Supporting bars, often referred to as struts or braces, provide structural integrity to an aircraft by reinforcing the wings and fuselage. They help distribute aerodynamic forces during flight, ensuring stability and reducing the risk of structural failure. By maintaining the shape and alignment of the wings, supporting bars enhance lift and overall aerodynamic efficiency, allowing the plane to fly safely and effectively.
She made her own plane with help from other people
Its not possible. We can't fly with out something to help us.
the flaps on a plane increase drag and they create lift so the piolt can fly the plane at a lower speed.
By flapping and supporting its weight in the air.
the propellers go woosh and then the plane turns into an Elephant then it runs and jumps...hope i helped!
wings, propellers ,engine , gravity
Without wings a plane wont go. You do realize that this is an extremely dumb question.
He wants to fly the plane. or He wants to fly a plane.
Supporting bars and cavities in airplane structures provide essential strength and rigidity while keeping the overall weight low. These components help distribute aerodynamic loads evenly across the airframe, enhancing stability and performance during flight. Additionally, they contribute to the aircraft's ability to withstand various stresses, such as turbulence, ensuring safety and efficiency in operation. Overall, this design allows planes to achieve optimal lift and maneuverability.
No, he can fly in a plane but is not a pilot.
Passengers fly on a plane.
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.