Answer:
P(A) = 400/924 = 100/231 or 0.4329
Step-by-step explanation:
The probability that both groups will have the same number of men P(A);
For the two groups to have the same number of men they must include 3 men and 3 women in each group.
P(A) = Number of possible selections of 3 men from 6 and 3 women from 6 into each of the two groups N(S) ÷ total number of possible selections of members into the two groups N(T).
P(A) = N(S)/N(T)
Since order is not important, we will use combination.
N(S) = 6C3 × 6C3 = 20 × 20 = 400
N(T) = 12C6 = 924
P(A) = 400/924 = 100/231 or 0.4329