Copy of Am-15 Speak Up

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University of Nebraska, Lincoln *

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141

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Physics

Date

May 15, 2024

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pdf

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7

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Am-15 Speak Up! Date: 05/07/24 Task 1: Nodes and Antinodes A. B. (fn = n/T) Fn=1 = 1/0.45s = 2.22 Hz Fn=2 = 2/0.65s= 3.08 Hz Fn=3 = 3/0.85s= 3.53 Hz C. From calculating the frequencies in Part B, we found a positive relationship between frequency and the number of antinodes, which means as the number of antinodes present in a wave increases, the frequency of the wave also increases. For fn=6, we would expect the frequency to be considerably greater than that of Fn=3, because the time interval for the wave to travel would be much greater.
D. When only using half of the slinky and stretching it to the same length as the previous task, we are changing the velocity of the wave, as the tension in the silky is increased greatly by stretching it. As we stated, we believe the velocity of the system will increase significantly, as the increased tension in the slinky will not allow for as big of waves, which will decrease the amount of time traveled. E. f’n=2 = 2/0.66s = 3.03 Hz f’n=3 = 3/1.10s = 2.727 Hz F. For f’n=6, we would expect a smaller frequency based on our calculations from part F. This is due to the added tension in the slinky, where it has restricted flexibility to create long wavelengths. G. .We noticed that if we add more tension to the slinky, we expect a smaller frequency, since the slinky doesn’t stretch as much as it does without any frequency. Task 2: Modeling Your Voice, Part I
A. B. No, the peaks are not equally spaced throughout the entire graph, but they are only slightly off. This means there is little variation present in the vibrations in the throat produced from the person’s hum. The vocal cords and slinky work similarly in the fact that the amount of tension present in the system affects the frequency produced. C.
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