Using the data from Table 1 in the experimental details, calculate "the uncertainty of the square of the period of oscillation (in s2) for a hanging mass of 151.2 g" using the propagation of error method. You must consider the uncertainty on the time measured and the number of oscillations given in the experimental details. Round your answer to 3 decimal places.
Using the data from Table 1 in the experimental details, calculate "the uncertainty of the square of the period of oscillation (in s2) for a hanging mass of 151.2 g" using the propagation of error method. You must consider the uncertainty on the time measured and the number of oscillations given in the experimental details. Round your answer to 3 decimal places.
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
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Chapter1: Introduction: The Nature Of Science And Physics
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Problem 24PE: A marathon runner completes a 42.188-km course in 2 h, 30 min, and 12 s. There is an uncertainty of...
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Note the square of the period of oscillation for a hanging mass of 151.2 g is 0.937s^2..... (calculate it to get more decimals)
Transcribed Image Text:1) The mass of the disc(s) + platform (with uncertainty + 0.5 g)
2) The new position of the platform (with uncertainty ± 0.3 cm)
2) The # of oscillations (with uncertainty + 1) for a time of one minute (with uncertainty + 0.5 s)
Table 1- Position and number of oscillations for a mass-spring system with different hanging masses.
Mass of disc(s) +
platform (g)
+ 0.5 g
Position of the
# of oscillations
platform (cm)
+ 0.3 сm
for 1 minute
+ 1
51.4
31.1
86
151.2
42.8
62
251.0
55.3
51
351.4
66.8
44
451.2
77.1
39
551.6
88.2
36
Using the data from Table 1 in the experimental details, calculate "the uncertainty of
the square of the period of oscillation (in s2) for a hanging mass of 151.2 g" using the
propagation of error method. You must consider the uncertainty on the time
measured and the number of oscillations given in the experimental details. Round
your answer to 3 decimal places.
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