TEi_Uniformly_Accelerated_Linear_Motion.docx.pdf (page 2 of 14) ~ Q Search HTS & NOTES EXPERIMENTAL DATA (3 points): PART 1: Uniformly Accelerated Motion on a Dynamic Track Table
TEi_Uniformly_Accelerated_Linear_Motion.docx.pdf (page 2 of 14) ~ Q Search HTS & NOTES EXPERIMENTAL DATA (3 points): PART 1: Uniformly Accelerated Motion on a Dynamic Track Table 1. Run 1a Time interval (s) Coordinates (m) Distance (m) 1-2 s 0.073 m / 0.246 m 0.173 m 2-3 s 0.246 m / 0.761 m 0.515 m Table 2. Position vs. Time Curve Fit Coefficients Run # A B C Acceleration (m/s') la 0.1699 +/- -0.3349 +/- 0.2360 +/- 0.3398 +/- 1.2538E-04 6.269E-05 0.0003476 0.0004533 m/s 1b 0.08448 +/- -0.1254 +/- 0.1175 +/- 0.16896 +/- 8.668E-05 4.334E-05 0.0003071 0.0005134 m/s 2 -0.1700 +/- 0.3459 +/- 1.750 +/- -0.34 +/- 1.1692E-04 5.846E-05 0.0003244 0.0004211 m/s2 3 -0.1728 +/- 1.423 +/- 1.310 +/- -0.3456 +/- 1.3E-04 m/s 6.50E-05 0.0003114 0.0003517 4 0.2161 +/- -1.767 +/- 3.760 +/- 0.4322 +/- 1.7802E-04 8.901E-05 0.0004368 0.0005098 m/s Table 3. Position vs. Time Curve Fit Parameter Definitions Coefficient Name of Physics quantity S (i.e. position, distance, velocity, etc.) A /2 Acceleration B Initial Velocity C Initial PositionTEi_Uniformly_Accelerated_Linear_Motion.docx.pdf (page 3 of 14) ~ Q Search HTS & NOTES 2 Table 4. Velocity vs. Time Linear Fit Parameters Run # Slope Y-intercept Acceleration (m/s?) la 0.3400 +/- 0.3409+/- 0.3400 +/- 0.0003177 m/s 0.0003177 0.0008855 1b 0.1696 +/- -0.1308 +/- 0.1696 +/- 0.0002005 m/s2 0.0002005 0.0006684 2 -0.3400 +/- 0.3515 +/- -0.3400 +/- 0.0003146 m/s 0.0003146 0.0009028 3 0.3448 +/- 1.427 +/- -0.3448 +/- 0.0004259 m/s 0.0004259 0.001057 4 0.4312 +/- -1.722 +/- 0.4312 +/- 0.0004844 m/s2 0.0004844 0.001233 Table 5. Velocity vs. Time Linear Fit Parameter Definitions Coefficients Name of Physics quantity (i.e. position, distance, velocity, etc.) m (slope) Acceleration b (y-intercept) Initial Velocity Run 1:@ TELUnifarmly_Accelerated_Linear_Motion.docx.pdf (page 7 of 14) v Q Search HIGHLIGHTS 81 NOTES PART 2: Free Fall Table 6. Position vs. Time -ra uh Curve Fit Parameters _ Acceleration m/s2 -5.233 +/- 20.75 +/- 0.4350 -13.43 +/- 0.5932 -10.466 +/- 0.1589 0.07945 vs. Time ra-h Linear Fit Parameters m Acceleration m/s2 -10.07 +/ 19.64 +/- 0.7826 -10.07 +/- 0.2854 In/s2 0.2854 Table 8. (Use Logger Pro to calculate mean time and uncertainty from the time given) 1.260 5 0.06245 5
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