Different orderings of the top


Four customers are to be selected for prizes 1,2,3, and 4th place out of set of 25 different customers.

a) How many possible combinations are there for four winners, in which all we care regarding is whether the person was selected at all, not in what position they finished?

b) How many different orderings of the top 4 would be possible (order does matter)?

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Basic Statistics: Different orderings of the top
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