Sound travels faster and farther in water than in air, which can make it difficult to accurately determine the direction of a sound source underwater. Additionally, underwater environments tend to have more acoustic reflections and distortions, further complicating the perception of sound direction.
Moving your head allows your ears to detect differences in sound arrival time and intensity. These differences help your brain localize the source of the sound by comparing the information received by both ears. By moving your head, you can triangulate the sound's direction based on these auditory cues.
well your ears can tell whether sound is coming from behing or infront of you. there is another way though if sound is behind you it is quiter which means if sound is in front of you it is louder
The sound is muffled because in the air the air vibrations travel to the eardrums and that wont work under water vibrations travel through your bones. Also you cant tell were the sound is coming from because both ears will hear a sound simotaineusly as apposed to the air where your brain can tell which ear it hit first
Yes, if both of your ears are free, then you should be able to detect the direction from which a sound is coming. Your brain detects direction of sound by the minute difference in volume of sound and the slight delay in sound reaching one ear if your head is turned away from the sound source. ; - If one of your ears were fully plugged, you would not be able to detect the direction of the sound without turning your head. If the sound is more or less continuous, however, you would turn your head and by the differences in volume, determine the sound source. ; - By the way, if the sound source is moving, you should also be able to detect the direction it is moving the the rising or falling pitch of the sound. To test this out, stand by a railway crossing when a train is approaching while blowing it's whistle. The pitch of the whistle will change as the train approaches and again as it retreats from your position. Does the pitch rise or fall as the train approaches? ; - This Is The Hypothesis But, You Can Use It As An Abstract ;
Velocity tells us the speed at which an object is moving and the direction in which it is moving.
People won't be able to tell you that on the Internet but if you stop by your local music store you may be able to find a one direction song book for piano with I Want in it. It doesn't sound to hard so it shouldn't take long to learn.
They are hard to destroy because they are mainly ice as hard as rock. Also, most of the iceburg is underwater, so you can barely tell. Thank you for reading this answer. I LOVE WIKI ANSWERS!!!!!
The brain picks up the vibrations from the sound waves. It would be like if your phone vibrated on you in your pocket, you could immediatly tell where it was coming from, right?
The gul makes a kind of barking sound like a dog mixed with a whine of a dog so its hard to tell the real sound
this is so hard to tell maybe he don't know who is Justin Bieber
If it steers hard or rough in one direction but not the other it could be the rack. If it steers hard in both directions it could be the pump.
sonar is used, to steer a vessel because sound waves are emitted around the vessel. Then the sound waves are traveled back to the vessel. If the sound waves are block by an object, it will tell the vessel.
It's hard to tell. bvut it's sorta like a whistling sound.
Stereophonic hearing, made possible by having two ears rather than just one, enables us to tell the direction from which sound is coming.
Fish breath underwater
It would be hard to tell you with words, but listen to the attached video, the call is really quite nice.
It would be hard to tell you with words, but listen to the attached video, the call is really quite nice.