To find (C ⋂ B) ⋃ A', the steps are:
1. Find the intersection or the common elements of Set C and Set B.
Based on the list of elements of Set C and B, the common elements of both sets are q and z. Hence, (C ⋂ B) = {q, z}.
2. Next, find the complement of A. Complement of A contains the elements that are in the universal set but not in A.
Since A contains {f, g, h, q, r} then, A' must have {p, x, y, z}. Therefore, A' = {p, x, y, z}.
3. Next, the symbol ⋃ means to combine. Therefore, we need to combine or join the elements of (C ⋂ B) and A'.
The elements of A' are p, x, y, and z while the elements of (C ⋂ B) are q and z.
Therefore, joining the elements, (C ⋂ B) ⋃ A' = {p, q, x, y, z}.
Note that we will only list the elements once. Even though "z" occurred on both sets, we will only list it once.
ANSWER:
(C ⋂ B) ⋃ A' = {p, q, x, y, z}