift in both upright and inverted positions. The shape of the wings and the angle at which they are tilted allow the plane to maintain stability and control even when flying upside down.
Planes fly by generating lift from the wings as they move through the air. This lift is created by the shape of the wings and the speed at which the plane is moving. Engines provide the necessary thrust to propel the plane forward.
A plane which has 2engines on their wings 1 is also in the Tail of the Plane same with if a planes wings had 4 engines it also has one in the Tail of the Plane
The majority of commercial planes have curved wings. The only purpose of removing them is for airborne stunts, and as such passenger and cargo planes have no reason not to have curved wings. Military and stunt planes will have wings that are closer to or perfectly flat, depending on the maneuverability needed.
Aluminum is in the wings of the planes
Yes, paper planes need wings to fly, if they were to be accurate to a real plane, since real planes have wings, so paper planes need wings, too. The wings provide lift for the paper plane, causing it to fly when thrown properly. No wings means it is just an ordinary folded piece of paper that you are trying to throw.
The lift required to get the plane off the ground is created by the flow of the air over the planes wings.
flight feathers
i need help with this question
Planes have large wings, Helicopters have rotors
Because planes need air pressure against their wings to generate lift.
air, speed, wings, a pilot (unless if your a UAV), balance, and a way of maintaining speed
High-speed fighter planes have aerofoil-shaped wings.
there wings