A closed organ pipe has length `'l'`. The air in it is vibrating in `3^(rd)` overtone with maximum amplitude `'a'`. Find the amplitude at a distance of `l//7` from closed end of the pipe.

A closed organ pipe has length 'l'. The air in it is vibrating in 3^(rd) overtone with maximum displacement amlitude 'a'. The displacement amplitude at distance l"/"7 from closed end of the pipe is :

An open organ pipe has length l .The air in it vibrating in 3^( rd ) overtone with maximum amplitude A . The amplitude at a distance of (l)/(16) from any open end is.

A closed organ pipe has length L . The air in it is vibrating in thirf overtone with maximum ampulitude a . The amplitude at distance (L)/(7) from closed of the pipe is

An open organ pipe has length l .The air in it vibrating in 3^( rd ) overtone with maximum amplitude A.The amplitude at a distance of (l)/(6) from any open end is.

An open organ pipe has length l .The air in it vibrating in 3^( rd ) overtone with maximum amplitude A . The amplitude at a distance of (l)/(16) from any open end is

A closed organ pipe has length L . The air in it is vibrating in third overtone with maximum amplitude a . The amplitude at distance (L)/(7) from closed of the pipe is a) 0 b) a c) a/2 d) data insufficient

A open pipe of length l is vibrating in 3rd overtone with maximum amplitude A. The amplitude at a distance of (l)/(16) from any open end is

A string of length 'L' is fixed at both ends . It is vibrating in its 3rd overtone with maximum amplitude 'a'. The amplitude at a distance L//3 from one end is