(II) Hypergeometric Problems 1. Show the probability distribution table for n = 15, a = 6, and r = 3. Show a suitable binomial calculation for P(x) in each line of the table. . Show the calculation of x.P(x) in each line. No middle are needed for this calculation. 2. The student forum of a high school needs to elect 4 students out of a total of 9 boys and 16 girls running. Show the probability distribution table if the variable being measured is the number of boys, including the column for x-P(x). 3 The euchre card game uses cards (9, 10, J, Q, K, & A) of each suit with 5 cards being dealt to a player. Show a table for the probability distribution of the number of diamonds in a player's hand, including the column for x.P(x).|