Do the parts for each of the data sets

a. Identify which test you will run based on your sample (two-sample mean or matched pairs)

b. State your null and alternate hypothesis, address one or two-tailed test, and alpha used.

c. Run the test. Identify the test statistic and p-value.

d. State the formal conclusion in context based on your p-value.

19 BMI APRIL 20 21 Mean 21.85925 22 Standard Error 0.456189399 23 Median 21.28 24 Mode 22.88 25 Standard Deviation 2.88519509 26 Sample Variance 8.324350705 27 Kurtosis 0.308361556 28 Skewness 0.633172615 29 Range 12.35 30 Minimum 16.89 31 Maximum 29.24 32 Sum 874.37 Lower Limit: 20.93652 33 Count 40 34 Confidence Level(95.0%) 0.922730155 Upper Limt: 22.78198BMI SEPT 2 3 Mean 22.13475 4 Standard Error 0.449550343 5 Median 21.755 6 Mode 22.4 7 Standard Deviation 2.843206016 8 Sample Variance 8.083820449 9 Kurtosis 0.732863613 10 Skewness 0.925320762 11 Range 12.63 12 Minimum 17.63 13 Maximum 30.26 Sum 885.39 Lower Limit: 21.22545 15 Count 40 16 Confidence Level (95.0%) 0.909301398 Upper Limit: 23.04405 17