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Fill in both the Position vs time graph and the acceleration vs time graph Using the velocity time graph above and the graphs you have created, answer the following questions: *** Round answers to 2 significant digits where necessary *** a. Describe the runner's motion from

`0s`

to

`8s`

. [C 5 marks] b. What is the runner's total displacement for the whole trip? [K 1 mark] c. What is the runner's total distance travelled for the whole trip? [K 1 mark] d. What is the runner's average velocity for the whole trip? [K 2 marks] e. What is the runner's average speed for the whole trip? [K 2 marks] f. What is the instantaneous velocity of the runner at 6 seconds? [K 1 mark] g. From

`0s`

to

`14s`

, what time(s) during the trip is the runner at rest? [K 2 marks]The following velocity-time graph shows the motion of a runner in the first 14 seconds of their run. Convert the velocity-time graph to a position-time and an acceleration-time graph. Note: The runner starts at the reference point. T 4 marks - position-time graph - Correct values and showing your work C 4 marks - position-time graph - Correct curves drawn T 4 marks - acceleration-time graph - Correct values and work C 2 marks - acceleration-time graph - Correct curves drawn Show Your Work Show Your Work