Solutions to a quadratic are also called ______. CHOOSE ALL THAT APPLY.

How many solutions could a quadratic equation have? CHOOSE ALL THAT APPLY.

Find the solutions to the quadratic equation:  $$f\left(x\right)=x^2+2x-3$$  by looking at the graph. 

Find the solutions to the quadratic equation by looking at the table of values.

What is the factored form of the function shown in the graph?

What is the vertex of the quadratic

$$y=4\left(x-1\right)\left(x-3\right)$$

What are the solutions to the factored form of the quadratic equation:

$$\left(x-4\right)\left(7x+2\right)=0$$  

What is the first step when solving by factoring?

Solve the equation by factoring:
$$x^2-9x=-8$$  

Solve the equation by factoring:
$$5x^2-4=-8x$$  

Write an equivalent expression for the following radical expression. Make sure your answer is in the simplest radical form. $$4\sqrt{54}$$  

Write an equivalent expression for the following radical expression. Make sure your answer is in the simplest radical form. $$\sqrt{18x^2y^3z}$$  

Multiply and simplify the radicals.

$$2\sqrt{8}\cdot3\sqrt{12}$$  

What is the first step when solving using square roots?

Solve the equation using square roots. Write your answer as a simplified radical. $$7x^2=175$$  

Solve the equation using square roots. Write your answer as a simplified radical. $$4x^2-10=26$$  

Solve the equation using square roots:

$$-2\left(x-5\right)^2+7=-11$$

How do you feel going into tomorrow's quiz?

What concept do you feel most unsure about?