1) You are given a tube with a diameter of d = 37.38 mm. Calculate the End-Correction Factor (ECF). Be sure to convert to meters (m). 2) The tube has one end closed and is filled with water so that the air column inside has a length of 39.9 cm. A speaker with a constant frequency sound is on top of the tube and generates the second resonance (n = 3). Using the ECF you calculated in the previous question determine the wavelength (A) of the speaker sound. 3) For the situation described above, the frequency of the sound waves is f = 628 Hz. Using the calculated wavelength in the previous question, find the velocity of the sound.

University Physics Volume 1
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Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter17: Sound
Section: Chapter Questions
Problem 71P: Sound is more effectively transmitted into a stethoscope by direct contact rather than through the...
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In this problem you need the answer of the first to do the second and the second to do the last. So you kinda have to do all 3.

1) You are given a tube with a diameter of d = 37.38 mm.
Calculate the End-Correction Factor (ECF). Be sure to convert
to meters (m).
2) The tube has one end closed and is filled with water so that the
air column inside has a length of 39.9 cm. A speaker with a
constant frequency sound is on top of the tube and generates
the second resonance (n = 3). Using the ECF you calculated in
the previous question determine the wavelength (A) of the
speaker sound.
3) For the situation described above, the frequency of the sound
waves is f = 628 Hz. Using the calculated wavelength in the
previous question, find the velocity of the sound.
Transcribed Image Text:1) You are given a tube with a diameter of d = 37.38 mm. Calculate the End-Correction Factor (ECF). Be sure to convert to meters (m). 2) The tube has one end closed and is filled with water so that the air column inside has a length of 39.9 cm. A speaker with a constant frequency sound is on top of the tube and generates the second resonance (n = 3). Using the ECF you calculated in the previous question determine the wavelength (A) of the speaker sound. 3) For the situation described above, the frequency of the sound waves is f = 628 Hz. Using the calculated wavelength in the previous question, find the velocity of the sound.
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