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3. Find each value requested for the distribution of scores in the following table. b. EX c. EX' X - N W AU NA-WN5. For each of the following, determine the interval width that would be best for a grouped frequency distribution and identify the approximate number of intervals needed to cover the range of scores. a. Scores that range from X = 6 to X = 81 b. Scores that range from X = 18 to X = 34 c. Scores that range from X = 56 to X = 977. The following scores are the ages for a random sample of n = 32 drivers who were issued parking tickets in Chicago during 2015. Determine the best interval width and place the scores in a grouped frequency distribution table. From looking at your table, does\f10. For the following set of scores: 7 5 4 4 6 5 2 3 2 4 5 8 5 8 3 3 6 4 7 3 4 3 3 a. Construct a frequency distribution table to organize the scores. b. Draw a frequency distribution histogram for these data.13. For the following set of scores: 12 13 1 8 14 10 8 13 9 14 8 12 8 13 13 7 12 a. Organize the scores in a frequency distribution table. b. Based on the frequencies, identify the shape of the distribution.15. A survey given to a sample of college students contained questions about the following variables. For each variable, identify the kind of graph that should be used to display the distribution of scores (histogram, polygon, or bar graph). a. age b. birth-order position among siblings (oldest = first) C. academic major d. registered voter (yeso)