A person clapped his hands near a cliff and heard the echo after `5 s`. What is the distance of the cliff from the person if the speed of the sound, `v` is taken as `346 m//s` ?

A person clapped his hands near a cliff and heard the echo after 2 s. what is the distance of the cliff from the person if the speed of the sound. v is taken as 346 ms^(-1) ?

A person clapped his hands near a cliff and heard the echo after 2 s. what is the distance of the cliff from the person if the speed of the sound. v is taken as 346 ms^(-1) ?

A person clapped his hands near a cliff and heard echo after 6 s. The distance of the cliff from the person is : [take v = 346 ms^(- 1) ]

Solve the following example: A person standing before a cliff shouts and hears the echo afte 1.6 s. Find the distance between the person and the cliff. (speed of sound in air= 340 m//s )

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

A person standing before a cliff shouts and hears the echo after 1.9s. Find the distance between the person and the cliff. (speed of sound in air=340 m/s )

An echo was heard after 3 s what is the distance of the reflecting surface from the source given that the speed of sound in 342ms^(-1) ?

An echo is heard after 4s. What is the distance of reflecting surface from the source, given that the speed of sound is 342 ms^-1 .

A man stationed between two parallel cliffs fires a gun. He hears the first echo after 1.5 s and the next after 2.5 s . What is the distance between the cliffs and when does the hear the third echo ? Take the speed of sound in air as 340 m//s .