Question

The following are graphs from a full data collection run, using the wheel sensor of an ioLab device Wheel - Position (100 Hz) At: 0.66000 s με 0.247 m-0: 0.20 m 1.6 a: 0.16 ms s: 1.00 m/s 1.0 E 0.8 0.6 0.4 0.2 0.0 12 Time (s) 10 Rezero sensor Wheel Velocity (100 Hz) 0.66000 s μ: 0.989 m/s-0: 0.50 m/s 2.0 a: 0.65 m , s: 2.56 m/s* (r: 1.00) 1.2 0.8 S 0.6 0.4 0.2 0.0 10 12 Time (s) Wheel - Acceleration (100 Hz) At: 0.66000s με 2.554 m/s, . σ: 0.16 m/s* a: 1.69 m/s s: .0.27 mís' (r' 0.10) 25 20 15 N10 -5 -10 -15 .25 10 12

Answer 1

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On studying all three graphs, let the two points defining The region of interest be taken as the initial an final points Now, for all three plots the initial time of observation & final time is same i.e t_i = 6.4500 s t_f = 6.9500 s studying the position graph, the position of wheel corresponding the initial and final time is x_i = 0.045 m x_f = 0.5976 m Now, the velocity corresponding the initial & final velocity v_i = 0.46 m/s v_f = 1.74 m/s