Father and Son Height Data 0 Sons Fathers 74 75 71 70 71 70 63 63 67 67 69 68 62 63 70 70 71 70 69 69 65 65 72 73 69 69 73 72 67 67 72 71 72 71 72 72 A. OA. The accompanying data give the heights of 18 male college students and their fathers, in inches. Use these data to complete parts (a) through (e) below. Click the icon to view the father and son height data. a. Make histograms and describe the shapes of the two data sets from the histograms. Make a histogram of the data for the sons. Choose the correct histogram below. Frequency G 74 60 Heights of Sons Q ○ B. Q 60 Heights of Sons 74 Make a histogram of the data for the dads. Choose the correct histogram below. Frequency G 60 74 Heights of Dads О в. Q Frequency 60 Heights of Dads C 74 60 ○ C. Frequency 74 60 Heights of Sons D. Q Frequency تسید 60 74 Heights of Sons Q G ○ D. ○ C. Q Q a Frequency G 60 74 74 Heights of Dads G Heights of Dads

Solve and explain please. Thanks

Determine whether the data are qualitative or quantitative. Cholesterol counts for individuals O Qualitative O Quantitative

The accompanying table gives the number of people diagnosed with AIDS in 2010 in 6 regions and the population of that region. Note that the​ "Rank Cases" column ranks the regions in order of the highest number of AIDS patients to the lowest number of AIDS​ patients; using 1 for the largest value and 6 for the smallest. Use the table to answer the following questions.   LOADING... Click the icon to view the data table.       Find the population of the remaining regions in thousands and add them to the table.   Region AIDS Rank Cases Population Population ​(thousands) A 72,471 1 19,206,132 19,206 B 65,139 2 36,453,357 36,453 C 48,007 3 18,200,006 nothing D 31,186 4 23,909,187 nothing E 18,072 5 12,430,135 nothing F 6,127 6 594,514 nothing ​(Round to the nearest whole number as​ needed.)