In this assignment, students will analyze statistics from the U.S. Department of Transportation to determine the safest means of travel.

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Background Information In the United States, we often are told that commercial airlines are statistically the safest mode of travel. Yet, many people do not believe this due to the fact that plane crashes tend to be responsible for hundreds of deaths. What really is the safest mode of transportation? What is the best way to travel long distances? Airplane, car, train, or bus? Problem Statement HOMEWORK INSTRUCTIONS In this assignment, students will analyze statistics from the U.S. Department of Transportation to determine the safest means of travel. Instructions IMPORTANT: Complete the steps below in the order they are given. Completing the steps out of order may complicate the assignment or result in an incorrect result. 1. Download and extract the provided Data Files ZIP file. It contains the following files for use in this assignment: a. injuries.csv Injuries and fatalities by transportation mode between 1999 and 2014 [1]. Column Name Type Description Mode of Text Name of transportation mode. Transportation 1999 Number Number of injuries and fatalities for the listed mode of transportation in 1999. 2002 Number Number of injuries and fatalities for the listed mode of transportation in 2002. 2005 Number Number of injuries and fatalities for the listed mode of transportation in 2005. 2008 Number Number of injuries and fatalities for the listed mode of transportation in 2008. 2011 Number Number of injuries and fatalities for the listed mode of transportation in 2011. 2014 Number Number of injuries and fatalities for the listed mode of transportation in 2014. Page 1 of 7 Version 20.3

b. passengermiles.csv Number of passenger-miles on each transportation mode between 1999 and 2014 [1]. Column Name Type Description Mode of Text Name of transportation mode. Transportation 1999 Number Number of passenger-miles traveled in 1999. 2002 Number Number of passenger-miles traveled in 2002. 2005 Number Number of passenger-miles traveled in 2005. 2008 Number Number of passenger-miles traveled in 2008. 2011 Number Number of passenger-miles traveled in 2011. 2014 Number Number of passenger-miles traveled in 2014. 2. Begin by creating a new Microsoft Excel workbook named lastname_firstname_hw2_smtp.xlsx. 3. We must adjust the sheets in our workbook. a. Rename Sheet1 to Passenger-Miles Traveled. b. Add a new sheet named Injuries and Fatalities. c. Add a new sheet named Injury and Fatality Rates. d. Add a new sheet named Analysis Questions. 4. Import the following items into the workbook: a. passengermiles.csv file Import starting in cell A3 of the Passenger- Miles Traveled sheet. The file is comma-delimited and has headers. b. injuries.csv file Import starting in cell A3 of the Injuries and Fatalities sheet. The file is comma-delimited and has headers. 5. We wish to apply formatting to the Passenger-Miles Traveled sheet. a. Create a table based on cells A3 through G9 using a style of your choice. The table has headers. The table will overlap external data ranges. Convert the selection to a table and remove all external connections. b. We need to add additional table columns to store statistics and a sparkline. i. Insert four new table columns to the right of existing column G. Page 2 of 7 Version 20.3

c. Enter text in the cells as indicated below: i. A1: Passenger-Miles Traveled ii. iii. iv. H3: Minimum Value I3: Maximum Value J3: Passenger-Miles Increasing v. K3: Sparkline d. Merge-and-center cells A1 through K1. e. Apply the Title cell style to cell A1. f. Format the cells as indicated below: HOMEWORK INSTRUCTIONS i. B4 through I9: number with no decimal places, use 1000 separator g. AutoFit the width of columns A through K. h. Apply Green-Yellow-Red color scale conditional formatting to cells B4 through G9. 6. We also wish to apply formatting to the Injuries and Fatalities sheet. a. Create a table based on cells A3 through G9 using a style of your choice. The table has headers. The table will overlap external data ranges. Convert the selection to a table and remove all external connections. b. Enter text in the cells as indicated below: i. A1: Injuries and Fatalities c. Merge-and-center cells A1 through G1. d. Apply the Title cell style to cell A1. e. Format the cells as indicated below: i. B4 through G9: number with no decimal places, use 1000 separator f. AutoFit the width of columns A through G. 7. We must also apply formatting to the Injury and Fatality Rates sheet. a. Enter text in the below cells as indicated: i. A1: Injury and Fatality Rates per Million Miles ii. A3: Mode of Transportation iii. B3: 1999 iv. C3: 2002 Page 3 of 7 Version 20.3

