an added tank
An added tank of oxygen to mix with the fuel for combustion reactions.
an added tank
For an airplane it vibrates a lot and it needs a super- or turbocharger at high altitudes
For thrust. Engines are used to overcome the drag of the airplane.
The airplane may succumb to the power of gravity as lift decreases at higher altitudes.
The airplane may succumb to the power of gravity as lift decreases at higher altitudes.
One challenge that the engineer of a high-altitude airplane would need to consider is the thin air at high altitudes, which can impact engine performance and aircraft stability. This can require specialized engine designs and aerodynamic considerations to ensure safe and efficient operation at high altitudes. Additionally, maintaining cabin pressurization systems to provide a breathable environment for passengers and crew is crucial.
A person would experience the least atmospheric pressure at high altitudes, such as on top of a mountain or in an airplane flying at high altitude.
Generally yes. There is less drag at higher altitudes, and thus better fuel economy, right up until the airplane can't get enough air to burn with with fuel to get the power needed to go faster and higher. Of course it takes extra fuel to get up there, so only long distance travel is done at high altitudes.
HEAT (high explosive antitank) projectiles are specifically designed to attack armored vehicles.
A kite is a toy that is kept in flight by the wind not far from the earth's surface. An airplane is a a motorized means of long distance transportation that has motors that make it possible to stay in flight at high altitudes.
the wings of an airplane are made from very strong aluminum, and are designed specifically to bend and move up and down. reason being, is because when the plane is under high results of turbulence the wings are supposed to absorb the wind instead of the cabin moving all over the place.