After calculating the average position $($distances$)$ ?for each run,  calculate the distance traveled during each second, as well as the average velocity during each second.

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Run 1 Run 2 Run 3 Distance Average Time (s) Position (cm) Position (cm) Position (cm) Average Position (cm) Traveled in 1 Second Velocity (cm/s) (cm) 1 10 9 11 10 2 30 28 32 30 3 60 55 63 59 100 95 105 100 After calculating the average position (distances) for each run, the students are going to calculate the distance traveled during each second, as well as the average velocity during each second. Run 1 Run 2 Run 3 Distance Average Time (s) Position (cm) Position (cm) Position (cm) Average Position (cm) Traveled in 1 Second Velocity (cm/s) (cm) 1 10 9 11 10 2 30 28 32 30 3 60 55 63 59 100 95 105 100 After calculating the average position (distances) for each run, the students are going to calculate the distance traveled during each second, as well as the average velocity during each second.