(1 point) Random samples of female and male drivers are asked to estimate the number of miles that each drives in a year. The data is below: Females (Population 1): 9100, 8100, 9500, 790, 8100, 8400, 9100, 8300, 9500 Males (Population 2): 8600, 10200, 8600, 9300, 9600, 9300, 8500 Is there evidence, at the 1% level of significance, to conclude that there is a difference in the number of miles driven between females and males? Assume that the populations are Normally distributed and their variances are equal. Carry out an appropriate hypothesis test, filling in the information requested. A. The value of the test statistic: Note: For the next part, your answer should use interval notation. An answer of the form (-oo, a) is expressed (-infty, a), an answer of the form (b, co) is expressed (b, infty), and an answer of the form (-oo, a) U (b, co) is expressed (-infty, a)U(b, infty). B. The rejection region for the standardized test statistic C. Your decision for the hypothesis test: O A. Do Not Reject Ha OB. Do Not Reject Ho OC. Reject Ha OD. Reject Ho. Note: In order to get credit for this problem all answers must be correct. irch O 27'C Mostly cloudy