Simplifying a rational expression with a radical denominator

What happens when you multiply a number by itself in the context of square roots?

• It becomes a cube.

• It becomes a square.

• It becomes a root.

• It remains the same.

In the context of cube roots, what operation undoes a cube root?

• Dividing by 2

• Multiplying by 5

• Cubing the number

• Squaring the number

Why is it necessary to match the exponent inside the radical to the root when rationalizing the denominator?

• To balance the equation

• To eliminate the radical

• To ensure the expression is valid

• To simplify the numerator

What is the result of multiplying 5Z squared by 5 in the rationalization process?

• Z to the power of 5

• 5Z cubed

• 5Z

• 25Z squared

What is the cube root of G cubed?

• G squared

• G

• G to the power of four

• G cubed