Multiply Polynomials

Objective The student will be able to: multiply two polynomials using the FOIL method, Box method and the distributive property. SOL: A.2b . Designed by Skip Tyler, Varina

Objective The student will be able to: multiply two polynomials using the FOIL method, Box method and the distributive property. SOL: A.2b . Designed by Skip Tyler, Varina

http://teachers.henrico.k12.va.us/math/HCPSAlgebra1/Documents/7-7/FOIL.ppt

Multiplying Polynomials

Polynomials * Polynomials . Multiplying a Polynomial by another Polynomial requires more than one distributing step. Multiply: (2a + 7b)(3a + 5b)

Polynomials * Polynomials . Multiplying a Polynomial by another Polynomial requires more than one distributing step. Multiply: (2a + 7b)(3a + 5b)

http://teachers.henrico.k12.va.us/math/int10405/49lessons/49les2/poly_times_polyNT3.ppt

Multiplying Polynomials

10 . 10 . Multiplying Two Polynomials . To multiply (4x + 3)(2x 2 ? 3x + 7), we again use the distributive property; Need to multiply each term of the

10 . 10 . Multiplying Two Polynomials . To multiply (4x + 3)(2x 2 ? 3x + 7), we again use the distributive property; Need to multiply each term of the

http://www.harford.edu/faculty/srook/MATH_018/Lecture/029_Mul_Poly.ppt

PowerPoint Presentation

This pattern for multiplying polynomials is called FOIL. Multiply the First terms. Multiply the Outside terms. Multiply the Inside terms. Multiply

This pattern for multiplying polynomials is called FOIL. Multiply the First terms. Multiply the Outside terms. Multiply the Inside terms. Multiply

http://klvx.org/DocumentView.asp%3fDID=161

Multiplying Polynomials

Multiplying Polynomials . Multiplying a polynomial by a monomial. Apply the Distributive Property to expand (multiply out) parentheses to give two or more terms, as

Multiplying Polynomials . Multiplying a polynomial by a monomial. Apply the Distributive Property to expand (multiply out) parentheses to give two or more terms, as

http://faculty.ccc.edu/cbaila/math110/ClassNotes/M110_PP11_2_Multiply_Polynomials.ppt

9.3 Multiply Polynomials

Lesson 9.3, For use with pages 569-574 . Find the product. 1. (x + 7)(x + 2) 2. (3x ? 1)(3x + 2) ANSWER . x 2 + 9x + 14 . ANSWER . 9x 2 + 3x ? 2

Lesson 9.3, For use with pages 569-574 . Find the product. 1. (x + 7)(x + 2) 2. (3x ? 1)(3x + 2) ANSWER . x 2 + 9x + 14 . ANSWER . 9x 2 + 3x ? 2

http://grovesite.com/GSLibrary/Downloads/download.ashx%3ffile=sites/371/8780/129988/Total%2520lesson%25209.3%2520presentation1.ppt

Section 5.4 Multiplying Polynomials

Multiplying Two (or more) Monomials . Multiply the signs and numeric coefficients; Examine the variables in alphabetic order; Multiply matched variables by adding

Multiplying Two (or more) Monomials . Multiply the signs and numeric coefficients; Examine the variables in alphabetic order; Multiply matched variables by adding

http://faculty.rcc.edu/vandewater/Section05_4.ppt

Multiplying Polynomials

The correct formula is written above. Use it to find the area of the square below.

The correct formula is written above. Use it to find the area of the square below.

http://alex.state.al.us/uploads/23918/Powerpoint%2520-%2520Multiplying%2520Polynomials.ppt

Let’s Do Algebra Tiles

Add, subtract, multiply, divide, or factor polynomials. Modeling Polynomials . Let the blue square represent x 2, the green rectangle xy,

Add, subtract, multiply, divide, or factor polynomials. Modeling Polynomials . Let the blue square represent x 2, the green rectangle xy,

http://www.delmar.edu/aims/Files/Presentations/David_Let%2527s%2520Do%2520Algebra%2520Tiles.ppt

PowerPoint Presentation

Objectives . Recognize special polynomial product patterns. Use special polynomial product patterns to multiply two polynomials.

Objectives . Recognize special polynomial product patterns. Use special polynomial product patterns to multiply two polynomials.

http://klvx.org/DocumentView.asp%3fDID=162

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