Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze...

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Bell Problem plify the expression.

Transcript of Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze...

Page 1: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Bell ProblemSimplify the expression.

Page 2: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

5.2 Evaluate and Graph Polynomial

Standards:1. Analyze situations using algebraic symbols

2. Analyze changes in quantities

Page 3: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Polynomial

Polynomial- a monomial or a sum of monomials Polynomial function- a function of the form

Leading coefficient- an

Degree- nConstant term- a0

Standard Form-terms are written in descending order of exponents from left to right

Page 4: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Common Polynomial Functions

Page 5: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Ex. Decide whether the function is a polynomial function. If so, write it in standard form and state its degree, type, and leading coefficient.

Page 6: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Ex. Use direct substitution to evaluate f(x) = 2x4 – 5x3 – 4x + 8 when x = 3.

Page 7: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Ex. Use direct substitution to evaluate the polynomial function for the given value of x.f(x)=x4 + 2x3 + 3x2 – 7; x = -2

Page 8: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Ex. Use synthetic division to evaluate f(x) = 2x4 – 5x3 – 4x + 8 when x = 3

Page 9: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Ex. Use synthetic division to evaluate: f(x) = 5x3 + 3x2 – x + 7; x = 2

Page 10: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Homework

pg. 341 #4-18 even

Page 11: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Bell ProblemDecide whether the function is a polynomial function. If so, write it in standard form and state its degree, type, and leading coefficient: f(x) = 8 – x2

Page 12: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

End Behavior of Polynomial FunctionsThe end behavior of a function’s graph is the behavior of the graph as x approaches positive infinity ____ or negative infinity ____.

Page 13: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Describe the degree and leading coefficient of the polynomial function whose graph is shown.

Page 14: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Ex. Graph f(x) = -x3 + x2 + 3x - 3

x y-3-2-10123

Page 15: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Ex. Graph f(x) = x4 – x3 – 4x2 + 4

x y-3-2-10123

Page 16: Bell Problem Simplify the expression.. 5.2 Evaluate and Graph Polynomial Standards: 1.Analyze situations using algebraic symbols 2.Analyze changes in.

Homework

5.2 Practice B Worksheet #2-14 even