You'd need to know the barometric pressure at the elevation in question to be able to calculate it, but it will be veryslightly lower than at sea-level thanks to the lower density of the air at altitude.
Average sound speed in air seems to depend on which source you find, but it's around 344m/s in still air.
A whip makes a fast sound when it cracks due to the high speed at which the tip moves through the air. Additionally, a snapping twig or a balloon popping can also produce fast sounds.
The sound of air or water moving very fast is usually described as a "whooshing" or "rushing" noise. This sound occurs due to the turbulence created by the high-speed movement of the air or water molecules.
It is depends on medium. Sound has a high speed in air.
It Is solids like metals. Sound has a high speed n metals.
The sound of air moving very fast can vary from a whooshing sound to a high-pitched whistle or roar. The sound of water moving very fast can range from a rushing or gushing noise to a loud, roaring cascade. Both sounds can be intense and powerful, reflecting the speed and force of the movement.
The speed of sound increases with altitude due to the decrease in air density. This means that at very high altitudes, where air density is lower, the speed of sound will be faster compared to at sea level.
It depends on conditions. It has a high speed in Metals with high temperature.
About 675 MPh, 1,087 k/ph or 587 knots.
High pressure can increase the speed of sound transmission and alter the frequency of sound waves. It can also affect the way sound is perceived by the human ear, potentially causing discomfort or distortion in hearing.
Long Island Sound at sea level is the lowest point in Connecticut.
High shutter speed and fast lens/Big open aperture.
Sound is affected by the media. It travels high speed in solids generally.