u locate sound by the way you make sound
above the head
Location of the Stereo, placement of the speakers, location of furniture in relation to the stereo speakers, and sound absorption materials in the room all affect the quality of sound from a stereo.
I think there is no relation between sound and temperature. But velocity of sound is found to be proportional to the square root of temperature of the medium (air)
sonar
sound travels the fastest in solids and slower in liquids and even slower in gases and cannot travel in vacuum..so its most difficult for the sound to travel in gases
Speed = frequency x wavelengthThis is true for all waves, sound waves as well as electromagnetic waves.
Location of the Stereo, placement of the speakers, location of furniture in relation to the stereo speakers, and sound absorption materials in the room all affect the quality of sound from a stereo.
While this may sound difficult, you can save money if you can locate the leak for the plumber.
Echolocation is the ability to locate objects by bouncing sound waves off of them, and then measuring the time taken for an echo to return and calculating the direction the echo came from.
I think there is no relation between sound and temperature. But velocity of sound is found to be proportional to the square root of temperature of the medium (air)
Yes. The A has a long A sound (ay).
im pretty sure they use echo location They project sound waves which bounce around surroundings which then gives them a visual of their surroundings. Every time they emit a sound, they will be able to "see" very far.
im pretty sure they use echo location They project sound waves which bounce around surroundings which then gives them a visual of their surroundings. Every time they emit a sound, they will be able to "see" very far.
SONAR
SONAR; SOund Detection And Ranging.
when the place is to noisy with a inexplainable sound
Echolocation is used by mammals such as the bat, which has poor eye sight. During evolution it developed the ability to locate a target by sending sound waves, as eyes are almost useless in dark. The bat produces sounds of different frequency at different intervals. The time taken for the echo to come back gives the bat the distance of the object from the bat. The intensity of the echo gives the size of the object, and the 'slight' time difference between the sound reaching each of the ears gives the direction of the object. Rotation of the head to and fro will give the the exact location when used along with all the above. In the same way, many blind people create a sound by stumping their stick or feet to locate an object. But when sound comes fromperpendicularto both ears, all animals get confused, whether it is coming from back side or front side. So Echo location is used to locate the size of object, it's distance from animal and exact location of the object.
Sonar uses echoes to locate objects by bouncing sound waves off them and detecting the echoes.