#### Solve polynomial equation by factoring

## How can we solve polynomial equations?

Step by StepIf solving an equation, put it in standard form with 0 on one side and simplify. [ Know how many roots to expect. [ If you’re down to a linear or quadratic equation (degree 1 or 2), solve by inspection or the quadratic formula. [ Find one rational factor or root. Divide by your factor.

## How do you solve equations by factoring?

The Solve by Factoring process will require four major steps:Move all terms to one side of the equation, usually the left, using addition or subtraction.Factor the equation completely.Set each factor equal to zero, and solve.List each solution from Step 3 as a solution to the original equation.

## What are the factoring techniques?

The following factoring methods will be used in this lesson:Factoring out the GCF.The sum-product pattern.The grouping method.The perfect square trinomial pattern.The difference of squares pattern.

## What are the steps for factoring?

Factoring completely is a three step process:Factor a GCF from the expression, if possible.Factor a Trinomial, if possible.Factor a Difference Between Two Squares as many times as possible.

## What are the 6 types of factoring?

The lesson will include the following six types of factoring:Group #1: Greatest Common Factor.Group #2: Grouping.Group #3: Difference in Two Squares.Group #4: Sum or Difference in Two Cubes.Group #5: Trinomials.Group #6: General Trinomials.

## Why do we factor polynomials?

Factoring is an important process that helps us understand more about our equations. Through factoring, we rewrite our polynomials in a simpler form, and when we apply the principles of factoring to equations, we yield a lot of useful information. There are a lot of different factoring techniques.

## What is a polynomial of degree 4 called?

quartic polynomials

## How do you solve a biquadratic equation?

A biquadratic equation is a 4-degree equation without the terms of degree 1 and 3. To solve a biquadratic equation you have to do a change of variable: z = x^{2}. Then you have to solve the quadratic equation and finally undo the change.