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Falling Rock on Planet X. Solving for 'g'.
After taking the nine different measurement values of the position and time, the average of the nine comes out to be 24.12 m/s. The 'g' values range from 53.6 m/s in the beginning measurements down to 16.5 m/s for the last measurement. My gut reaction is that there should just be one 'g'...- WCSpeidel
- Post #5
- Forum: Introductory Physics Homework Help
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Falling Rock on Planet X. Solving for 'g'.
And I can understand that considering I am coming up with values that do not make sense. With that said, would the theoretical formula y = At^2/2 + Bt + C be a more accurate formula? Even with this formula, understanding that the variables are ‘y’ as position in meters and ‘t’ as the time...- WCSpeidel
- Post #4
- Forum: Introductory Physics Homework Help
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Falling Rock on Planet X. Solving for 'g'.
Homework Statement After performing a quadratic curve fit tool in Pro Logger, I was given the values: A = -1.426E-05 +/- 2.386E-06 , B = 0.02193 +/- 0.001581, C = 0.4785 +/- 0.1905. With this information, how is “g” for Planet X determined from the parameters of the curve fit equation...- WCSpeidel
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- Falling Planet Rock
- Replies: 5
- Forum: Introductory Physics Homework Help