12. A ball thrown straight up with an initial velocity of +12 m's. Find its position, velocity, and acceleration at (A) 1.0 s, (B) the maximum height, (C) 2.0 s, and (D) the moment right before it is caught at the same height it was thrown from. d=vit +0.5 gr Vf=v.+gt where g =-10m/s/'s 13. For the ball in the previous problem, how much time does it take to reach the maximum height? 14. Make a table of the velocities of an object at the end of each second for the first 5 s of free-fall from rest. Assume in this problem that down is the positive direction. Therefore your velocities will all be positive. Time ( seconds) Velocity (m/s) a. Use the data in your table to plot a velocity time graph below in the grid shown. b. What does the total area under the curve represent?c. Compute the total distance that the object has fallen at the end of each second (show sample calculation) Time (seconds) distance (m) d. Use the distances found in part c. to plot a position vs. time graph. (3points)