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The table below contains the total cost (5) 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 262 31 208 65 207 44 2574) 208 85 20091 200 58 2058 336 32 3 3 325 77 35273 3058 380.49 338.35 480.56 459.42 488.59 499 94 425 88 417,52 544.78 518 34 519.62 50971 678.91 779.04 72148 730.98 873.79 a. Organize these costs as an ordered array b. Construct a frequency distribution and a percentage distribution for these costs. e. Around what values, any, are at least 75% of the costs of attending the game concentrated? Explain. 0 D a. Organize these costs as an ordered array Lowest 10 200.91 D D 39783 Highest 10 490 04 (Type Integer or decimals. Do not round) 25743 22.31 380 58 41752 599.71 670.91 336.32 350 873.79 The table below contains the total cost ($) for four tickets to a basketball game purchased on the secondary 262.31 208.65 207.44 257.43 288.85 200.91 202.58 263.58 336.32 337.83 325.77 352.73 360.58 360.49 338.35 480.56 458.42 486.59 499.94 425.88 417.52 544.78 516.34 519.62 599.71 678.91 779.04 721.46 730.98 873.79 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 10 200.91 337.83 Highest 10 499.94 (Type integers or decimals. Do not round.) 257.43 262.31 360.58 417.52 599.71 678.91 336.32 486.59 873.79

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