Final answer:
The task involves matching expressions with their identical radical forms. The expressions provided are already in radical form and correspond directly to the options provided, resulting in a straightforward matching activity.
Step-by-step explanation:
Matching each expression with its radical form involves understanding the relationship between exponents and roots. The radical form of an expression is a way of representing the nth root of a number, often written with a radical symbol. For instance, √(x²) is the radical form of x when squared.
Matches:
- 3√(8x³) matches with c. 3√(8x³)
- 2√(y²) matches with a. 2√(y²)
- 4√(16a¶) matches with d. 4√(16a¶)
- √(z²) matches with b. √(z²)
In particular, we can tell that the expressions on the left are already in radical form and simply match up with their identical forms on the right, thereby making this question relatively straightforward.