v. D3: 2005 vi. E3: 2008 vii. F3: 2011 viii. G3: 2014 ix. A4: Air - Commercial x. A5: Air - General Aviation xi. xii. A6: Highway - Bus A7: Highway - Car xiii. A8: Public Transit xiv. A9: Railroad b. Merge (but not center) cells A1 through G1. c. Apply the Title cell style to cell A1. d. Format cells A3 through G9 as a table using a style of your choice. The table has headers. 8. On the Injury and Fatality Rates sheet, we wish to calculate accident statistics. a. In column B, write a formula to calculate for each transportation mode the annual injury and fatality rate, which is defined as the number of injuries or fatalities per million passenger-miles traveled. Reference the values on the Passenger-Miles Traveled and Injuries and Fatalities sheets in your formula. You can calculate the injury and fatality rate using the formula: [Injuries and Fatalities for Year and Transportation Mode] [Passenger-Miles Traveled for Year and Transportation Mode] 1000000 b. In columns C through G, duplicate your injury and fatality rate formula from column B. 9. We must apply additional formatting to the Injury and Fatality Rates sheet. a. Format the cells as indicated below: i. B4 through G9: number with 4 decimal places b. AutoFit the width of columns A through G. 10. On the Passenger-Miles Traveled sheet, we wish to calculate passenger-miles traveled statistics. a. In column H, write a formula to calculate the minimum passenger-miles traveled for each mode of transportation. Page 4 of 7 Version 20.3

b. In column I, write a formula to calculate the maximum passenger-miles traveled for each mode of transportation. c. In column J, write a formula to determine if the mode of transportation s 2014 passenger-miles traveled was more than its 1999 miles. If it was, display Increasing; otherwise, display Not Increasing. 11. We wish to add a sparkline to the Passenger-Miles Traveled sheet to compare data. In column K, insert a line-type sparkline based on the values in columns B through G. 12. We wish to create a chart to plot the injury and fatality rate for each year and mode of transportation. a. Create a 2-D line chart based on cells A3 through G9 of the Injury and Fatality Rates sheet. Move the chart to a new sheet named Injury and Fatality Rates Chart. Ensure the years are shown as labels for the horizontal (category) axis, not plotted as chart data. Specify appropriate chart and axis titles. b. Add a trendline based on the injury and fatality rate for cars. Use the trendline type that best fits the data and project the values forward 5 periods (through the year 2029). Display the R-squared value on the chart. NOTE: You cannot use the Moving Average type for your trendline. 13. We need to set up the Analysis Questions sheet so that it can store responses to the analysis questions. a. Enter text in the cells as indicated below: i. A1: Question Number ii. B1: Response b. Bold the contents of row 1. c. AutoFit the width of column A. Set the width of column B to 100 (8.39 ). d. Set the height for rows 2 through 5 to 110 (1.53 ). e. Change the vertical alignment setting for columns A and B so that text is displayed at the top of each row. f. Turn on text wrapping for column B. Page 5 of 7 Version 20.3

14. Starting in row 2 of the Analysis Questions sheet, answer four of the five analysis questions below. Respond to one question per row. a. Which trendline type did you use on Injury and Fatality Rates Chart? Why did you choose this type of trendline? b. The number of reported public transit injuries and fatalities dropped sharply in 2002. Aside from an actual dramatic reduction in the number of injuries and fatalities, what might lead to such a change in the number of reports? c. The injury and fatality rate for general aviation traffic is significantly higher than the rate for commercial aviation. Why do you think this is so? d. Of the various rates shown, which is potentially the most volatile (most subject to change)? Why? e. Name at least two different factors that might be helping to reduce the number of injuries and fatalities for car travel. Explain the rationale for your answers. Grading Rubric This assignment is worth 50 points. It will be graded by your instructor using this rubric, with partial credit awarded as appropriate: Steps 3a-d 1.5 points total Steps 9a-b 1.5 points total Step 4 3 points Steps 10a-c 4.5 points total Steps 5a-g 3.5 points total Step 11 3 points Step 5h 2.5 points Step 12a 4 points Steps 6a-f 3 points total Step 12b 3 points Steps 7a-d 3 points total Steps 13a-f 3 points total Steps 8a-b 4.5 points total Steps 14a-e (pick 4 of 5) 2.5 points each The analysis questions in Steps 14a-e will be evaluated using this rubric: Standard Meets Requirements (1.25 points) Does Not Meet Requirements (0 points) Answer is reasonable. Answer addresses the question prompt and is factually correct or a reasonable interpretation of available data. Answer does not address the question prompt, is factually incorrect, or is an unreasonable interpretation of available data. Answer is supported. Acknowledgments Logical rationale is provided to support the given answer. Logical rationale is not provided to support the given answer. The image in the introduction appears courtesy of Dave s EMS Headquarters [2]. Page 6 of 7 Version 20.3

References HOMEWORK INSTRUCTIONS [1] National Transportation Statistics, U.S. Department of Transportation. Available: http://www.rita.dot.gov/bts/sites/rita.dot.gov.bts/files/publications/national_tra nsportation_statistics/index.html. [2] United Airlines Flight 232. 1989. Available: http://www.davesems.com/files/232crash-89.jpg. Page 7 of 7 Version 20.3