Two organ pipes, open at both ends, are sounded together and six beats per second are produced. The length of the shorter pipe is 60 cm. Find the length of the other. ltVeocity of sound in air `= 330 ms^(-1)`)

Two organ pipes, open at both ends, are sounded together and 5 beats are heard per second.The length of shorter pipe is 0.25 m. Find the length of the other pipe.

Two closed organ pipes give 10 beats between the fundamental when sounded together. If the length of the shorter pipe is 1m then the length of the longer pipe will be (speed of sound in air is 340ms^(-1) )

Two organ pipes of lengths 50cm and 50.5 cm long are sounded together, 3 beats per second are heard. Find their frequencies ?

The first overtone of an open pipe and the fundamental tone of a closed pipe give 5 beats pe second when sounded together. If the length of the closed pipe is 25 cm, what are the possible length of the open pipe ? (Velocity of sound in air is 340 ms^(-1) )

Two organ pipes one open at both ends,and the other open at one end only give their fundamental noteswhose frequencies differ by 25 vibration per second.The length of the open pipre is 96 cm.Calculate the length of the closed pipe if the velocity of sound in air is 330 m(s)^-1 .

Two open organ pipes give 5 beats per second when sounded together in their fundamental modes.The lengths of the pipes are 1 m and 1.03 m .Find the velocity of sound.

Two open organ pipes given 4 beats/sec, when sounded together in their fundamental notes. IF the length of the pipes are 100 cm and 102.5 cm respectively then the velocity of sound is

If two open organ pipes of length 50 cm and 51 cm sounded together produce 7 beats per second , the speed of sound is

Two open organ pipes give 4 beats/sec when sounded together in their fundamental nodes. If the length of the pipe are 100 cm and 102.5 cm respectively, then the velocity of sound is :

Determine the frequencies of first three overtones produced in a 50 cm long pipe open at both ends . [Velocity of sound in air = 330 m*s^(-1) ]