Calculate the uncertainty in your calcualted values of the acceleration due to gravity using estimates of the uncertainity in time and distance measurements. Length: 1.50m, 5.76 period squared (m/s2), 10.28 g(calcuated) (m/s2), Deltag _m/s2, % error___________
Calculate the uncertainty in your calcualted values of the acceleration due to gravity using estimates of the uncertainity in time and distance measurements. Length: 1.50m, 5.76 period squared (m/s2), 10.28 g(calcuated) (m/s2), Deltag _m/s2, % error___________
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![Calculate the uncertainty in your calcualted values of the acceleration due to gravity using estimates of the uncertainity in
time and distance measurements. Length: 1.50m, 5.76 period squared (m/s2), 10.28 g(calcuated) (m/s2), Deltag
_m/s2, % error_](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1684462c-d3a0-4416-8670-36fc1d9ed1c9%2Faa42b95d-3c62-41b6-9a8f-3d1b34c5b1f7%2Fzekn2pd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate the uncertainty in your calcualted values of the acceleration due to gravity using estimates of the uncertainity in
time and distance measurements. Length: 1.50m, 5.76 period squared (m/s2), 10.28 g(calcuated) (m/s2), Deltag
_m/s2, % error_
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