if I'm doing an experiment about one dimension motion on an inclined track with a cart, and get different values of g ( values like: 8.79, 8.66, 8.77) , knowing g is 9.8 which means I have a percentage error of 10, 12 and 11). what are the sources of errors ( the only I can be sure of is maybe my angular indicator does not permit me to have precise values, so I took estimation, but what else can be the sources of error). the angle estimate value is 3 degree acceleration=gsin(theta)
if I'm doing an experiment about one dimension motion on an inclined track with a cart, and get different values of g ( values like: 8.79, 8.66, 8.77) , knowing g is 9.8 which means I have a percentage error of 10, 12 and 11). what are the sources of errors ( the only I can be sure of is maybe my angular indicator does not permit me to have precise values, so I took estimation, but what else can be the sources of error). the angle estimate value is 3 degree acceleration=gsin(theta)
Classical Dynamics of Particles and Systems
5th Edition
ISBN:9780534408961
Author:Stephen T. Thornton, Jerry B. Marion
Publisher:Stephen T. Thornton, Jerry B. Marion
Chapter9: Dynamics Of A System Of Particles
Section: Chapter Questions
Problem 9.17P
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if I'm doing an experiment about one dimension motion on an inclined track with a cart, and get different values of g ( values like: 8.79, 8.66, 8.77) , knowing g is 9.8 which means I have a percentage error of 10, 12 and 11). what are the sources of errors ( the only I can be sure of is maybe my angular indicator does not permit me to have precise values, so I took estimation, but what else can be the sources of error).
the angle estimate value is 3 degree
acceleration=gsin(theta)
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