All equations are composed of polynomials. If you know how to solve equations containing polynomials of the first degree, then you can solve equations of higher degree. One way to solve a polynomial equation is to use the zero-product...

Demonstrates the 'factor table' method for solving polynomial inequalities.

A comprehensive look at the three main ways to find the roots of a polynomial: factoring, formulas, and the rational root theorem.

To solve polynomials of higher degree, use synthetic division as demonstrated here. The Rational Zero Theorem, Upper and Lower Bound Theorem, and Descartes Rule of Signs are explained.

Demonstrates the steps involved in solving a general polynomial, including how to use the Rational Roots Test and synthetic division. Points out when using a graphing calculator can be very helpful.

This lesson walks students through the process of simplifying polynomials by combining like terms. It gives an assessment and ideas for remediation and extension as well as ways to manage behavior problems and reluctant learners.

The process of factoring is essential to the simplification of many algebraic expressions and is a useful tool in solving higher degree equations. In fact, the process of factoring is so important that very little of algebra beyond this...

Explains the reasoning and methodology for the process of numerically approximating the zeroes of a non solvable polynomial.

Here is a site that clearly and thoroughly explains quadratic functions, including graphing functions and solving equations using factoring. There are example problems solved, problems for the student to attempt, and answers to the...