The wings. By increasing velocity over a surface (the top of the wing) a low pressure zone is created. The higher pressure under the wing pushes the wing upwards.
Eventually the plane needs to return to the ground because the fuel powering it forward (creating the air foil) will run out.
Lift: The force that keeps the plane flying.Drag: The force that slows down the plane. Weight: Theattractionto the ground.
bullets, pitbulls, cancer, knives, drugs, falling heavy objects, plane crashes, car crashes the list goes on and on
Depending were the human and the plane were at. if the human was on the ground and the plane in the air then the human, but lets say they are both 30,000 feet in the air. Both objects would begin to fall faster, then it gets to the point were they are going their "maximum" speed. But they weight between each objects will have an "impact" on who hits the ground first. The plane is obviously heavier than the person but gravity will come into play. There is a point were a falling object cannot go any faster. Most likely both objects will be falling at the same speed. So they could hit the ground at the same time.
The plane lands by gracefully falling out of the sky.
It is important when a heavy load is above the ground level, let's say the fridge on the truck which can not just be thrown to the ground so you need an incline plane for safety
Jumping out of a plane is typically referred to as a "skydive." This adventurous activity involves free-falling from an aircraft at high altitudes before deploying a parachute to safely descend to the ground. Skydiving can be done solo or in tandem with an instructor for beginners.
a fat guy falling from the plane
Propulsion is what keeps a jet in the air. Otherwise the plane has to fall down. Propulsion keeps the air always flowing over the wing which in turn keeps the plane afloat.
on the ground
The force that keeps a plane in the air is lift, which is generated by the wings as a result of the shape and angle of the wings. This lift force counteracts the plane's weight, allowing it to stay airborne.
A plane remains on the ground primarily due to the force of gravity, which pulls it downward, and the friction between its tires and the runway surface. Additionally, the aircraft's weight, which is the result of its mass and the force of gravity, must be overcome by thrust generated by the engines for it to take off. Until the thrust exceeds the drag and the lift generated by the wings is sufficient to counteract gravity, the plane will stay grounded.
To prevent your head from falling forward while sleeping on a plane, you can use a supportive travel pillow or a neck pillow that keeps your head in a comfortable position. You can also try leaning your seat back slightly or using a scarf or sweater to create additional support for your head. Additionally, sitting in a window seat or using a travel pillow that wraps around your neck can help prevent your head from falling forward.