Because tha altitude influences the air pressure, and the air pressure influences the wind resistance. The higher the plane is the faster it'll go for the same amount of throttle.
The average cruising speed of an airbus varies by the type of the aircraft, it is generally between 450-537 mph. Again the same can be said for the cruising altitude depending on aircraft and route, as a general rule it is between 36,000ft and 39,000ft (the service ceiling (ie the max cruising altitude) of some airbus aircraft is 41,000ft). Hope this helps.
The cruising speed of the Airbus A321 aircraft is approximately 560 mph.
It depends on the aircraft, altitude, headwind, etc. If you we're on a jet cruising at 36,000 ft, you could be going mach 0.6.
About 500 miles
The cruising speed of an airplane varies depending on the type of aircraft. For commercial airliners, typical cruising speeds range from 500 to 600 miles per hour (805 to 965 kilometers per hour). Smaller general aviation planes usually cruise at speeds between 120 to 200 miles per hour (193 to 322 kilometers per hour). Factors such as altitude, aircraft design, and weather conditions can also influence cruising speed.
570-600mph cruising speed at a cruising altitude of 30 to 40 thousand feet.
The cruising speed of an A320 is 511 mph. This marginally slower than other Airbus aircraft.
Aeroplanes vary greatly in their speed. Furthermore, over a distance of 56 miles, an aeroplane may well not reach its cruising altitude and speed.Aeroplanes vary greatly in their speed. Furthermore, over a distance of 56 miles, an aeroplane may well not reach its cruising altitude and speed.Aeroplanes vary greatly in their speed. Furthermore, over a distance of 56 miles, an aeroplane may well not reach its cruising altitude and speed.Aeroplanes vary greatly in their speed. Furthermore, over a distance of 56 miles, an aeroplane may well not reach its cruising altitude and speed.
The cruising airspeed of a McDonnell Douglas DC-10 typically ranges from about 530 to 550 knots, which is approximately 610 to 630 miles per hour. This speed can vary based on factors like altitude and weight. The aircraft is designed for long-haul flights, making its cruising speed efficient for transcontinental and international travel.
It cruised about 60,000 feet, so that's about as high as it would go.
Acceleration altitude in aviation is the altitude at which a pilot begins to increase the aircraft's speed after takeoff. This is typically done to accelerate the aircraft to a safe climb speed and improve performance. It is an important phase of flight to ensure the aircraft gains sufficient speed for a smooth and efficient climb.
500 mph