2.) Create a velocity vs time graph and an acceleration vs time graph for the motion of the ball from when it starts at rest just prior to throwing it to when it ends at rest just after catching it. Assume the following: 0 a constant acceleration a1 while you are throwing the ball (and it is still in your hand). 0 a constant acceleration a2 while the ball is in freefall. 0 a constant acceleration a3 while you are catching the ball. 0 upward should be treated as the positive direction in your graphs, and downward as the negative direction. The following are templates you can use for the axes for your graphs: Velocity, v Acceleration, a \"mat \"met 3.) On your acceleration vs. time graph, indicate with a labeled arrow the time where the ball is at its maximum height. Explain with words how you know from your acceleration graph that this time corresponds to the maximum height of the ball