An echo is heard in 3 s. What is the distance of the reflecting surface from the source, given that the speed of sound is 342 ms -1 ?

Given, Speed of sound (v) = 342 ms -1 Time taken for hearing the echo (t) = 3 s Distance travelled by sound = v × t = 342 × 3 = 1026 m In 3 s, sound has to travel twice the distance between the reflecting surface and the source. Hence, the distance between reflecting surface from the source = = 513 m

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Science

An echo is heard in 3 s. What is the distance of the reflecting surface from the source, given that the speed of sound is 342 ms^-1?

Sound

Related Questions

Distinguish between loudness and intensity of sound.

In which of the three media, air, water or iron, does sound travel the fastest at a particular temperature

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What is the audible range of the average human ear?

Science

An echo is heard in 3 s. What is the distance of the reflecting surface from the source, given that the speed of sound is 342 ms-1?

Sound

Related Questions

Distinguish between loudness and intensity of sound.

In which of the three media, air, water or iron, does sound travel the fastest at a particular temperature

Why are the ceilings of concert halls curved?

What is the audible range of the average human ear?

An echo is heard in 3 s. What is the distance of the reflecting surface from the source, given that the speed of sound is 342 ms^-1?