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The percent error between the experimental and theoretical values is

The percent error between the experimental and theoretical values is

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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The percent error between the experimental and theoretical values is

a) 4.96

b)6.49

c)0.50

d) 9.46

e) 2.96

3. Find the tube length at the first resonance point. Start with the piston all the way in. Have one person hold the struck tuning fork as shown above while somconc clse slowly pulls the piston out. Once found, slide one of the plastic clips to the location of the front of the piston. Measure the lengtlh from the top of the tube to the clip. Note: you may need to restrike the tuning fork occasionally as you are searching, Repcat two more times for a total of three trials and calcu- late the average length. D 1. Calculate the wavelength; remember that at this first resonance point, A = IL. 5. Calculate the experimental speed of sound using Equation 1 and finally the percent error between the experimental and theoretical values. -> Jata Page 22.3 °C Room Temperature, Tc (°C) 4 use Equat ion (2) Theoretical Speed of Sound. v (m/s) Frequeney of Sound Waves. f (Hz) S/2 HZ of Sound Wavcs. f (Hz) Frcquency Tube Length, L Second Resynance Pont Third Resopance Point First Resonance Point (m) Trial 1 0.165 0.160 0.155 Trial 2 Trial 3 Average 2. Wavelength, A (m) Experimental Spccd of Sound, v (m/s) Percent Error Acco pted NoTE: Perent Error= "Value Experimental Value X 100 ACcepted Value
Transcribed Image Text:3. Find the tube length at the first resonance point. Start with the piston all the way in. Have one person hold the struck tuning fork as shown above while somconc clse slowly pulls the piston out. Once found, slide one of the plastic clips to the location of the front of the piston. Measure the lengtlh from the top of the tube to the clip. Note: you may need to restrike the tuning fork occasionally as you are searching, Repcat two more times for a total of three trials and calcu- late the average length. D 1. Calculate the wavelength; remember that at this first resonance point, A = IL. 5. Calculate the experimental speed of sound using Equation 1 and finally the percent error between the experimental and theoretical values. -> Jata Page 22.3 °C Room Temperature, Tc (°C) 4 use Equat ion (2) Theoretical Speed of Sound. v (m/s) Frequeney of Sound Waves. f (Hz) S/2 HZ of Sound Wavcs. f (Hz) Frcquency Tube Length, L Second Resynance Pont Third Resopance Point First Resonance Point (m) Trial 1 0.165 0.160 0.155 Trial 2 Trial 3 Average 2. Wavelength, A (m) Experimental Spccd of Sound, v (m/s) Percent Error Acco pted NoTE: Perent Error= "Value Experimental Value X 100 ACcepted Value
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