SONAR: Sound waves bounce off of objects, and SONAR uses this property for underwater object location and navigation. Extracorporeal Shock Wave Lithotripsy (ESWL): This is a fancy term for using powerful sound waves to break up kidney stones. Read More Lots More Information Related Articles ...
IShowSpeed: Bounce That A$$ Edit It looks like we don't have any soundtracks for this title yet.Be the first to contribute. Learn more Contribute to this page Suggest an edit or add missing content IMDb Answers: Help fill gaps in our data ...
It turns out that the jaw is primarily responsible for capturing and transferring returning sound waves to the dolphin's inner ear.So, these rapid clicks that are sent out bounce off objects—m-maybe a group of fish swimming over here, a boat coming from over there—the sounds bounce off ...
If a sound is coming from behind you or above you, it will bounce off the pinna in a different way than if it is coming from in front of you or below you. This sound reflection alters the pattern of the sound wave. Your brain recognizes distinctive patterns and determines whether the s...
If the speakers are facing straight toward the back of the room, the sound waves will bounce off the back wall and back toward the front wall where the speakers are, which is called an axial mode. This can often make mid-range and bass tones sound off, and create spots in the room ...
The speaker’s voice is amplified and projected towards the back wall of the room by the sound system. If the back wall is not effectively treated, the speaker’s voice will bounce back and be heard a second time by the audience. In this example, the placement is key because most of ...
Say you send out a loud sound toward a car moving toward you. Some of the sound waves will bounce off the car (an echo). Because the car is moving toward you, however, the sound waves will be compressed. Therefore, the sound of the echo will have a higher pitch than the original ...
by a vibrating object. In other words, you could say that when something vibrates, it creates sound. Originating from a source, these sound waves travel outwards in all directions at the same rate. As the waves travel, they bounce off and/or are absorbed by objects that lie in their ...
This structure helps you determine the direction of a sound. If a sound is coming from behind you or above you, it will bounce off the pinna in a different way than if it is coming from in front of you or below you. This sound reflection alters the pattern of the sound wave. Your ...
Say you send out a loud sound toward a car moving toward you. Some of the sound waves will bounce off the car (an echo). Because the car is moving toward you, however, the sound waves will be compressed. Therefore, the sound of the echo will have a higher pitch than the original ...