The chemical energy in the fuel flows to the engines, which combine the carbon and hydrogen in the fuel with oxygen from the air, to produce heat, carbon dioxide and steam. The heat produces kinetic energy in the hot exhaust gases which leave the engine at high speed. The reaction drives the plane forward and it accelerates, gathering kinetic energy. After takeoff the aircraft rises and gathers potential energy as well as kinetic energy.
A Boeing 737-800 with a mass of 85 tons flying at 35,000 ft has a potential energy of 9 Gigajoules. Flying at 400 kt its kinetic energy is 1.8 Gj.
If the plane is taking off it will be moving which is kinetic energy... hope this helps
Depends on the plane
Yes. A plane goes very fast when taking off. For example, A Boeing's takeoff speed is 280 kph.
A plane in the air posseses gravitational potential energy or stored energy. If the pilot shuts the engine off the plane releases that energy.
despegar
Yes
kinetic energy
Nahh
A plane landing is a negative acceleration - "negative" meaning it slows down.
Taking off requires acceleration to a sufficient speed for the plane to be lifted by the air; acceleration takes a lot of energy, maintaining speed takes less energy. Landing is complex because the plane has to maneuver into exactly the right position and speed in order to land on the landing strip, so that also consumes energy. In principle, if you could land anywhere at any speed (for example, if you were crashing into the ocean) that doesn't require any energy because gravity does it for you. But that's not how planes normally land.
When a plane is taking off it should go at a speed at 160 knots before reaching into the air..
what your mom