Take a picture of the setup at the prompt in the assignment with a visible white piece of paper labeled with your name and date. The data table below must be completed in its entirety. Submit photo of the table and show all of your work. Theoretical Speed of Sound Temperature (°C) 21°C Experimentally Determined Speed of Sound Theoretical Speed of Sound (331.4+0.6Tc) 344/5 Measured Equation for Length (m) Wavelength Calculated Wavelength of Tuning Frequency from L (m) Fork (Hz) L 2cm λ=4L 8 2048 cm λ=4L/3 36 2048 18cm λ=4L/5 72 2048 Experimentally Determined Speed of Sound (m/s) = Percent Error from Theoretical Speed of Sound X 346 m/s Submit Report 3 by 11:59 p.m. (ET) on Monday of Module/Week 5. 331.4+0.6 * TCM (21) C² = = 346-244

Take a picture of the setup at the prompt in the assignment with a visible white piece of paper labeled with your name and date. The data table below must be completed in its entirety. Submit photo of the table and show all of your work. Theoretical Speed of Sound Temperature (°C) 21°C Experimentally Determined Speed of Sound Theoretical Speed of Sound (331.4+0.6Tc) 344/5 Measured Equation for Length (m) Wavelength Calculated Wavelength of Tuning Frequency from L (m) Fork (Hz) L 2cm λ=4L 8 2048 cm λ=4L/3 36 2048 18cm λ=4L/5 72 2048 Experimentally Determined Speed of Sound (m/s) = Percent Error from Theoretical Speed of Sound X 346 m/s Submit Report 3 by 11:59 p.m. (ET) on Monday of Module/Week 5. 331.4+0.6 * TCM (21) C² = = 346-244

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter9: Optics

Section: Chapter Questions

Problem 33Q

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A quality assurance engineer at a frying pan company is asked to qualify a new line of nonstick-coated frying pans. The coating needs to be 1.00 mm thick. One method to test the thickness is for the engineer to pick a percentage of the pans manufactured, strip off the coating, and measure the thickness using a micrometer. This method is a destructive testing method. Instead, the engineer decides that every frying pan will be tested using a nondestructive method. An ultrasonic transducer is used that produces sound waves with a frequency of f=25 kHz. The sound waves are sent through the coating and are reflected by the interface between the coating and the metal pan, and the time is recorded. The wavelength of the ultrasonic waves in the coating is 0.076 m. What should be the time recorded if the coating is the correct thickness (1.00 mm)?
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Plz solve 20 mins i'll upvote.. plzzz hand written otherwise down vote...
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I can not see the equation clearly. Can you show it in other method or by handwrite?
Problem 33re
Plz hand written plxxxxzzzz....pl.do it fast plzzz
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2. Sketch the f v.s. Uind graph for given data table. Determine the value of po and calculate the error percentage. (Ho theonstica1.26x10* V.s/m.A). (N=485, n=300, R-13mm, l=16cm, lo-25mA) f (Hz) Uind (V) 1.0 0.015 0.026 0.038 0.050 2.0 3.0 4.0 5.0 0.067 0.083 6.0 7.0 0.106 8.0 0.126 9.0 0.155 10.0 0.178