'Polynomial form' presentation slideshows

Homework, Page 269 Chapter Review

Homework, Page 269 Chapter Review. Write an equation for the linear function f satisfying the given conditions. Graph y = f ( x ). 1. Homework, Page 269 Chapter Review. Find the vertex and axis of the graph of the function. Support graphically. 5. Homework, Page 269 Chapter Review.

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REVIEW

REVIEW. What is a polynomial with a single root at x = -4 and a double root at x=7? (you need not multiply it out). Single root at x=-4 looks like (x--4) Double root at x=7 looks like (x-7)(x-7) The polynomial form is: a(x+4)(x-7)(x-7) I can put any number I want in for a.

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200

FUNCTIONS. TABLES No calculators. GRAPHS. ROOTS. FACTORED FORM. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500. FUNCTIONS $100. The roots of F(x)=x 2 +4x-12. FUNCTIONS 200.

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Chapter 3: Dynamic Response

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FACTORING

FACTORING. Factoring means to write an expression as a product of primes. To check your answer to a factoring problem you simplify it by multiplying out the factors.

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Chapter 6: Polynomials and Polynomial Functions Section 6.3: Dividing Polynomials

Chapter 6: Polynomials and Polynomial Functions Section 6.3: Dividing Polynomials. Content Objectives: Students will demonstrate application of polynomial division by solving problems using long and synthetic division.

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Objectives: 1. Be able to identify the parent function for a rational.

Graphing Rational Functions. Objectives: 1. Be able to identify the parent function for a rational. Be able list the characteristic of a rational function. Be able to graph rational functions in general form. Be able to graph rational functions in polynomial form. Critical Vocabulary:

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Chapter 3: Functions and Graphs 3.3: Quadratic Functions

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Unit #3: Quadratics 5-3: Translating Parabolas

Unit #3: Quadratics 5-3: Translating Parabolas. Essential Question: How is the vertex form used in transforming a quadratic function?. 5-3: Translating Parabolas. Yesterday, we explored quadratic equations in polynomial form: y = ax 2 + bx + c

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Partial Fractions 7.4

Partial Fractions 7.4. JMerrill , 2010. Decomposing Rational Expressions. We will need to work through these by hand in class. . Guidelines.

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