Factoring Squares

Practice Questions

SAT Math › Factoring Squares

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10 of 14

1

Simplify the radical expression.

$\sqrt[3]{-64x^{6}y^{12}}$

2

According to Heron's Formula, the area of a triangle with side lengths of a, b, and c is given by the following:

Hero

where s is one-half of the triangle's perimeter.

What is the area of a triangle with side lengths of 6, 10, and 12 units?

3

According to Heron's Formula, the area of a triangle with side lengths of a, b, and c is given by the following:

Hero

where s is one-half of the triangle's perimeter.

What is the area of a triangle with side lengths of 6, 10, and 12 units?

4

Simplify the radical expression.

$\sqrt[3]{-64x^{6}y^{12}}$

5

Which of the following expression is equal to

$\sqrt{(45)(9)+(27)(36)}$

6

Which of the following expression is equal to

$\sqrt{(45)(9)+(27)(36)}$

7

Which of the following expressions is equal to the following expression?

$\sqrt{(27)(45)(125)}$

8

Which of the following expressions is equal to the following expression?

$\sqrt{(27)(45)(125)}$

9

Which of the following is equal to the following expression?

$\sqrt{(16)(8)+(32)(20)}$

10

Which of the following is equal to the following expression?

$\sqrt{(16)(8)+(32)(20)}$

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