Write each product in standard form. (2x + 5)(2x - 5)

Identify the factor pairs of ac you could use to rewrite b to factor each trinomial by grouping. 6x² + 11x - 2

Write the factored form of each trinomial. x² + 7xy + 6y²

Find each product. (2x - 7)(3x² - 4x + 1)

Identify the value of c that would make the trinomial factorable using the perfect-square pattern. 3x² + 24x + c

Write the factored form of each trinomial. x² - 2x - 8

Identify the value of c that would make the trinomial factorable using the perfect-square pattern. 6x² - 36x + c

Use the square of a binomial to find each product. 72²

Find a value for m to make a true statement. mx² - 64 = (5x + 8)(5x - 8)

Find each product. (y + 3)(2y² - 3y + 4)

Identify the factor pairs of ac you could use to rewrite b to factor each trinomial by grouping. 7x² + 9x + 2

Simplify each expression. Write the answer in standard form. 3x + 2x² - 4x + 3x² - 5x

Find the GCF of each group of monomials. 9a²b³, 15ab², and

$$21a^4 b³$$

Factor each trinomial. 6x² + 12x - 48