1. Observe the Acceleration vs Time graph. Below explain the shape you would expect for constant...

Transcribed Image Text:

1. Observe the Acceleration vs Time graph. Below explain the shape you would expect for constant acceleration and how the shape of the graph compares. For constant acceleration, you would expect the graph to be a horizontal line; this is because the slope of a horizontal line is 0, meaning there is no change. Our graph is different because the acceleration of the car did change slightly, so while the slope is close to 0 (-0.0205), the graph is not a horizontal line. 2. Fit the Acceleration vs Time graph with a linear fit. Assuming the acceleration is constant determine the acceleration from the equation of the fit. a= GOB 1. Observe the Acceleration vs Time graph. Below explain the shape you would expect for constant acceleration and how the shape of the graph compares. For constant acceleration, you would expect the graph to be a horizontal line; this is because the slope of a horizontal line is 0, meaning there is no change. Our graph is different because the acceleration of the car did change slightly, so while the slope is close to 0 (-0.0205), the graph is not a horizontal line. 2. Fit the Acceleration vs Time graph with a linear fit. Assuming the acceleration is constant determine the acceleration from the equation of the fit. a= GOB