To our knowledge, the amplitude of the echo isn't used in the determination of
the range to the target. The amplitude depends on the size, shape, and surface
composition of the target, so it's not a reliable indicator of the distance. The distance
is determined primarily by measuring the time delaybefore the echo returns to the
source of the sound.
The distance between the listener and the reflecting surface, as well as the reflective properties of the surface, can affect the clarity of an echo. The further the distance and the more absorbent the surface, the less clear the echo will be.
The distance between the sound source and the reflecting surface can affect the clarity of an echo. The presence of obstacles or sound-absorbing materials near the reflecting surface can also impact the clarity of an echo.
Two factors that can affect an echo are the distance between the sound source and the reflecting surface, and the material and texture of the reflecting surface. Both factors contribute to the sound waves' ability to bounce back and create an echo.
When sound bounces off a wall, you hear an echo. The reflection of the sound waves off the wall creates a delay in the arrival of the sound to your ears, resulting in the perception of an echo. The size, shape, and distance of the wall can affect the characteristics of the echo.
echolocation
The distance between the listener and the reflecting surface, as well as the reflective properties of the surface, can affect the clarity of an echo. The further the distance and the more absorbent the surface, the less clear the echo will be.
No only bats use echolocation
Seven factors can affect the acoustics of a building. they are 1.Reverberation time 2.loudness 3.Echo 4.Echelon effect 5.Focusing 6.Resonance 7.Noise Seven factors can affect the acoustics of a building. they are 1.Reverberation time 2.loudness 3.Echo 4.Echelon effect 5.Focusing 6.Resonance 7.NoiseM.Senthil KumarAsst.Professor / Physics Dept.,Karunya University
A useful echo is echolocation, which is used by marine animals such as dolphins to locate and then hunt their prey
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.
There was one boy who did clicking sounds, like echolocation.
The distance between the sound source and the reflecting surface can affect the clarity of an echo. The presence of obstacles or sound-absorbing materials near the reflecting surface can also impact the clarity of an echo.
Finding out where something is by seeing how long it takes for and echo to return.
Two factors that can affect an echo are the distance between the sound source and the reflecting surface, and the material and texture of the reflecting surface. Both factors contribute to the sound waves' ability to bounce back and create an echo.
Echolocation is echo location, meaning they move around using vibrations coming off of objects around them so they locate using echos
When sound bounces off a wall, you hear an echo. The reflection of the sound waves off the wall creates a delay in the arrival of the sound to your ears, resulting in the perception of an echo. The size, shape, and distance of the wall can affect the characteristics of the echo.
Not usually, although some owls seem to screech to reveal other animals. Bats (flying mammals) are the ones that send out sound waves using their mouth or nose. When the sound hits an object, an echo comes back. The bats can identify an object and its distance by the echo. They can even tell the size and shape from its echo. Most bats use echolocation to navigate in the dark and find food.