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Zeros: Domain: Range: Relative Maximum: Relative Minimum: Intervals of Increase: Intervals of Decrease: WARM UP.

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Presentation on theme: "Zeros: Domain: Range: Relative Maximum: Relative Minimum: Intervals of Increase: Intervals of Decrease: WARM UP."— Presentation transcript:

1 Zeros: Domain: Range: Relative Maximum: Relative Minimum: Intervals of Increase: Intervals of Decrease: WARM UP

2 Essential Question: How do you determine the shape and symmetry of the graph by the polynomial equation?

3 Even, Odd, or Neither Functions Not to be confused with End behavior To determine End Behavior, we check to see if the leading degree is even or odd With Functions, we are determining symmetry (if the entire function is even, odd, or neither)

4 Even and Odd Functions (algebraically) A function is even if f(-x) = f(x) A function is odd if f(-x) = -f(x) If you plug in x and -x and get the same solution, then it’s even. Also: It is symmetrical over the y-axis. If you plug in x and -x and get opposite solutions, then it’s odd. Also: It is symmetrical over the origin

5 Y – Axis Symmetry Fold the y -axis (x, y)  (-x, y) Even Function (x, y)  (-x, y)

6 Test for an Even Function A function y = f(x) is even if, for each x in the domain of f. f(-x) = f(x) Symmetry with respect to the y-axis

7 Symmetry with respect to the origin (x, y)  (-x, -y) (2, 2)  (-2, -2) (1, -2)  (-1, 2) Odd Function

8 Test for an Odd Function A function y = f(x) is odd if, for each x in the domain of f. f(-x) = -f(x) Symmetry with respect to the Origin

9 Even, Odd or Neither? Ex. 1 GraphicallyAlgebraically

10 Even, Odd or Neither? Ex. 2 GraphicallyAlgebraically

11 Even, Odd or Neither? GraphicallyAlgebraically Ex. 3

12 Even, Odd or Neither? GraphicallyAlgebraically Ex. 4

13 Even, Odd or Neither?

14 What do you notice about the graphs of even functions? Even functions are symmetric about the y-axis

15 What do you notice about the graphs of odd functions? Odd functions are symmetric about the origin

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