Wosh
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.
Sound travels faster in water than in air because water is denser and has a higher elastic modulus. This allows sound waves to propagate more efficiently through water compared to air, where the particles are less tightly packed and have less ability to transmit sound waves.
if by "most" you mean the fastest...the more dense the material the faster sound can propagate. The closer molecules are together the faster the "message" can be sent down the line. Although sound travels very fast in air, gases are not dense at all. Sound would travel faster in water than air, and faster in glass than water. I am unsure what the fastest material would be, perhaps a metal that is very dense.
B: "You are running very fast". "You run very fast" and "I can run very fast" are statements but neither indicates that you or I are currently running fast (we may well be, but the sentences do not convey that fact).
When something is said to be very fast, it means that it is quick or rapid or swift. Something that is said to be very fast is time passing when you are enjoying your self. If "Very fast" is said by a timekeeper at the end of a race I'd just run, I'd say "How fast?"
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.
Very very fast
Of course. As his name suggests Sonic moves very fast, faster than the speed of sound and is able to break the sound barrier.
A buzzing sound is what you will hear when something is vibrating very fast. For example, a bee flaps its wings so fast and that is what makes the buzzing sound that you hear.
Fast... very fast.
Sound waves move very fast
very fast but dependent in the tempo
It is due to Doppler Shift. The plane is going very fast relative to you, so sound lags behind it
Not very fast at all !!
Very very hard, especially when going fast
The Tom makes a gobbling sound. Gobble Gobble, only very fast.
The Tom makes a gobbling sound. Gobble Gobble, only very fast.