Find the number of possible natural oscillations of air column in a pipe whose frequencies lie below `f_(0) = 1250 Hz`. The length of the pipe is `l = 85 cm`. The velocity of sound is `v = 340 m//s`. Consider two cases
the pipe is closed from one end .

Find the number of possible natural oscillations of air column in a pipe frequencies of which lie below v_(0) = 1250 Hz . The length of the pipe is l = 85 cm . The velocity of sound is v = 340 m//s . Consider two cases i. the pipe is closed from the end , ii. the pipe is open from both ends.

Find the number of possible natural oscillations of air column in a pipe whose frequencies lie below 1250 Hz . The length of the pipe is 85 cm . The velocity of sound is 340m*s^(-1) . Consider the following two cases: The pipe is opened from both ends

Find the number of possible natural frequencies of an air column in a pipe whose frequencies lie below 1250 Hz. The length of the pipe is 85 cm. The speed of sound is 340 ms^(-1) . Consider the two cases: (a) the pipe is closed at one end and (b) the pipe is open at both ends.

A pipe of length 85cm is closed from one end. Find the number of possible natural oscillations of air column in the pipe whose frequencies lie below 1250 Hz . The velocity of sound in air is 340m//s .

A pipe of length 85cm is closed from one end. Find the number of possible natural oscillations of air column in the pipe whose frequencies lie below 1250 Hz . The velocity of sound in air is 340m//s .

A pipe of length 85cm is closed from one end. Find the number of possible natural oscillations of air column in the pipe whose frequencies lie below 1250 Hz . The velocity of sound in air is 34m//s .