The area of the rectangle is given. Use factoring to find the expressions for the missing dimensions.

What is the GCF in the expression x(x + 5) – 3x(x + 5) + 4(x + 5)?

The area of the rectangle is 12x³ – 18x² + 6x. The width is equal to the GCF. What could the dimensions of the rectangle be?

Write the difference in factored form. (24x⁴ – 15x² + 6x) – (10x⁴+ 5x² – 4x)

Factor out the GCF from the polynomial. 100a⁷b⁵ – 150a⁸b³

The GCF of two or more non-zero integers, x, and y, is the greatest positive integer m, which divides both x and y.

Factor out the GCF from the polynomial. 3x³y² – 9xz⁴ + 8y²z

Find the GCF of this pair of monomials. 14x¹⁰y⁸ and 15x⁶y⁹

Find the GCF of this pair of monomials. 12a⁵b and 16a⁴b²

The GCF of two or more non-zero integers, x, and y, is the greatest positive integer m, which divides both x and y.

Find the GCF of this pair of monomials. 4x³ and 9y⁵

Factor out the GCF from the polynomial. -4y⁴ + 6y² – 14y

Factor out the GCF from the polynomial. 12x² – 15x

Write a trinomial that has a GCF of 4x².

Factor out the GCF from the polynomial. x¹⁰ + x⁹ – x⁸

Factor out the GCF from the polynomial. 15x³y – 10x²y³

Factor out the GCF from the polynomial. -3x⁴ + 12x³ – 21x²

The GCF of two or more non-zero integers, x, and y, is the greatest positive integer m, which divides both x and y.

Factor out the GCF from the polynomial. 10a²b + 12ab²