This is a question on combinations since we have to select a certain number of players from a pool. Therefore, answer option B can be eliminated straight away since \(12P9\) does not represent combinations.
The pool has 14 players. This would have been the value of n had there been no other constraints. However, we know that the best two players will always be selected; this means that these two people will be there in the team no matter what happens.
Our team should have a total of 11 players of which we know that the presence of the 2 best players is a given.
Therefore, we now need to only select 9 players out of a total of 12 available players – note that the pool is no longer 14, because the two best players are no longer part of the pool since they are already a part of the team.
Number of teams that can be formed = \(12C9\).
The correct answer option is C.
Out of n objects, if we know that k objects are always selected, then the pool will reduce by k and the number of objects to be selected will also reduce by k.
Effectively, number of selections = \((n-k)C(r-k)\)
Hope that helps!
Aravind B T