Zero is another name for the x-intercept

Both ways for solving a quadratic equation

The Parabola is the name of the shape as a byproduct of the Quadratic Equation

Real numbers occur in the situations (or patterns)

The Solution

A way that the Quadratic Equation could be set up

You can see if an equation is factorable in order to find the x-intercept(s)

Completing the Square is a way to solve to find the x-intercepts

Opposite terms for numbers on a graph; one is a real definable number, while the other is an undefinable number that may not be on the graph

The closed Domain and Range of a graph

the solution

Tables are used to find the solutions of the function

A real number on the parabola would be the x-intercepts

A way to solve for the quadratic equation

The Root can be a complex Number

After you factor an equation, you can use the zero product property to find the x-intercepts

Both ways to solve a quadratic equation

A way of setting up the Quadratic Formula

Quadratic Forumla is used to fsolve the Quadratic Equation

Complex Numbers are Points on a graph

Complex number is another name for Imaginary number

The answer to the equation

The closed set includes the x-intercepts, unless stated otherwise

A method used to find the x-intercepts in a Quadratic Eqaution

aan equation can be used to solve a situation

The Vertex can be a y-intercept

The Solution to the Equation

A situation can be based on what was given on the graph

A table can be used to solve the situation or can be used to aid the situation

The Coordinate of decrease or increase on the Parabola

The Quadratic Formula could produce complex numbers

The solution

Completing the Square is one of the ways to solve

The solution

The Quadratic Equation is a type of Equation

x-intercepts can be real numbers that are on the graph

Root is another name for x-intercept

The Vertex can be an x-intercept

Both names for x-intercepts

Both synonyms for x-intercept