I separated the questions with a blue line. please answer all of them. I'm mostly having trouble with the table and the p value from it. Thank you!

Six canoes are made by hand from the same mold, 3 in kevlar with weights 51, 55, and 53 pounds, and 3 in fiberglass with weights 63, 54, and 61 pounds. Suppose the weight distributions for kevlar and fiberglass have the same shape. Use the Wilcoxon rank sum test to decide whether the data are strong evidence of a shift between the two distributions. The null hypothesis is Ho: The two population distributions are identical. Which alternate hypothesis HA is best? O The kevlar population distribution is shifted left relative to the fiberglass population distribution The kevlar population distribution is shifted right relative to the fiberglass population distribution The kevlar population distribution is shifted relative to the fiberglass population distribution What is the value of the rank sum R for the kevlar sample? What is the value of the minimum possible rank sum Rmin for a kevlar sample of 3 canoes? What is the value of the test statistic U for the kevlar sample? How many possible ways are there to rank 3 kevlar canoe weights from among 3 + 3 = 6 combined kevlar and fiberglass canoe weights? Complete this table of all possible ways to rank 3 kevlar weights: kevlar 1, 2, 3 1, 2, 4 1, 2, 5 ... 3, 4, 6 3, 5, 6 4, 5, 6 ranks R 7 8 ... 13 14 15 Rmin 6 5 6 1 2 8 9 Note the ".." representing missing columns of the table. Fill in the text boxes to answer this question. Complete the table outside Canvas to prepare to answer the next question. Use your table to find the p-value