Construct a percentage distribution for these costs. Cost Percentage 200 but less than 300 1% but less than 400 % 400 but less than 500 % 500 but less than 600 % 600 but less than 700 HAI JAS on Time Remaining: 00:34:48 Next ENG 12:49 PM Type here to search 31 OF ~0 - 2/20/2022 HD 1080 acer DO DOLBY AUDIO F11 F12 NumLk Prt Sc insert Delete F 10 FB 19 PauseBr F6 F2 ESCb. Construct a frequency distribution and a percentage distribution for these costs. c. Around what values, if any, are at least 75% of the costs of attending the game concentrated? Explain. 200 but less than 300 % 300 but less than 400 1% 400 but less than 500 % 500 but less than 600 % 600 but less than 700 % 700 but less than 800 % 800 but less than 900 1% (Round to two decimal places as needed.) SVLIVE Time Remaining: 00:34:42 Next Type here to search X 12:49 PM 31OF ~ . ENG 2/20/2022 HD 1080 acer DO DOLBY AUDIO PitSC insert Delete214.41 213.85 291.73 223.13 371.85 379.38 320.42 352.64 351.41 338.74 337.37 421.81 484.75 471.29 458.97 499.01 415.34 517.88 556.29 581.46 566.52 659.98 703.93 761.53 776.49 806.21 a. Organize these costs as an ordered array. b. Construct a frequency distribution and a percentage distribution for these costs. c. Around what values, if any, are at least 75% of the costs of attending the game concentrated? Explain. b. Construct a frequency distribution and a percentage distribution for these costs. Cost Frequency 200 but less than 300 300 but less than 400 400 but less than 500 500 but less than 600 600 but less than 700 700 but less than 800 LIVH Time Remaining: 00:35:08 Next 12:49 PM X ENG 2/20/2022 Type here to search FULL - 1080 acer320.42 352.64 351.41 338.74 337.37 421.81 484.75 471.29 458.97 499.01 415.34 517.88 556.29 581.46 566.52 659.98 703.93 761.53 776.49 806.21 a. Organize these costs as an ordered array. b. Construct a frequency distribution and a percentage distribution for these costs. c. Around what values, if any, are at least 75% of the costs of attending the game concentrated? Explain. Cost Frequency 200 but less than 300 300 but less than 400 400 but less than 500 500 but less than 600 600 but less than 700 700 but less than 800 800 but less than 900 Time Remaining: 00:34:56 Next 12:49 PM X 31.F ENG Type here to search 2/20/2022 HD - 1080 acerX mathxl.com/Student/PlayerTest.aspx?testld=239256459¢erwin=yes INFO-240-08 Spring 2022 Brenden Bazan 02/20/22 12:49 PM = Test: Test-1 Question 6 of 14 This test: 20 point(s) possible This question: 1 point(s) possible Submit test The table below contains the total cost ($) for four tickets to a basketball game purchased on the secondary market, two beers, two soft drinks, two hot dogs, and one parking space at each arena during a recent season. 284.38 235.45 277.74 248.87 214.41 213.85 291.73 223.13 371.85 379.38 320.42 352.64 351.41 338.74 337.37 421.81 484.75 471.29 458.97 499.01 415.34 517.88 556.29 581.46 566.52 659.98 703.93 761.53 776.49 806.21 a. Organize these costs as an ordered array. b. Construct a frequency distribution and a percentage distribution for these costs. c. Around what values, if any, are at least 75% of the costs of attending the game concentrated? Explain. a. Organize these costs as an ordered array. Lowest 10 213.85 214.41 223.13 235.45 248.87 277.74 284.38 291.73 320.42 337.37 338.74 351.41 352.64 371.85 379.38 415.34 421.81 458.97 471.29 484.75 Highest 10 499.01 517.88 556.29 566.52 581.46 659.98 703.93 761.53 776.49 806.21 (Type integers or decimals. Do not round.) b. Construct a frequency distribution and a percentage distribution for these costs. LAI JA Cost Frequency onn hut lace than nn Time Remaining: 00:35:23 Next 12:49 PM X 31OF ~ ENG Type here to search 2/20/2022 HD 180