Reducing Radicals and Rational Exponents

Rewrite the following

∛x⁵

• x^3/5

• x^5/3

• x²

• x³⋅x⁵

Write in exponential form
∜(3x)³

• 3x³⁄ ⁴

• (3x)³∕ ⁴

• (3x)⁴⁄ ³

• 3x⁴⁄ ³

Write as a radical expression
y²⁄ ³

• 2y³

• √y³

• ∛y²

• 3y²

∜m³ is the same as which answer?

• m^3/4

• m¹²

• m^4/3

• m⁷

SIMPLIFY:

• A

• B

• C

• D

• A

• B

• C

• D

• a
• b
• c
• d

• xy√y
• x²y²√y
• xy√xy
• 2x2y√y

A rational exponent can be broken down by identifying the numerator as a ​ ​ (a)   and the denominator as a ​ (b)  

• power

• root

• radical

• index

• yz⁶  ⋅ ∛xy²z²
• yz⁶  ⋅ ∛xyz
• y²z¹⁰ ⋅ ∛xy²z²
• y²z¹⁰ ⋅ ∛xy