The probability of obtaining a difference in proportions that gives rise to a test statistic ? Beyond or equal toContained in the interval betweenLess than or equal toGreater than or equal to the ? Negative test statisticTest statistic and it's negativeTest statistic is equal to the? p-value if there is no difference between the population proportions of males and females who said they buy clothing from their mobile device.

A survey of 900 adults from a certain region asked, "What do you buy from your mobile device?" The results indicated that 56% of the females and 49% of the males answered clothes. The sample sizes of males and females were not provided. Suppose that of 300 females, 168 reported they buy clothing from their mobile device, while of 600 males, 294 reported they buy clothing from their mobile device. Complete parts (a) through (d) below. d. What are your answers to (a) through (b) if 312 males said they buy clothing from their mobile device? Is there evidence of a difference between males and females in the proportion who said they buy clothing from their mobile device at the 0.1 level of significance? State the null and alternative hypotheses, where it, is the population proportion of females who said they buy clothing from their mobile device and it is the population proportion of males who said they buy clothing from their mobile device. O A. HO: my # 12 OB. HO: T # #2 H1: 1 > 12 H1: 1 = 1 2 OC. HO: my # 12 O D. HO: T1 = 2 H1: 21 T 2 Hy: T1