answer plz

A comparison was made between number of cigarettes smoked in a day by a sample of females and a sample of males. Sex N Mean StDev SE Mean female 32 6.72 7.24 1.3 male 18 4.12 5.43 1.3 (a) To start, we can write n1 = 32. Identify each of the following, choosing from the numbers 18, 6.72, 4.12, 7.24, or 5.43 to ll in each of the blanks. ti: = 51 = 52 = )_r1 = :(2 = W (b) How is it possible that the standard errors are equal, even though the standard deviation was higher for the females? 0 because the females have a larger mean 0 because the females have a larger sample size (c) Side-by-side boxplots are constructed to compare data for males and females. This is focusing on which process? 0 displaying and summarizing 0 data production 0 statistical inference O probability (d) Average number of cigarettes smoked per day may be the same for all male and female students. This is focusing on which process? 0 data production 0 probability 0 statistical inference O displaying and summarizing (e) Instead of asking, "On average, how many cigarettes do you smoke each day?" students were asked, "How many cigarettes did you smoke yesterday?" This is focusing on which process? 0 probability 0 data production 0 statistical inference O displaying and summarizing (f) If mean number of cigarettes smoked per day were identical for all males and females, it wouldn't be too unlikely to see sample means as different as 6.72 and 4.12. This is focusing on which process? 0 statistical inference O displaying and summarizing O probability 0 data production Additional Materials