lab exercise 6
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School
Thomas Edison State College *
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Course
115
Subject
Mathematics
Date
Apr 3, 2024
Type
docx
Pages
2
Uploaded by DeanPheasantPerson1053
QUESTION 1
What is the temperature of the water once it has reached equilibrium with the air? Transfer this number
to the appropriate column in Table 1.
73° F = 22.78° C
Place the plastic tube into the water. QUESTION 2
What is the frequency of the tuning fork? (This should be printed on the fork). Transfer this frequency to Table 1.
384 Hz
QUESTION 3
What is the distance that results in the loudest sound?
22 cm
QUESTION 4
What is the calculated wavelength? (Transfer this number to Table 1)
Wavelength= 4(L+0.3d)= 4(.22+.3(.02))=.904
QUESTION 5
What is the estimated measurement of the speed of sound? (Transfer this number to Table 1).
v=wavelength * f=.904 * 384 Hz=347.136 QUESTION 6
What is the theoretical speed of sound? (Transfer your number to Table 1).
343.67
QUESTION 7
Calculate the % of error between the experimentally estimated and the calculated speed of sound.
Copyright © 2017 by Thomas Edison State University. All rights reserved.
Percent error = (347.136-343.67)/343.67 * 100=1.01%
QUESTION 8
Are you satisfied with your % of error that you achieved in this experiment? If you, you may want to repeat this experiment with a different water recipient, etc. until you obtain numbers with which you are satisfied.
I think that I could have let the water sit out a little longer and get closer to room temperature but overall
I am satisfied with the results of this lab.
The purpose of this lab experiment is to measure the speed of sound using a tuning fork. This experiment was really easy compared to the last experiment. It would have been better to let the water sit out a little longer like I mentioned in question 8.
Copyright © 2017 by Thomas Edison State University. All rights reserved.
1.01%
343.67
347.136
.904
.21
.02
384 Hz
22.78° C
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