# Free_Fall_Project group work (2).xls - Position (m) 0.27204...

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Rizwana AsharikandykattiyatCody CookeTime (s)Position (m)report report0.20.194269230.250.1918890.30.186230.350.1820210.40.1767760.450.1868510.50.2172490.550.272040.60.3533290.650.4618930.70.5891750.750.7409550.80.9187840.850.9273750.90.927686Time (s)Position (m)Change in TimeChange in PositionAverage Velocity0.550.272040.050.0547911.095820.60.3533290.050.0812891.625780.650.4618930.050.1085642.171280.70.5891750.050.1272822.545640.750.7409550.050.151783.03560.80.9187840.050.1778293.55658Analysis12The position changes at a different number each time. This would mean that the ball is n3 "m/s^2" is the units of the slope of the line of best-fit for the speed vs. time data.0.10.2000.10.20.30.40.50.60.70.80.91f(x) = 1R² = 0.Position (m)Position (m)
4 y=9.6615x-4.18131the percent error between your slope and an accepted result for this slope, which is 9.79
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Term
Fall
Professor
N/A
Tags
Velocity, Position