How fast do you have to go to break the sound barrier twice?

There are different ways to describe the speed of sound, but if you’re wondering how fast you need to be to break the sound barrier twice, the answer is about 661 mph That’s faster than any vehicle on earth, including the fastest passenger trains and commercial aircraft. And because sound doesn’t travel as fast in the vacuum of space, the speed of sound drops to about 686 mph on the surface of the sun.

How fast do you have to fly to break the sound barrier twice?

It’s a question that’s asked often, and it’s a good one. If you want to know how fast you need to go to break the sound barrier twice, you have to know what the “barrier” is. The sound barrier is a combination of the speed of sound and the density of the air. Put simply, the faster something is traveling, the more of a “wall” of air it hits as it passes through. The

How fast do you have to fly the space

The fastest a human has traveled at orbital speed was Yuri Gagarin in 1961, when he completed a single orbit around the Earth in slightly less than two hours. The fastest human to travel around the moon was Neil Armstrong in 1972, which took him just under five hours. A human would take approximately three days to complete a journey around the sun at the speed of light.

How long does it take to break the sound barrier twice?

It takes around eight seconds for a commercial airliner to reach Mach 2. If you’re driving a car, it will take you around one second to reach that same speed. Not only is the sound barrier incredibly fast, it’s also incredibly long. According to Slate, it takes a commercial jet about 20 minutes to travel from New York to California.

How fast do you have to go to break the sound barrier twice at once?

It's been done. On December 17th, 1947, Chuck Yeager broke the sound barrier twice in less than one minute, an accomplishment made possible by the development of the world's first supersonic jet engine. The two sonic booms were achieved at the same time, with the first one at supersonic speeds of 1,836 mph and the second at 2,340 mph, traveling at an average of 1,080 mph.