%3D using the two linear functions. each x-intercept to divide the graph into three regions. Region A: From negative infinity to the leftmost zero. Region B: The region between the two zeros. Region C: From the rightmost zero to positive infinity. A. h(x) %3D 2 10 -8-6-4-2 1. -2+ -4 -61 -8- -8 -6 -4 -2 + 4 6. 8. Label the zeros of each function with open points on the coordinate plane and on the number line below the coordinate plane. 6.

Intermediate Algebra
10th Edition
ISBN:9781285195728
Author:Jerome E. Kaufmann, Karen L. Schwitters
Publisher:Jerome E. Kaufmann, Karen L. Schwitters
Chapter9: Functions
Section9.CR: Review Problem Set
Problem 24CR: An outpatient operating room charges each patient a fixed amount per surgery plus an amount per...
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Quadratic
Decomposing a
Function
2. Consider the
a. Determir
functions
ACTIVITY
4.1
line acco
b. Choose
e(x), an
coordir
the two linear functions.
each x-intercept to divide the graph into three regions.
• Region A: From negative infinity to the leftmost zero.
3. Describe
two linea
of the tw
• Region B: The region between the two zeros.
Region C: From the rightmost zero to positive infinity.
C
B
Ay
A.
h(x)
8
4. Describ
4
functio
2-
functio
-8-6-4
-2
41
2
-4
5. Use th
functi
Ask
-8-
\e(x)
nesw
%3D
yourself:
w many zeros,
nted with
tiplicity, should
product
tion have?
-8
-6
6. How
-4
-2
1. Label the zeros of each function with open points on the
4
6.
8.
the t
coordinate plane and on the number line below the
coordinate plane.
• TOPIC 2: Composing and Decomposing Functions
© Carnegie Learning, Inc.
Transcribed Image Text:Quadratic Decomposing a Function 2. Consider the a. Determir functions ACTIVITY 4.1 line acco b. Choose e(x), an coordir the two linear functions. each x-intercept to divide the graph into three regions. • Region A: From negative infinity to the leftmost zero. 3. Describe two linea of the tw • Region B: The region between the two zeros. Region C: From the rightmost zero to positive infinity. C B Ay A. h(x) 8 4. Describ 4 functio 2- functio -8-6-4 -2 41 2 -4 5. Use th functi Ask -8- \e(x) nesw %3D yourself: w many zeros, nted with tiplicity, should product tion have? -8 -6 6. How -4 -2 1. Label the zeros of each function with open points on the 4 6. 8. the t coordinate plane and on the number line below the coordinate plane. • TOPIC 2: Composing and Decomposing Functions © Carnegie Learning, Inc.
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