Statement of a problem № m40406


A St. Louis–based shipping company recently selected a random sample of 49 airplane weight slips for crates shipped from an automobile parts supplier. The weights, measured in pounds, for the sampled crates are as follows: a. Create a data array of the weights. b. Develop a frequency distribution using five classes having equal widths. c. Develop a histogram from the frequency distribution you created in part b. d. Develop a relative frequency and a cumulative relative frequency distribution for the weights using the same five classes created in part b. What percent of the sampled crates have weights greater than 96 pounds?

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