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/Name:
Date: 9/8/2018
Graded Assignment
Lab Report: Acceleration
You may either fill this out on your computer or print it out and fill it in by hand. When you have finished, submit this assignment to the acceleration lab drop box in the OHS by the due date for full credit.
Total score: ____ of 50 points
Data: (____/ 5 points)
Distance (m) Average time (s)
0.00 0
0.20 0.379
0.40 0.658
0.60 0.873
0.80 1.058
1.0 1.228
Height of incline = 40 m
Angle () of incline = 20o
Length of incline = 1.0 m
Graph: (_____/ 5 points)

4181475301625Show one Average Velocity calculation:
Average Velocity (m/s) =Distance (m)Average time (s)Average Velocity (m/s) =0.200.379=0.529 00Show one Average Velocity calculation:
Average Velocity (m/s) =Distance (m)Average time (s)Average Velocity (m/s) =0.200.379=0.529 Calculations: (____/ 5 points)
Distance (m) Average time (s) Calculated Average Velocity (m/s)
0.00 0 0
0.20 0.379 0.529
0.40 0.658 0.609
0.60 0.873 0.687
0.80 1.058 0.755
1.0 1.228 0.814
Velocity – Time Graph: (_____/ 5 points)

Acceleration Calculation: (___ / 5 points)
left34290Show your acceleration (slope) calculation:
Slope =Change in Velocity (ms)Change in Time (s)
Slope =0.6-00.8-0=0.75 m/s2
00Show your acceleration (slope) calculation:
Slope =Change in Velocity (ms)Change in Time (s)
Slope =0.6-00.8-0=0.75 m/s2

Conclusions:
(Score for Question 1: ___ of 9 points)
How did the displacement of the ball change as it rolled down…