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Sonar is a method of detecting underwater objects with sound pulses-like radar but with sound not microwaves
As the name suggests, sonar uses sonic waves (sound). Typically, sonars use sounds with frequencies inaudible to human ear.Another answer:Actually, sonar uses a wide range of frequencies. Very low frequencies (100 Hz to 1 kHz) are used for long range detection and deep sea floor sounding. Midrange frequences (1 kHz to 10 kHz) are used for target identification. Ultrasonic frequencies (50 kHz and up) are used in navigation and commercial sonar devices like fish finders.
Sound waves, like physical objects, can "bounce" (if they are not absorbed by soft surfaces). The same way a ball hits the floor and uses the energy of impact to rebound, sound waves can hit the walls of a cave or empty room and return in roughly the same direction they came from.
It bounes back where it came from
Tissssssssssssssssssssssssssssssssssssssssssss Like the sound your pee makes when it hits the toilet. Or a happy joyful soothing song.
Sonar is a method of detecting underwater objects with sound pulses-like radar but with sound not microwaves
Bats create sound based on location, like sonar. when they travel they emit sonar like waves to identify objects. Echolocation
Im not sure but I think it was sonar (Sound Waves). Like I said im not 100% on this but im preety sure.
Echolocation they send out a sound and via echolocation (like sonar) they determine their position and the location of their prey
Sonar mapping uses sound waves to map out the contours or the shape of the ocean bottom. Sonar is an acronym for Sound Navigation Ranging. Typically, a pulse of sound is generated using a kind of underwater loudspeaker towed behind a boat. The pulse of sound, or "ping," spreads out through the water and is reflected back again by objects in the water, such as the ocean bottom, a fish, or a submarine. Underwater microphones measure the reflected sound. The time that it takes the echo to return is roughly proportional to the distance to the reflecting object. Like an echo in the air. Measuring the distance to a single object is relatively easy because it returns a simple echo. Making a map of the ocean floor is much more difficult because sound reflects back from many directions, from hills and valleys in the ocean floor. Complicated mathematics is needed to calculate a map of the ocean bottom.
your head bangin on the floor
As the name suggests, sonar uses sonic waves (sound). Typically, sonars use sounds with frequencies inaudible to human ear.Another answer:Actually, sonar uses a wide range of frequencies. Very low frequencies (100 Hz to 1 kHz) are used for long range detection and deep sea floor sounding. Midrange frequences (1 kHz to 10 kHz) are used for target identification. Ultrasonic frequencies (50 kHz and up) are used in navigation and commercial sonar devices like fish finders.
An echo is like a sonar because they both reflct the sound they cause. The sonar is useful to the navy army to find out where the lost ships are located, so basically they are navigating the exact location of ships and sumbarines. An echo as you can see can be most used when screaming in the gym or an enormous place with no one in there. I hope this helped you.
Ultrasound is sound which has a frequency higher than that of audible sound.( like radar )ADDED: Not like radar. That uses radio waves, although sonar and radar principles are similar.
No. SONAR (SOund Navigation And Ranging) is an acronym for a human technology that used for underwater navigation. Bats have the ability that may be similar to SONAR, but they do not use a machine and do not use it under water. They use their ultra sensitive hearing and brain processing to "see" in the dark with sound waves, sort of like how we see with light waves.
to sound with water? . It looks like it been taken out of context, sentence structure is very important in spanish.
Sonar (or Sound Navigation and Ranging) is a type of technology that was designed to help with navigation, communication and locate objects underwater. Sonar projects sound waves then listens for the echo of the emitted sound waves to detect objects.