(6\%) Problem 11: Consider an object that moves in one dimension, along a straight line. The figure shows 12 graphs, A-L, that potentially describe the motion of the object. The horizontal axis of each graph is time. The vertical axes of the graphs are different, and could be position, velocity, or acceleration. Where the axes cross is the point of zero for both time and the quautity corresponding to the vertical axis. Parts (a)-(d) ask you to match a given position versus time graph to the corresponding velocity versus time graph. Parts (e)-(h) ask you to match a given velocity versus time graph to the corresponding acceleration versus timk graph. 135. Part (a) If graph H is a position versus time graph, then which graph is the corresponding velocity versus time graph? Your answer is X if none of the other graphs is the correet answer. c Correct! 13\% Part (b) If graph G is a position versis time grapht, then which graph is the corresponding velocity veras time graph? Your aaswer is X if none of the other yraptis is the correct answer. 14 fCorrea! \$3 13% Part (e) If graph C is a velocity verus time graph, then which graph is the corresponding acecleration versus tinae graph? Your answer is X if non of the other graphs is the correct answer. of the other mophs is the correct answer. 4 130. Part (s) If graph G is a velocity voras tame graph, then which graph is the corrospoading acceleration versus titse graphi Your answer is X if a wone of the other graphs is the correct answer. A 130. Part (b) If graph A is a velocity versus time gaph, then which graph is the cerresposding acceleration versta time graph? Your answer is X if noae of the orthet graphs is the correct