Construct a graph that represents the distribution of chocolate chips per bag of chips ahoy! Cookie.

. . '2'\"! {Nil 3 . 2 a 4 s r a +--- Name Case Study: The Chip Ahoy! 1.000 Chips Challenge Nabisco, the maker of Chips Ahoy! cookies, challenged students across the nation to conrm the cookie maker's claim that there are [at least] 1000 chocolate chips in every Iii-ounce bag of Chips Ahoy! cookies. According to the folks at Nabisco, a chocolate chip ls defined as \"...any distinct piece of chocolate that is baked into or on top of the cookie dough regardless of whether or not it is 100% whole." Students competed for $25,000 in scholarships and other prizes for participating in the Challenge. As reported by Brad Warner and Jim Rutledge .in the paper \"Checking the Chips Ahoy} Guarantee\" (Chance, Vol. 12(1) pp. 10-14), one such group that participated in the Challenge was an introductory statistics class at the United States Air Force Academy. With chocolate chips on their minds, cadets and faculty accepted the Challenge. Friends and families sent 275 bags of Chips Ahoy! Cookies from all over the country. From the 275 bags, 42 were randomly selected for the study, while the other bags were used to keep cadet morale high during counting. For each of the 42 bags selected for study, the cadets dissolved the cookies in water to separate the chips, and then counted the chips. The following table gives the number of chips per bag for these 42 bags. After studying confidence intervals in this \"chapter", you will be asked to analyze these data for the purpose of estimating the mean number of per bag for all bags of Chips Ahoy! cookies. 1325 1295 m