Wiki User
∙ 11y agoWiki User
∙ 11y agoA flying buttress is most strongly associated with Gothic church in architecture. The purpose is to resist the lateral forces pushing a wall outwards by redirecting them to the ground.
100 mph
That's really going to have something to do with how fast the plane is flying. If the plane is a Boeing 737 covering ground at 400 mph, then (6,751 / 400) = 16.88 hours of flying time, not counting refueling stops. If the plane is a Cessna 172 covering ground at 120 mph, then (6,751 / 120) = 56.26 hours of flying time, not counting refueling and pit stops.
Some airplanes are always steered by the rudder Some are steered by a tail wheel coupled to the rudder Some are steered by the brakes at low speed some are steered by the nose wheel at low speed by a tiny steering wheel on the instrument panel All (almost) airplanes have the ability to steer with the brakes
the length of the wing would probably cause it to hit the ground as the aircraft rolls - it may be possible to quicly climb a few feet to clear the wing but a barrel roll that close to the ground would be suicidal as even the slightest error could cause it to hit the ground - in fact flying level that close to the ground would be dangerous
Uhh...keeping airplanes from lying on the ground when they're not flying?
Scientist research hurricanes by flying instrument laden airplanes directly into the storms. They also study them from the ground and from satellites.
The 5-hour time difference between Los Angeles (LAX) and Sydney, Australia, is due to the fact that Sydney is 17 hours ahead of Los Angeles in terms of time zones. However, when factoring in the difference caused by the International Date Line and crossing the Pacific Ocean, which can result in losing a day when traveling from the US to Australia, the flight duration and time zone change don't perfectly align.
No. Airplanes don't do anything to gravity. a plane experiences the same force from gravity of any other object of the same mass, whether it is flying or on the ground. When a plane is flying the air passing over its wings exerts an upward force great enough to lift the plane.
R. D. Campbell has written: 'Ground training for the private pilot licence' -- subject(s): Airplanes, Piloting, Private flying
I think the maximum flight level for commercial passenger airliners is 41,000 feet.That's 12.5 kilometers above sea level.The altitude above the ground depends on how high the ground is.The highest ground on earth is the peak of Mt. Everest, about 8.9 km above sea level.So the maximum flight level for a passenger jet is about 3.6 km higher than the highestpoint on the ground.
airports
Gravity.
Cars = ground transportation Airplanes = air transportation
Ground attacks have no effect on flying Pokemon . In fact , ground is weak against flying
No
That question is answered by looking at the altimeter.