4. Plot a graph of (actual) position vs time using the data in the table above. The graph must have the correct labels for the title, axes, and units. You can plot it by hand on graph paper, or take a picture and paste it here. (Alternatively, you could also use Microsoft Excel to generate the graph and paste that chart here.) 5. Using the position–time graph, calculate the velocity of the formula 1 for the time period when the velocity is constant. Please show your calculation and answer below. (Hint: between 10 and 20 seconds).

6. Using the data from step 4 and the fact that the car started from rest at zero seconds and came to rest at 40 seconds, Plot the corresponding velocity-time graph for the motion of the Formula 1 car. The graph must have the correct labels for the title, axes, and units. You can plot it by hand on graph paper, or take a picture and paste it here. (Alternatively, you could also use Microsoft Excel to generate the graph and paste that chart here.)

7. Using the velocity-time graph, calculate the acceleration of the Formula 1 car for the time period when the Formula 1 car has positive acceleration. Please show your calculation and answer below.

8. Using the velocity-time graph, calculate the acceleration of the Formula 1 car for the time period when the Formula 1 car has negative acceleration. Please show your calculation and answer below.

9. Plot the corresponding acceleration-time graph for the motion of the Formula 1 car. The graph must have the correct labels for the title, axes, and units. You can plot it by hand on graph paper, or take a picture and paste it here. (Alternatively, you could also use Microsoft Excel to generate the graph and paste that chart here.)