Factoring with Gcf and Quadratics

What isn't this quadratic a

Difference of Squares?

• It's not a difference

• 36 is not a perfect square

• 1 is not a perfect square

• Silly goose, it is a difference of squares!

• x² is not a perfect square

Factor the polynomial.

Write your answer with NO SPACES, the ^ for exponents, and NO =

Factor the polynomial.

Write your answer with NO SPACES, the ^ for exponents, and NO =

Factor the polynomial.

Write your answer with NO SPACES, the ^ for exponents, and NO =

Write a + or a - sign in each box so the expressions on each side of the equal sign are equivalent.

• +,+

• +,-

• -, +

• -, -

Find the GCF of 12 and 30

• 2

• 3

• 4

• 5

• 6

• 5

• 5x

Last one here, can you find the GCF AND rewrite the following in factored form?

Match each quadratic expression in standard form with its equivalent expression in factored form.

• (x+5)(x+7)

• (x+5)(x-7)

• (x-5)(x+7)

• (x-5)(x-7)

Match each quadratic expression in standard form with its equivalent expression in factored form.

• (x+5)(x+7)

• (x+5)(x-7)

• (x-5)(x+7)

• (x-5)(x-7)