Converting to Standard to Factored Form Practice

Turn the following quadratic function from standard form into factored form:

y = x² -16x + 48

• y = (x - 12)(x - 4)

• y = (x + 6)(x - 8)

• y = (x + 12)(x - 4)

• y = (x -16)(x - 3)

Turn the following quadratic function from standard form into factored form:

• y = (x - 15)(x + 4)

• y = (x - 6)(x + 10)

• y = (x - 6)(x - 10)

• y = (x +30)(x - 2)

Turn the following quadratic function from standard form into factored form:

y = x² - 10x + 25

• y= (x + 5) (x - 5)

• y = (x - 15) (x + 10)

• y = (x + 5) (x - 20)

• y = (x - 5) (x - 5)

Write the equation of the graph in factored form.

• (x-4)(x+3)=0

• -(x+3)(x-4)=0

• (x+4)(x-3)=0

• -(x-3)(x+4)=0

Given the real zeros 1/3, -1, and 2, write the factors and multiply to put in standard form.

Given the real zeros -3 and 4, write the factors and multiply to put in standard form.

Given the real zeros -1, 2, and 2, write the factors and multiply to put in standard form.

Select all the potential factors of the given graph.

• (x+3)

• (x-3)

• (x-8)

• (x+8)

• x

What is the equation for this parabola in factored form?

• y=(x+2)(x-1)

• y=(x-2)(x+1)

• y=(x-2)(x-1)

• y=(x+2)(x+1)

Convert y = (x-5)² -1
to factored form.

• y= (x-4)(x-6)

• y= (4x-2)(x+6)

• y= (x-12)(x+3)

• y = (x-4)(x+6)