A closed organ pipe, of length 1.5 m and filled with a gas, is resonated in its fundamental mode with the help of a tuning fork. Another open pipe of same length but filled with air resonates with the same fork in its fundamental mode. The room temperature is 30∘C. If the speed of sound in air at 30∘C is 340 m/s, then the speed of sound in the first gas at 30∘C will be

A closed organ pipe, of length 1.5 m and filled with a gas, is resonat

1.	A closed organ pipe, of length 1.5 m and filled with a gas, is resonated in its fundamental mode with the help of a tuning fork. Another open pipe of same length but filled with air resonates with the same fork in its fundamental mode. The room temperature is 30∘C. If the speed of sound in air at 30∘C is 340 m/s, then the speed of sound in the first gas at 30∘C will be
Answer» A closed organ pipe, of length $1.5 m$ and filled with a gas, is resonated in its fundamental mode with the help of a tuning fork. Another open pipe of same length but filled with air resonates with the same fork in its fundamental mode. The room temperature is $30^{\circ} C$ . If the speed of sound in air at $30^{\circ} C$ is $340 m/s$ , then the speed of sound in the first gas at $30^{\circ} C$ will be

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