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A piston of mass m =0.005 kg and area of cross section S=0.1m2 is placed near one end of open organ pipe of length L=πm and area of cross section S. At the other end a tuning fork of frequency f produces a traveling sound wave of displacement amplitude A, which excites the pipe in to second overtone. The coefficient of friction between piston and ground is μ=0.1. Find the value of A (in micrometer) at which the piston is about to shift towards left from the pipe. Given bulk modulus of medium in the pipe is 104N/m2. |
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Answer» A piston of mass m =0.005 kg and area of cross section S=0.1m2 is placed near one end of open organ pipe of length L=πm and area of cross section S. At the other end a tuning fork of frequency f produces a traveling sound wave of displacement amplitude A, which excites the pipe in to second overtone. The coefficient of friction between piston and ground is μ=0.1. Find the value of A (in micrometer) at which the piston is about to shift towards left from the pipe. Given bulk modulus of medium in the pipe is 104N/m2. |
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