The American Bell XS-1 rocket aircraft, piloted by Captain Charles (Chuck) Yeager on 14 October 1947. He reached Mach 1.015 (1,078 km/h; (670 mph) at a height of 12,800 m (42000 ft) over Lake Muroc, California, USA. To be technically correct, Chuck Yeager set the record in level flight. There were probably many aircraft that broke the sound barrier in a dive---usually a crash dive. But no one recorded their feat.
The Bell X-1, piloted by Chuck Yeager, exceeded the speed of sound in 1947.
Technically, it was the Avro Arrow created by the Canadian's, however, the American's destroyed it.
The most common answer you hear will be the Bell X-1.
To fly from one place to another.the purpose was to create a faster way of travel than sailing and using hot air balloons because hot air balloons would only move with wind planes have engines for direction and speed.
More computer workers started working on the computers and now its faster The speed of computers has gotten a whole lot faster over the time from the first machines. The shift from vacuum tubes to solid state devices opened to door, and newer circuit design and engineering coupled to an increase in the sophistication of semiconductor manufacturing techniques has allowed faster and faster processors to be built.
I don't think your question is worded exactly right. It sounds like you are saying Airplane A departs at a speed of 500 m/hr. An hour later, Airplane B departs at a speed of 600 m/hr. When will Airplane B catch up to Airplane A. The question for this is D = R * T D- distance travelled R- rate or speed T- Time To solve this problem, you have to realize that when Airplane B reaches Airplane A, both aircraft will have traveled the same Distance D. Now let T be the Time for Airplane A to travel that unknown D. So first Equation: Airplane A : D = 500*T For Airplane B, it will have to travel Distance D in that 1 hour less than it took Airplane A to travel it. Airplane B: D = 600*(T-1) D is the same in both so the equation becomes 500*T = 600*(T-1) 500*T = 600*T -600 0 = 100 *T - 600 600 = 100*T T = 6 Hours. Airplane A travels distance D = 500 * T or 500 *(6) = 3,000 miles in 6 hours. Airplane B travels the same distance in 5 hours ---so it catches up to it. So even if this is not your problem, it should demonstrate how to form the problem into 2 Equations and eliminate some of the unknowns which allow you to solve it. ~Custermen~
There are two reasons for his fame. He was the first person to cross the English Channel in an airplane. He designed and built the 1909 Bleriot airplane. It was a single wing design, unusual when most planes of the day were biplanes. It had a top speed of 10 miles per hour. He was the first person to build a successful single wing plane, a monoplane. He proved the success by his flight across the English Channel.
The first pilot to break the sound barrier is Charles Elwood Yeager Aka Chuck Yeager. This happened on October 14, 1947 at a speed of 662 miles per hour at an altitude of 40,000ft.
The speed of sound does not travel. In the event that an airplane's airspeed is below Mach-1, the speed of sound is faster than the speed of the airplane. On the occasion and at the moment when the true indicated airspeed of an airship or an airplane is in excess of Mach-1, the airplane is at that time traveling faster than the speed of sound.
It is going faster than the speed of sound.
the bell x-1 is the first piloted airplane to fly faster than sound.
The first American pilot to exceed the speed of sound in an airplane was Chuck Yeager.
the Concord
the Concord
Sonic boom
Concorde
Concorde, which is now retired, was the only commercial airliner that flew faster than the speed of sound.
Only if it's traveling at less than the speed of sound
A sonic boom is when an explosive sound is made by the shock wave of an airplane traveling faster then the speed of sound.
Drag on an airplane increases greatly the faster an airplane flies, and so you need massive amounts of power to over come the drag as you break through the sound barrier, so under its own power no a spitfire could not fly faster than the speed of sound