Sound waves travel faster in water than in air because of the particle configuration. The particles in water are closer to each other compared to the particles in air. Since sound travels with one particle bumping into another and causing it to vibrate, sound waves travel faster in water.
Sound jumps from molecule to molecule and water has tighter packed molecules so it takes less time to jump from one molcule to another in water than in air.
The expression for the speed of sound in a fluid is the square root of the value of the ratio of the bulk modulus of elasticity of the medium to its density. As the bulk modulus of elasticity of water is very much greater than air, the speed of sound is very much greater in water medium.
Sound waves propagate by particles (atoms, molecules) bumping into one another - and some properties of water - such as the distance between the particles, and the forces between them - are simply different than those of air.
The particles are closer together in water causing them to vibrate faster. Therefore travelling faster.
there are more sound waves!
Water is denser then air, the waves travel through the water faster. It will go even faster in steel.
Sound waves travel faster in substances with higher densities.
Velocity of sound depends directly on the elasticity of the medium. Water has more elasticity than air hence velocity of sound seems more
It will slow - sound moves faster in water than in air.
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No. The denser the material, the faster sound moves through it.
You probably meant 'travelling faster than the speed of sound' since, according to most scientists, nothing can travel faster than the speed of light. It is most unlikely that any 'drop' of water could reach the speed of sound and thus break the sound barrier, since it would be slowed by wind resistance.
sound moves faster though stone than water because stones particles are closer together and vibrate faster. +++ We can add that in general, the denser the material the higher the speed of sound through it.
The speed of sound slows in colder temperatures.The speed of sound is dependent on the medium it travels through. It travels faster in steel than water, faster in water than air and not at all in a vacuum.The molecules have more energy at higher temperatures so the sound waves can vibrate the air faster.
It will slow - sound moves faster in water than in air.
Currently there are no regular vehicles that are faster than the speed of sound, although both the Concorde, and its Russian copy were faster than the speed of sound. There are plenty of military aircraft that are faster than the speed of sound. All spacecraft capable of reaching orbit are faster than the speed of sound. There have been two or three experimental vehicles, "cars", that have gone faster than the speed of sound as well.
No. The Concorde flew faster than the speed of sound. Nothing can move faster than the speed of light.
Speed of sound in water is faster than in air. Speed of sound in steel is c = 5930 m/s. That is faster than in air and in water. Speed of sound in water is c = 1480 m/s. It is affected by the oceanographic variables of temperature, salinity, and pressure. Speed of sound in air is c = 343 m/s at 20°C = 68°F. The speed of sound changes clearly with temperature, a little bit with humidity - but not with air pressure (atmospheric pressure).
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No. The denser the material, the faster sound moves through it.
You probably meant 'travelling faster than the speed of sound' since, according to most scientists, nothing can travel faster than the speed of light. It is most unlikely that any 'drop' of water could reach the speed of sound and thus break the sound barrier, since it would be slowed by wind resistance.
Actually, transonic speed is not a speed faster than that of sound. Transonic speed is approx. Equal to the speed of sound, not faster.
because sea has more air than air.
Sound speed is changing with medium. Metal medium has high speedsfor sound.
Faster than the speed of sound.