One method for measuring the speed of sound uses standing waves. A cylindrical tube is open at both ends, and one end admits sound from a tuning fork. A movable plunger is inserted into the other end at a distanceL from the end of the tube where the tuning fork is. For a fixed frequency, the plunger is moved until the smallest value of L is measured that allows a standing wave to be formed. Suppose that the tuning fork produces a 433-Hz tone, and that the smallest value observed for L is 0.243 m. What is the speed of sound in the gas in the tube?

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Chapter1: Units, Trigonometry. And Vectors
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One method for measuring the speed of sound uses standing waves. A cylindrical tube is open at both ends, and one end admits sound
from a tuning fork. A movable plunger is inserted into the other end at a distance L from the end of the tube where the tuning fork is.
For a fixed frequency, the plunger is moved until the smallest value of L is measured that allows a standing wave to be formed. Suppose
that the tuning fork produces a 433-Hz tone, and that the smallest value observed for L is 0.243 m. What is the speed of sound in the
gas in the tube?
Transcribed Image Text:One method for measuring the speed of sound uses standing waves. A cylindrical tube is open at both ends, and one end admits sound from a tuning fork. A movable plunger is inserted into the other end at a distance L from the end of the tube where the tuning fork is. For a fixed frequency, the plunger is moved until the smallest value of L is measured that allows a standing wave to be formed. Suppose that the tuning fork produces a 433-Hz tone, and that the smallest value observed for L is 0.243 m. What is the speed of sound in the gas in the tube?
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