Final Answer:
The equivalent radical expression to
option c. ∜7⁵.
Step-by-step explanation:
To determine the equivalent radical expression for
we first need to rewrite the exponent in terms of a root. The fractional exponent \(5/4\) represents the fourth root of \(7\) raised to the power of 5, expressed as \
The fourth root (∜) of
s equivalent to

Let's evaluate the given options:
a. \(5√7\) represents the fifth root of \(7\), not the fourth root of

b. (∜7)⁵ signifies the fourth root of 7 raised to the power of 5, which equals
![\(\sqrt[4]{7^5}\).](https://img.qammunity.org/2024/formulas/mathematics/high-school/l3a12lhkpiplmysgpat8frqy0yzmnyxo8z.png)
c. ∜7⁵ is the fourth root of \(7^5\) and simplifies to
meeting the requirement.
d. (5√7)⁴ represents the fifth root of \(7\) raised to the power of 4, not the fourth root of

e. 5(√7⁴) signifies 5 times the fourth root of
not the fourth root of \(7^5\).
f. ∜7 represents the fourth root of \(7\), not the fourth root of

Therefore, upon evaluating the given options, it is evident that option c. ∜7⁵ represents the equivalent radical expression to \(7^{5/4}\), fulfilling the requirement.