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Trial d (cm) Ad (cm) L (cm) AL (cm) 1 15.96 11.00 15.89 10.50 15.91 10.00 4 15.85 9.50 15.95 9.00 15.87 8.50 Average d : Ad = Ah = %3!

Trial d (cm) Ad (cm) L (cm) AL (cm) 1 15.96 11.00 15.89 10.50 15.91 10.00 4 15.85 9.50 15.95 9.00 15.87 8.50 Average d : Ad = Ah = %3!

College Physics
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter1: Introduction: The Nature Of Science And Physics
Section: Chapter Questions
Problem 19PE: (a) If your speedometer has an uncertainty of 2.0 km/h at a speed of 90 km/h, what is the percent...
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This is physics lab. There is the procedure and then i need to fill the blank on the table 1 

Procedure: I. Measurements averages, absolute errors, and relative error. a. Select the six largest cylinders from the set; b. Use the caliper to measure their diameter (d) in centimeters. Record your measurement in table 1, including the uncertainty given by the measuring tool; c. Use the ruler to measure their height (h) in centimeters including the uncertainty given by the measuring tool. Record your measurements in table 1. d. Calculate the average diameter and the average height of the cylinder set. Remember unweighted N average is found as: x = e. Determine the absolute error in your set of measurements, to do so first find the absolute value of the difference between each measurement and their average, record that on table 1. Then find the average of the difference, basically: Ax = - N f. Record your diameter and height using the average, absolute error format, (X = x±Ax); g. Determine the relative error in your measurements; &x ==; nd? h) of the cylinders 4 h. Determine the average Volume (V Ad. Ah i. Calculate the absolute error in volume: AV = V h + 2
Transcribed Image Text:Procedure: I. Measurements averages, absolute errors, and relative error. a. Select the six largest cylinders from the set; b. Use the caliper to measure their diameter (d) in centimeters. Record your measurement in table 1, including the uncertainty given by the measuring tool; c. Use the ruler to measure their height (h) in centimeters including the uncertainty given by the measuring tool. Record your measurements in table 1. d. Calculate the average diameter and the average height of the cylinder set. Remember unweighted N average is found as: x = e. Determine the absolute error in your set of measurements, to do so first find the absolute value of the difference between each measurement and their average, record that on table 1. Then find the average of the difference, basically: Ax = - N f. Record your diameter and height using the average, absolute error format, (X = x±Ax); g. Determine the relative error in your measurements; &x ==; nd? h) of the cylinders 4 h. Determine the average Volume (V Ad. Ah i. Calculate the absolute error in volume: AV = V h + 2
Þata: Table 1: Measurements and Uncertainties. Trial d (cm) |Ad|(cm) L (cm) AL (cm) 1 15.96 11.00 2 15.89 10.50 15.91 10.00 4 15.85 9.50 5 15.95 9.00 6. 15.87 8.50 Average d = Ad = h = Ah =
Transcribed Image Text:Þata: Table 1: Measurements and Uncertainties. Trial d (cm) |Ad|(cm) L (cm) AL (cm) 1 15.96 11.00 2 15.89 10.50 15.91 10.00 4 15.85 9.50 5 15.95 9.00 6. 15.87 8.50 Average d = Ad = h = Ah =
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