Lesson 4.5 Dividing Polynomials (ALG3-4)

Last updated over 1 year ago

15 questions

Note from the author:

Learning Goal: I can divide polynomials using both long division and synthetic division.

Instructions

Learning Goal: I can divide polynomials using both long division and synthetic division.

Guided Notes

On Your Own

Lesson 4.5 Dividing Polynomials (ALG3-4)

Last updated over 1 year ago

15 questions

Note from the author:

Learning Goal: I can divide polynomials using both long division and synthetic division.

Instructions

Learning Goal: I can divide polynomials using both long division and synthetic division.

Guided Notes

Use Long Division to complete the following problems.

Use Long Division to complete the following problem.

Use Long Division and Synthetic Division to complete the following problem.

Use Synthetic Division to complete the following problem.

On Your Own

What were the main mathematical concepts presented today? How did they relate to your prior knowledge? What is the most challenging part of the concepts?

Use Synthetic Division to find the following,

Use Long Division to find the following,

The volume (in cubic inches) of a cardboard box is modeled by the function
where t is twice the thickness of the cardboard. Given that the dimensions are binomials with integer coefficients and the width of the box is modeled by
what are the other two dimensions of the cardboard box in terms of t?

Lesson 4.5 Dividing Polynomials (ALG3-4)

Lesson 4.5 Dividing Polynomials (ALG3-4)

Use Long Division to complete the following problems.

Use Long Division to complete the following problem.

Use Long Division to complete the following problem.

Use Long Division and Synthetic Division to complete the following problem.

Use Synthetic Division to complete the following problem.

Use Synthetic Division to complete the following problem.

What were the main mathematical concepts presented today? How did they relate to your prior knowledge? What is the most challenging part of the concepts?

Use Synthetic Division to find the following,

Use Synthetic Division to find the following,

Use Synthetic Division to find the following,

Use Synthetic Division to find the following,

Use Long Division to find the following,

Use Long Division to find the following,

Use Long Division to find the following,

The volume (in cubic inches) of a cardboard box is modeled by the function where t is twice the thickness of the cardboard. Given that the dimensions are binomials with integer coefficients and the width of the box is modeled by what are the other two dimensions of the cardboard box in terms of t?

Use Long Division to complete the following problems.

Use Long Division to complete the following problem.

Use Long Division to complete the following problem.

Use Long Division and Synthetic Division to complete the following problem.

Use Synthetic Division to complete the following problem.

Use Synthetic Division to complete the following problem.

What were the main mathematical concepts presented today? How did they relate to your prior knowledge? What is the most challenging part of the concepts?

Use Synthetic Division to find the following,

Use Synthetic Division to find the following,

Use Synthetic Division to find the following,

Use Synthetic Division to find the following,

Use Long Division to find the following,

Use Long Division to find the following,

Use Long Division to find the following,

The volume (in cubic inches) of a cardboard box is modeled by the function where t is twice the thickness of the cardboard. Given that the dimensions are binomials with integer coefficients and the width of the box is modeled by what are the other two dimensions of the cardboard box in terms of t?

The volume (in cubic inches) of a cardboard box is modeled by the function
where t is twice the thickness of the cardboard. Given that the dimensions are binomials with integer coefficients and the width of the box is modeled by
what are the other two dimensions of the cardboard box in terms of t?

The volume (in cubic inches) of a cardboard box is modeled by the function
where t is twice the thickness of the cardboard. Given that the dimensions are binomials with integer coefficients and the width of the box is modeled by
what are the other two dimensions of the cardboard box in terms of t?