2. Graph p(x). Using the properties of reciprocal functions, complete the table and graph q(x) = 76 1 p(x) [T8, C2] Characteristics P(x) = x – 2. q(x) = х — 8 x-2x-8 Zeros and/or vertical asymptote Interval(s) on which the graph is positive (y > 0) Interval(s) on which the graph is negative (y < 0) Interval(s) on which the graph is increasing Interval on which the graph is decreasing Point(s) where the y-value is 1 and -1

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.2: Graphs Of Equations
Problem 4E
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2. Graph p(x). Using the properties of reciprocal functions, complete the table and graph
q(x) = 76
1
p(x)
[T8, C2]
Characteristics
P(x) = x – 2.
q(x) =
х — 8
x-2x-8
Zeros and/or
vertical asymptote
Interval(s) on which the graph is
positive (y > 0)
Interval(s) on which the graph is
negative (y < 0)
Interval(s) on which the graph is
increasing
Interval on which the graph is
decreasing
Point(s) where the
y-value is 1 and -1
Transcribed Image Text:2. Graph p(x). Using the properties of reciprocal functions, complete the table and graph q(x) = 76 1 p(x) [T8, C2] Characteristics P(x) = x – 2. q(x) = х — 8 x-2x-8 Zeros and/or vertical asymptote Interval(s) on which the graph is positive (y > 0) Interval(s) on which the graph is negative (y < 0) Interval(s) on which the graph is increasing Interval on which the graph is decreasing Point(s) where the y-value is 1 and -1
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