It would float away into space and implode.
If you were on a plane and had no weight to you you would float in the plane like there was no gravity, even though there is but if the plane was angled precisely you can float in the plane as if gravity was turned off. But this only lasts a few minutes as you come closer to land.
Gravity is the driving force behind:- wind (convection currents can only happen in a gravity field) ice (Ice moves and erodes under the pull of the force of gravity) Landslides (here the motive power is the pull of gravity)
All over it. Gravity attracts every molecule in the Universe to every other molecule. When you leave your seat and walk to the rest room while in a plane, it is gravity that holds you down to the floor. As a simplifying approximation, engineers often treat gravity as applying a force on the center of mass of an object.
The moment you fall out of a plane you will be affected by only two forces: gravity and wind resistance. Gravity will pull you towards the ground at 9.8m/s^2 and wind resistance will try to slow you down. Eventually you will reach a top speed called terminal velocity which can range from about 117-125mph.
If a plane is in level flight, gravity (weight) is equal to 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.
When you jump out of a plane, two main forces act on you: gravity, pulling you towards the ground, and air resistance, slowing you down as you fall. Any other forces would be negligible in comparison during a typical skydiving scenario.
Wind, rain, fire, gravity , glacier retraction, waves. Moving water, ice, wind and gravity are the agents of erosion.
If you were going to treat all of the forces acting on a plane at a specific point that point would be the CG (Center of Gravity), which is usually measured in inches aft of the datum (a non-physical point used by engineers to define the center of gravity).
The speed of the wind is 28 mph. To find the speed of the plane with no wind, we would simply subtract the wind speed (28 mph) from the speed of the plane flying with the wind (366 mph) or add the wind speed to the speed of the plane flying into the wind (310 mph), resulting in 338 mph for the speed of the plane with no wind.
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.
Gravity acts downward relative to the position of the plane. This means that gravity points towards the center of the Earth, pulling the plane and everything on it towards the ground.