In Exercises 39–54, rewrite each expression with a positive rational exponent. Simplify, if possible.5xz^-⅓

Use the rules for radicals to perform the indicated operations. Assume all variable expressions represent positive real numbers. ⁵√x² • ⁵√x³

In Exercises 39–64, rationalize each denominator.7-----³√x

In Exercises 39–60, simplify by factoring. Assume that all variables in a radicand represent positive real numbers and no radicands involve negative quantities raised to even powers._____³√(x+y)⁴

In Exercises 47–54, find each cube root.________³√−27/1000

In Exercises 53–58, simplify each expression using the power rule.(x⁶)¹⁰

Use the rules for radicals to perform the indicated operations. Assume all variable expressions represent positive real numbers. ∜ m² • ∜ m²

In Exercises 39–64, rationalize each denominator.5³√ -----y²

In Exercises 39–60, simplify by factoring. Assume that all variables in a radicand represent positive real numbers and no radicands involve negative quantities raised to even powers.___⁵√y¹⁸