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Deconstructing the Question
There are 5 distinct performers: 3 actors and 2 dancers.
Constraint: no two actors can be consecutive.
So the 3 actors must be separated by the dancers.

Step-by-step
Arrange the 2 dancers first:
\(2! = 2\) ways.

With the dancers placed, we have 3 slots around them:
\(\_ \ D \ \_ \ D \ \_\)

To avoid consecutive actors, each slot can contain at most one actor.
We have 3 actors and 3 slots, so all 3 slots must be filled.

Arrange the 3 actors in those 3 slots:
\(3! = 6\) ways.

Total valid orders:
\(2! \cdot 3! = 2 \cdot 6 = 12\)

Answer: (C) 12
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