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airfoils
15 degrees
applied force
There is not sufficient information for a proper answer to the question. We need to know either the inclination angle of the plane or the length and height of the plane, which will give the inclination. Also if the plane rises to the right of the object and the object is already on the plane, then the object will be lower instead of higher.
In the physical sciences 'plane' can regard two definitions based on context. A plane can be a surface for which action takes place, such as the motion of bodies on each other. Plane can also refer to aircraft and the phenomena of generating lift and flight through the wing surfaces (which are also planes).
The wings and horizontal tail surfaces create lift.
Thrust and lift are required to make a plane fly. A plane can use just lift if it is in the air already. The engines create thrust (if the aircraft has engines), and the wings create lift. Helicopters make lift by pushing air down, though.
Lift! The wings on a plane create an upward lift.
The flow of air over the top surface of the wings provides the lift that holds the plane aloft. The greater the velocity of the flow of air over the wings, the greater the lift. If the plane slows down sufficiently, and the flow of air is reduced enough, there will not be enough lift to hold the plane aloft, and it will begin to fall. When that occurs, it is called a "stall."
the flaps on a plane increase drag and they create lift so the piolt can fly the plane at a lower speed.
Because the plane has to overcome the force of gravity and it has wings to create lift to make the aircraft fly.
thurst
aero + plane refers to the geometrical shape of the wings which create lift in the air.
the same ways as any other plane, by moving at a high speed to create lift under its wings
The lift required to get the plane off the ground is created by the flow of the air over the planes wings.
Compressible fluid force opposes lift. Lift is the upward force due to the fluid flow around an airplane wing. Weight is a downward force caused by gravity which opposes lift.
It depends on the mass of the plane. The heavier the plane, the more lift it needs.