Gravity lends stability to an conventional aircraft. This is because the nose of the aircraft tends to tip the balance slightly forward of the center of lift (1/3 chord of the wing back from the leading edge (approx.)). The downforce from the heavy nose is counteracted by the downward aerodynamic force from the horizontal stabilizer (tail). So, without gravity, the nose of the aircraft would tend to rise if the elevator were not moved to counteract the loss of nose down force. The plane could be re-rigged to be balanced, but there are other more efficient designs than the conventional wing/tail design to cope with a gravity-free environment. Also, gravity is what allows a sailplane to traverse across the ground, for without gravity, a sailplane would behave like a neutrally buoyant hot air balloon.
Lift generated by the wings of an airplane counteracts the force of gravity, allowing the plane to fly. As the plane moves forward, air flows over the wings, creating a pressure difference that results in lift. This force allows the aircraft to become airborne and stay aloft.
A plane can fly upside down by generating enough lift from its wings to counteract the force of gravity pulling it towards the ground. This requires precise control of the plane's speed, angle of attack, and other factors to maintain stability and control while inverted. Pilots use specialized training and techniques to safely fly a plane upside down.
Wind helps a paper plane fly by providing the lift needed to keep it airborne. When wind flows over the wings of the paper plane, it creates a pressure difference which generates lift, allowing the plane to stay aloft. Additionally, wind can help stabilize the flight path and add momentum to the plane.
While there have been some wingless "lifting body" experimental aircraft. All conventional airplanes get the the majority of their lift from their wings and cannot fly without them. No. By definition, A PLANE is a fixed-wing aircraft. The wings are absolutely necessary for lift.
Gravity on a plane is less then on a hill because you are away from the earth, However gravity in a plane over a hill is more then gravity on a plane over a valley at the same altitude above sea level.
wings, propellers ,engine , gravity
She made her own plane with help from other people
Lift generated by the wings of an airplane counteracts the force of gravity, allowing the plane to fly. As the plane moves forward, air flows over the wings, creating a pressure difference that results in lift. This force allows the aircraft to become airborne and stay aloft.
Its not possible. We can't fly with out something to help us.
Then they don't go into space
No.
the flaps on a plane increase drag and they create lift so the piolt can fly the plane at a lower speed.
the propellers go woosh and then the plane turns into an Elephant then it runs and jumps...hope i helped!
Without wings a plane wont go. You do realize that this is an extremely dumb question.
Because the plane has to overcome the force of gravity and it has wings to create lift to make the aircraft fly.
He wants to fly the plane. or He wants to fly a plane.
A plane can fly upside down by generating enough lift from its wings to counteract the force of gravity pulling it towards the ground. This requires precise control of the plane's speed, angle of attack, and other factors to maintain stability and control while inverted. Pilots use specialized training and techniques to safely fly a plane upside down.