The x, y, and z accelerations vary because they peak a lot. They all are different because of the different increases and decreases in different directions and axises. The force graph is like the acceleration one, except for the fact that there are less peaks of increase and decrease and the peaks are a little more spread out. A relationship we see between the force and acceleration graphs is that when the x and z axis acceleration go up, the force went down and kind of matched the peaks of each other.
Hop to the 15 meter mark (below to the left)
When the graph peaked, that was when we were accelerating upward and forward, then repeating the process until we reach 15 meters. The force almost stayed the same, except for a few spots when the force went down and was not the same.
Run to the 15 meter mark then Walk to the 25 meter mark from there (below to the left)
There was a lot more acceleration when we were running to the 15 meter mark, than when we walked 10 meters to the 25 meter mark. There was more acceleration while we were running because we were going faster and acceleration more, then slowed to a walk for ten meters, then stopped completely once we got to the 25 meter mark.
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