
Jim J. answered 07/15/17
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Hi April,
This is a neat problem, but I don't think it is a "Permutation" problem since the order that the members are chosen is not important.
You would use combinations to find out how many ways can 4 faculty be chosen from 7 choices.
This could be written as C(7,4) and equals 7!/(3!4!) = 35
Similarly, choosing 5 students from a group of 13 could be written as C(13,5) and equals 13!/5!8! = 1287
Since there are 35 ways to choose the faculty and 1287 ways to choose the students, the total number of ways to form the committee is simply 35 x 1287 = 45,045
Hope this helps.