The following data was collected from an Atwood machine experiment. Find the measured acceleration from this experimental data. Compare the measured value to the expected value. How close are they? Use the curve fit to find the experimental value for the acceleration. Position (m) Curve- fit to data: y=-0.271 x² + 1.03 x-0.492 Time (sec) Use these masses to find the mi = 159.7 g %3D expected value for the acceleration. m2 = 143.1 g
The following data was collected from an Atwood machine experiment. Find the measured acceleration from this experimental data. Compare the measured value to the expected value. How close are they? Use the curve fit to find the experimental value for the acceleration. Position (m) Curve- fit to data: y=-0.271 x² + 1.03 x-0.492 Time (sec) Use these masses to find the mi = 159.7 g %3D expected value for the acceleration. m2 = 143.1 g
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Transcribed Image Text:The following data was collected from an Atwood machine experiment.
Find the measured acceleration from this experimental data. Compare the
measured value to the expected value. How close are they?
Use the curve fit to find
the experimental value
for the acceleration.
Position (m)
Curve- fit to data:
y=-0.271 x² + 1.03 x-0.492
Time (sec)
Use these masses to find the
mi
= 159.7 g
%3D
expected value for the
acceleration.
m2 = 143.1 g
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