A string 40.0 cm long of mass 8.50 g is fixed at both ends and is under a tension of .When this string is vibrating in its third OVERTONE,you observe that it causes a nearby pipe,open at both ends,to resonate in its third HARMONIC.The speed of sound in the room is (a)How long is the pipe?
(b)What is the fundamental frequency of the pipe?

Question

A string 40.0 cm long of mass 8.50 g is fixed at both ends and is under a tension of  .When this string is vibrating in its third OVERTONE,you observe that it causes a nearby pipe,open at both ends,to resonate in its third HARMONIC.The speed of sound in the room is  (a)How long is the pipe?
(b)What is the fundamental frequency of the pipe?

Quizplus · Accepted Answer

The Answer of A string 40.0 cm long of mass 8.50 g is fixed at both ends and is under a tension of  .When this string is vibrating in its third OVERTONE,you observe that it causes a nearby pipe,open at both ends,to resonate in its third HARMONIC.The speed of sound in the room is  (a)How long is the pipe?
(b)What is the fundamental frequency of the pipe?

A String 40