Questions differences. 1. How does your graph of the toy car's position versus time compare to your prediction? Explain any to my the graph of the toy car's position versus time Com Pane could 1 Mediction is they both, are the sure shape but my production 2. Use your graph and curve fit to determine the position of the car when the timer is at 6.0 seconds. Circle this point on your curve fit line. | . 5 3. Use your equation from the Analysis step 7 (Ill) to determine the position of the car at 6.0 seconds. Show the calculation including units. =OS . 6 to - 0. 5 4. Compare the results from questions 2 and 3. 5. At 6.0 seconds, is your car traveling up a hill, down a hill, or on a level surface? Explain your answ 6. From the best fit line of your position graph, what distance did the car travel between the "clock times" of 2.0 and 6.0 seconds? Describe how you determined the distance and mark these ref points (instants) on your line. 7. Use your equation from the Analysis step 7 (IV) to determine the distance the car traveled be clock times of 2.0 and 6.0 seconds. Show your work for this calculation. 8. Compare the results from question 6 and 7