Simply find the DIFFERENCE between 75 and -51, then divide that number by 3.6.
75-(-51)
75+51
126
126/3.6=35
since its elevation gains by 1000 multiply by that number
Your finall answer will be 35,000FT
According to Boeing's website, "the 747-400ER is now the largest and fastest commercial airplane in the sky - cruising at Mach 0.85, or 85 percent of the speed of sound."
Airliner jet engines such as a Boeing 737 burns about 3,500 pounds of fuel per hour at cruising altitude and speed. Thats a little over 500 gallons per hour per engine.
You should always assume there will be no lines available when you cruise and carry the same lines you use to cover all weather contingencies at your home port...at a minimum, bow line, stern line, and fore and aft spring lines. Happy cruising.
Really soon! He is cruising the U.S! Better get to sleep!
Yea, they have a cruising speed of 45 mph, and accelerate during the chase :) pretty darn fast, though not as fast as a Peregrine
480 kts
The cruising altitude of a normal commercial jet airplane today is around 12,000 m (35,000 ft).
35,000ft is the typical cruising altitude.
At cruising altitude most airplanes are at between 35,000 and 41,000 feet. However, to get there it has to pass all of the intervening feet between that and the altitude of the airport.
The cruising altitude of Boeing 747 is 30,000 feet.
Climb out is the phase of flight which begins immediately after takeoff and continues until the airplane levels off at its cruising altitude.
The cruising altitude of a 747 depends on weather conditions, weight of the aircraft, and the amount of traffic on the other flight levels. Its average cruising altitude is around 33,000 feet.
During IFR flight, ATC will dictate cruising altitude.
Cruising altitude is an economical height for an aircraft to fly. It is also a choice made in view of other aircraft routes.
We will fly a VFR flight heading 245 - what is a legal cruising altitude?
The Maximum is 41,000 ft don't know about cruising
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.