Advanced Functions: Polynomial Division Part 2 of 6

In the Practice workbook, do the examples you just learned on your own, without external help

Course at a Glance

Mode of learning : Online - Self Paced

Domain / Subject : Mathematics & Science

Function : Teaching

Trainer name : Barry Mabillard

Difficulty : Medium

Advanced Functions: Polynomial Division Part 2 of 6

Workbook : The workbook for Polynomial Division can be found in the introduction. Students should make two printouts of this workbook. Label the first printout "Lecture Notes", and label the second printout "Practice".

Videos : The videos present a fully animated solution for each question in the workbook.

Strategy for Polynomial Division : This lesson takes two days to complete, with a time commitment of 60-75 minutes each day. 

In the Practice workbook, do the examples you just learned on your own, without external help. This step is required to reinforce the concepts and gain mastery.

What are the requirements?

  • Advanced Functions: Polynomial Functions

What am I going to get from this course?

  • Over 18 lectures and 1.5 hours of content!

  • Divide polynomials using long division.

  • Divide polynomials using synthetic division.

  • Express polynomial division using the division theorem.

  • Determine the remainder using the remainder theorem.

  • Determine factors using the factor theorem.

Course eligibility

What is the target audience?

Pre-Calculus Students

I would like to be contacted regarding this course


Section 1: Day One: Examples 1 - 8 (46 Minutes)

  • Long and Synthetic Division of Polynomial Functions

  • Polynomial Division (Long Division)

  • Polynomial Division (Synthetic Division).

  • Polynomial Division (Factoring).

  • Solving for an unknown using Polynomial Division.

  • Application (dimensions of a rectangular prism).

  • Dividing Polynomials (given a graph).

  • Finding the Dividend and Divisor (given the quotient and remainder).

Section 2: Day Two: Examples 9 - 15 (41 Minutes)

  • The Remainder Theorem

  • The Factor Theorem

  • Is the Divisor a Factor?

  • Solving for an unknown with the Remainder Theorem.

  • Solving for unknowns with the Remainder and Factor Theorems.

Section 3: Other Lesson Materials

  • Workbook

  • Introduction

  • Summary

  • Polynomial Division


Write Your Own Review

Write your review here (required)

Is the price of course overrated?
would you recommend this course to others?
Is duration of the course sufficient enough?
Did you like the faculties?
What would you prefer in future classroom or online learning?

Disclaimer: The contents of the course & Institute are obtained from the institute’s website by automated scraping or manual updates. For the latest information, please refer the institute website directly. For any discrepancies in the content, contact us at

Sample Video