Water is denser than air so it is a better conductor of sound. It is so good at allowing sound to travel further that scientists believe whales can communicate to each other across vast distances, even perhaps halfway around the world.
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It still fades with distance, very strongly by inverse-square law; and further still as the frequency rises. Whether a whale can be heard by another some 12000 miles away ("halfway round...") is a moot point, although they are helped by calling at low frequencies and by the physical characteristics of the ocean itself.
The question should not be how far does sound travel underwater, but how fast. The speed of sound in water is about 1,484 m/s. This is 4 times faster than in air where sound travels at 343 m/s.
There's no limit to its possible distance, as long as it doesn't
run into anything that absorbs it.
Sound travels underwater 1,500 Meters per second.
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There IS a limit, by both spreading loss and by being absorbed by the water itself, until it becomes so faint it is effectively non-existent.
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The spreading loss is much the greater, is independent of frequency, and is by the square of the distance. So at 100 metres from source it is at only a quarter of the amplitude it was 50m away. In decibel terms as these things are measured in, the loss = 20.log(distance in metres), the logarithm being to base-10. (Answers has a big maths section but is let down by a text editor that won't give you subscripts, indices and symbols!)
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On top of that is the small absorption loss, rising with frequency and I believe also dependent on water conditions.
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So the distance sound can travel in water is dependent on frequency and more obviously, its source power and intensity.
Water is denser than air so it is a better conductor of sound. It is so good at allowing sound to travel further that scientists believe whales can communicate to each other across vast distances, even perhaps halfway around the world.
Yes, "Actually, sound travels about 4.3 times faster in water than in air."!
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Sound is basically a vibration sound travels through air by causing it to vibrate and it does the same with water or any other material
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Sound always travels well underwater.
Yes sound travels through water.
Speed has nothing to do with where you are. You can travel below the speed of sound pretty much anywhere.
because sound waves travel at different distances and speeds underwater plus the water is in your ear.
Yes.
Yes you can make sound without air, because sound can travel through all the forms of matter, gases, liquid, solid, and plasma. If you submerged yourself underwater, you'd still be able to hear sound.
Dive underwater in a pool while a radio is playing near the pool. While you are underwater, the sound of the radio will be different because the sound waves which are traveling in air at first, encounter water, and must travel through water to reach your ears. So it goes from the medium of air to the medium of water.
yes
It makes the sound travel further
underwater x
under water because of the water
Speed has nothing to do with where you are. You can travel below the speed of sound pretty much anywhere.
because sound waves travel at different distances and speeds underwater plus the water is in your ear.
get something metallic hit it on the table and then put it in a bole.
Yes. There nuclear torpedoes that can travel underwater and destroy ships.
Sound should travel with less energy loss underwater as water has a more tightly packed particles than air and so can travel between the particles with less energy loss than in air but its speed is the same.
Yes.
It will depend on the speed of sound in the medium. Sonar is often used for underwater location and the speed of sound through water is quite different from the speed of sound through air.
MAGIC!!!!! no really, sound travels underwater even fast than out of water. sound is just a vibration that your eardrums hear and send the message to your brain, and your brain converts it into a message that we know as sounds!