Pregunta: Eagle Outfitters is a chain of stores specializing in outdoor apparel and camping gear, it is considering a promotion that involves malling discount coupons to all its credit card customers. This promotion will be considered a success if more than 10% of those receiving the coupons use them. Before going national with the promotion, coupons were sent to a

Eagle Outfitters is a chain of stores specializing in outdoor apparel and camping gear, it is considering a promotion that involves malling discount coupons to all its credit card customers. This promotion will be considered a success if more than $10\%$ of those receiving the coupons use them. Before going national with the promotion, coupons were sent to a sample of 100 eredit card customers. Click on the datafile logo to reference the data. DATA (a) Choose the hypotheses that can be used to test whether the population proportion of those who will use the coupons is sufficient to go national. $H_0$ : Ha: (b) The file named Eagle contains the sample dato. Develop a point estimate of the population proportion. If required, round your answer to two decimal places. Use $a=0.05$ to conduct your hypothesis test. If required, round $z$ to two decimal places and $p$-value to four decimal places. $\begin{array}{l}z=\\ \text{ p-value }=\end{array}$ Should Eagle go national with the promotion? Because $p$-value is $.05$, we $H_0$. We that more than $10\%$ of Eagle Outfitters' credit card customers redeem their coupons. Based only on the obtained p-value, Eagle go national with the promotion. \begin{tabular}{l|l|l|} \hline 1 & Used Coupon? \\ \hline 3 & No \\ \hline & No \\ 4 & No \\ \hline 5 & Yes \\ \hline 6 & No \\ \hline 7 & No \\ \hline 8 & Yes \\ \hline 9 & No \\ \hline 10 & No \\ \hline 11 & No \\ \hline 12 & No \\ \hline 13 & No \\ \hline 14 & No \\ \hline 15 & No \\ \hline 16 & No \\ \hline 17 & No \\ \hline 18 & No \\ \hline 19 & No \\ \hline 20 & No \\ \hline 21 & No \\ \hline 22 & No \\ \hline 23 & No \end{tabular} \begin{tabular}{l|l} 47 & No \\ 48 & No \\ 49 & No \\ 50 & No \\ 51 & Yes \\ \hline 52 & Yes \\ 53 & No \\ \hline 54 & Yes \\ \hline 55 & No \\ \hline 56 & No \\ \hline 57 & No \\ \hline 58 & No \\ \hline 59 & No \\ \hline 60 & No \\ \hline 61 & No \\ \hline 62 & No \\ \hline 63 & No \\ \hline 64 & No \\ \hline 65 & No \\ \hline 66 & No \\ \hline 67 & No \\ \hline 68 & No \\ \hline 69 & No \\ \hline \end{tabular} $\begin{array}{ll}93& \text{ No }\\ 94& \text{ Yes }\\ 95& \text{ Yes }\\ 96& \text{ No }\\ 97& \text{ No }\\ 98& \text{ No }\\ 99& \text{ No }\\ 100& \text{ No }\\ 101& \text{ No }\end{array}$