There is no absolute value. In sea water, the temperature, the depth, and the salinity all impact the speed of sound. Increases in any of them increase the speed of sound. In a study of coastal waters in the Caspian Sea, sound near the surface traveled at 1488 meters/second (3328 miles/hour).
The generally accepted value for sea water at 0°C, 35 ppt (parts per thousand) salinity, and 760 mmHg of pressure(14.7 PSI) is 1500 meters/second (3355 MPH).
The variations are of critical importance to SONAR in submarines, where the distance to an obstruction - or to an enemy submarine - must be known very accurately. This is why SONAR equipment in subs includes constant displays of the depth, temperature and salinity of the water around them.
Ocean waves and sound waves differ in their propagation and behavior. Ocean waves are mechanical waves that travel through water, while sound waves are pressure waves that travel through air or other mediums. Ocean waves are affected by factors such as wind, tides, and water depth, while sound waves can travel through different mediums and are influenced by temperature and pressure. Additionally, ocean waves can be seen and felt, while sound waves are typically heard and can be reflected or absorbed by different materials.
Sound waves travel through water by vibrating the water molecules, causing them to bump into each other and pass the sound energy along. This process allows the sound waves to propagate through the water medium.
Sound travels faster through water than through air because water is denser and provides more molecules for sound waves to travel through, leading to a faster transmission of sound.
The wave is likely traveling through a medium such as air, water, or a solid material. Sound waves travel through air or other substances, while ocean waves travel through water. Electromagnetic waves, like light, can travel through empty space.
This depends a lot on the type of waves you're talking about. Sound waves, for example, can travel through water, solid, and air mediums, but not through a vacuum. Electromagnetic waves, however, can travel in a vacuum.
Ocean waves and sound waves differ in their propagation and behavior. Ocean waves are mechanical waves that travel through water, while sound waves are pressure waves that travel through air or other mediums. Ocean waves are affected by factors such as wind, tides, and water depth, while sound waves can travel through different mediums and are influenced by temperature and pressure. Additionally, ocean waves can be seen and felt, while sound waves are typically heard and can be reflected or absorbed by different materials.
Sound waves travel through water by vibrating the water molecules, causing them to bump into each other and pass the sound energy along. This process allows the sound waves to propagate through the water medium.
Sound is a wave and it needs a medium to travel through. Waves in the ocean use water as a medium. Without water, you can't have a wave. In the case of sound you need a medium, whether its solid, liquid or gas, for the sound to travel through. Hence the line, "in space, no one can year you scream." Space is a vacuum (i.e. no "molecules") so sound cannot travel.
water
Because sound must have a physical medium through which to travel, like air or water water.
Sound waves can travel through mediums such as air, water, and solids.
Sound waves travel through a medium, such as air, water, or solids.
what does sound travel through fastest ice,snow,water,steam
Sound travels faster through water than through air because water is denser and provides more molecules for sound waves to travel through, leading to a faster transmission of sound.
The wave is likely traveling through a medium such as air, water, or a solid material. Sound waves travel through air or other substances, while ocean waves travel through water. Electromagnetic waves, like light, can travel through empty space.
through water.,
Well, let's look. Sound (compressional) waves need a medium to travel through (the ground, the water of the ocean.) Now let's compare densities of the medium. The denser the medium, the longer the sound waves take to travel. Now I think you can figure this one out.