The frequency of the second overtone in a pipe open at both ends is n_(1). The frequency of the second overtone in a pipe of the same dimensions but closed at one end is n_(2). Then,

The frequency of the second overtone in a pipe open at both ends is n_

1.	The frequency of the second overtone in a pipe open at both ends is n_(1). The frequency of the second overtone in a pipe of the same dimensions but closed at one end is n_(2). Then,
Answer» `n_(1)=(6)/(5)n^(2)` `n_(2)=(6)/(5)n_(1)` `n_(1)=(4)/(5)n_(2)` `n_(2)=(4)/(5)n_(1)` Solution :`n_(1)=(3V)/(2L), n_(2)=(5V)/(4L)`

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The frequency of the second overtone in a pipe open at both ends is n_(1). The frequency of the second overtone in a pipe of the same dimensions but closed at one end is n_(2). Then,

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