@ 6. Compare the motion of the ball you collected data for to the motion of at least one other ball in the video (not the styrofoam on the far right). Does the acceleration appear to depend on mass? State your answer, back it up with evidence from your graph and/or data table, and explain your logic. @ Hint: This type of answer is sometimes abbreviated as CER: Claim: Your answer to the question Evidence: Describe features of your graph or data table that support your answer Reasoning: Explain how the evidence you picked supports your answer BIEEEEE0EI Score: 0/3 @ 7. Your graphs should look similar to the graphs on D2L under Chapter 2 Content > Free Fall Straight Up and Down Motion. Also, see Synthesis 2.1 in your textbook. The difference here is that the acceleration is downward, so there is a negative sign in front of the time-squared term (ay = ~31), which inverts the shape of the position vs. time graph and makes the slope of the velocity vs. time graph negative. In this case, describe what the acceleration vs. time graph should look like. Draw the graph by hand and upload the image of