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Conclusion 1. How well did your value of g compare to the actual value of g? What were some sources of error? .Two lab groups calculate a value for g using this lab. One group calculates g = 8.8 m/s and the other group calculates g = 10.8 m/s?. How would the percent errors for these groups be similar or different?

Conclusion 1. How well did your value of g compare to the actual value of g? What were some sources of error? .Two lab groups calculate a value for g using this lab. One group calculates g = 8.8 m/s and the other group calculates g = 10.8 m/s?. How would the percent errors for these groups be similar or different?

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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A ASRDB CZH P MUN CRJ N AJ Centripetal Force Lab Data and Analysis Table actual =9.8 Trial (1) Stopper (2) Hanging (3) Radius (4) Time for 10 revolutions (5) Period (6) Speed (7) Acceleration due to gravity (8) Percent Error mass mass T=t/10 v=2Trr/T jactual -measured (kg) (kg) (m) (s) (s) (m/s) x100% actual mpr (m/s?) 1 0.014 0-05 0.63 O.39 O:1064 O;1 064 mf 6.3 17-25 % 10-0140.05 0-47.68 0.768 3.27 0.768 3.27 7.48mls 23-57%
Transcribed Image Text:A ASRDB CZH P MUN CRJ N AJ Centripetal Force Lab Data and Analysis Table actual =9.8 Trial (1) Stopper (2) Hanging (3) Radius (4) Time for 10 revolutions (5) Period (6) Speed (7) Acceleration due to gravity (8) Percent Error mass mass T=t/10 v=2Trr/T jactual -measured (kg) (kg) (m) (s) (s) (m/s) x100% actual mpr (m/s?) 1 0.014 0-05 0.63 O.39 O:1064 O;1 064 mf 6.3 17-25 % 10-0140.05 0-47.68 0.768 3.27 0.768 3.27 7.48mls 23-57%
Conclusion 1. How well did your value of g compare to the actual value of g? What were some sources of error? 2. Two lab groups calculate a value for g using this lab. One group calculates g = 8.8 m/s and the other group calculates g = 10.8 m/s?. How would the percent errors for these groups be similar or different?
Transcribed Image Text:Conclusion 1. How well did your value of g compare to the actual value of g? What were some sources of error? 2. Two lab groups calculate a value for g using this lab. One group calculates g = 8.8 m/s and the other group calculates g = 10.8 m/s?. How would the percent errors for these groups be similar or different?
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