Happy 87th birthday to the man who broke the sonic-barrier, chuck-yeager. In 1947, Yeager showed that he had the right-stuff-1when he flew his bell-x-1aircraft at a speed of about 662 mph/1,066 km/h and an altitude of over 40,000 ft/12,000 m, becoming the first to travel faster than the speed of sound. A couple of days before the flight, Yeager had broken some ribs in a horseback riding accident. He was so afraid of being grounded, he avoided his regular doctor and had a veterinarian treat him.
Thank you and hope this helps
He never did. But he was the first pilot to successfully travel faster than the speed of sound in 1947.
The sound barrier
Yes, humans can travel faster than the speed of sound. Supersonic flights, like those carried out by fighter jets, can exceed the speed of sound. Additionally, spacecraft entering and exiting the Earth's atmosphere also travel faster than the speed of sound.
No, sound cannot travel faster than itself. Sound waves propagate at a specific speed in a given medium, such as air or water, and they cannot exceed that speed. The speed of sound varies depending on the medium through which it is traveling.
They travel much, much faster than that.
Speed of sound is proportional to absolute temperature. It should therefore travel faster in warmer weather.
No, a sneeze cannot travel faster than the speed of sound. The average speed of a sneeze is around 100 miles per hour, which is much slower than the speed of sound, which is about 767 miles per hour in dry air at room temperature.
Chuck Yeager was the first person to fly faster than the speed of sound. He achieved this in 1947.
This observation is due to the physics of sound travel. The speed of light is much faster than the speed of sound, so you see the ball hitting the bat before you hear the sound of the impact.
Amplitude has hardly any effect on the speed of sound.
They are called ultra sonic. They travel faster than sound
Sound waves travel through particle vibration, and when the temperature is high, the particles vibrate faster, thus the sound must travel faster with particles.