A sound detector.
Yes, the basilar membrane in the cochlea is responsible for detecting different frequencies of sound.
Common robot senses include cameras for detecting visuals, sensors for detecting touch and proximity, microphones for detecting sound, and gyros for detecting movement and orientation. These senses enable robots to perceive and interact with their environment.
Underwater sound detecting systems are called hydrophones. These devices are used to listen to and record sounds underwater, such as those produced by marine animals or underwater activities.
Input, because a microphone can capable of detecting sound.
Input, because a microphone can capable of detecting sound.
No, they do not hear with eardrums, but in fact "hear" with their legs by detecting vibrations.
Sonar in Spanish means "to ring" or "to sound." In a nautical context, sonar refers to the technology used for detecting objects underwater by emitting sound waves.
the method for detecting things with sound is called as SONAR-sound navigation and radiation. in this mehod we need to know the speed of sound in that medium. and as we have the relation that speed=distance*time, we can use a detector-to know that the sound that we sent has returned and stopcock to get the time. the distance we get should be divided by 2 so as to get the distance of the object from the source.
you can get clip on pickups with amplafie the cello sound by detecting vibrations, or you can have them built in (electric cello).
Fort Polk!
A device for detecting underwater objects is typically called a sonar device. Sonar uses sound waves to detect and locate objects underwater by measuring the time it takes for the sound waves to bounce off the object and return to the device.
Location of Sound! P.s. Its not that hard to find answer! Don't be a freaking couch potato and just LOOK FOR IT! Holy cow.