Analysis 1. For each table, calculate the acceleration from the values of the Initial velocity (0 m/s), the final velocity, and the time. 2. For the date In Part 1 Table, plot the applied force versus the acceleration and find the slope. If graph Is not linear, you may have to adjust one of your variables (take its reciproce , raise it to a power, etc.) until you get a linear graph. There Is a video In "Physics Lab Extras" that goes over linearizing a graph and why It needs to be done. 3. For the date In Part 2 Table, plot the messes versus their corresponding accelerations and find the slope. If graph Is not linear, you may have to adjust one of your variables (take its reciprocal, raise It to a power, etc.) until you get a linear graph. 4. For the date In the Part 3 Tables, plot the met force versus acceleration and find the slopes. If graph Is not linear, you may have to adjust one of your variables (take its reciprocal, raise It to a power, etc.) until you get a linear graph. Questions 1. What physical Item does the slope represent for the graph of the date from the Part 1 Table? Appropriate units for the slope may help. 2. What physical Item does the slope represent for the graph of the date from the Part 2 Table? Appropriate units for the slope may help. 3. What physical Items do the slopes represent for each of the graphs of the date from the Part 3 tables? Appropriate units for the slopes may help