For a certain organ pipe, three successive resonance frequencies are observed at `425,595,and 765` Hz respectively, Taking the speed of sound in air to be `340m/s` the fundamental frequency of the pipe (in `Hz`) is
(1) `425`
(2) `170`
(3) `85`
(4) None of these

For a certain organ pipe, three successive resonance frequencies are observed at 425, 595 and 765 Hz. The speed of sound in air is 340 m/s. The pipe is

For a certain organ pipe three successive resonance frequencies are observed at 425Hz, 595 Hz and 765Hz respectively. If the speed of sound air is 340m/s, then the length of the pipe is

For a certain organ pipe, three successive resonance frequencies are observer at 425 , 595 and 765 H_(Z) respectively. Taking the speed of sound in air to be 340 m//s , (a) explain whether the pipe is closed at one or open at boyh ends. (b) determine the fundamental frequency and length of the pipe.

For a certain stretched string, three consecutive resonance frequencies are observed as 105, 175 and 245 Hz respectively. Then, the fundamental frequency is

For a certain stretched string, three consecutive resonance frequencies are observed as 105, 175 and 245 Hz respectively. Then, the fundamental frequency is

Two successive resonance frequencies in an open organ pipe are 1944 Hz and 2592 Hz. Find the length of the tube. The speed of sound in air is 324 m s^-1 .

In a resonance tube, using a tuning fork of frequency 325 Hz, two successive resonance lengths are observed at 25.4 m and 77.4 cm respectively. The velocity of sound is air is

An ideal organ pipe resonates at successive frequencies of 50 Hz , 150 Hz , 250 Hz , etc. ( speed of sound = 340 m//s ) The pipe is

A pipe 1 m length is closed at one end. Taking the speed of sound in air as 320ms ^(-1) .the air column in the pipe cannot resonate for the frequency (in Hz )

An ideal organ pipe resonates at successive frequencies of 50 Hz , 150 Hz , 250 Hz , etc. ( speed of sound = 340 m//s ) The length of the pipe is