14. a. As x→-0,f(x)→ b. As x→-3.fx)→ c. As x→-3*,f(x)→ d. As x→0, f(x) → e. The graph is increasing over the interval(s). f. The graph is decreasing over the interval(s). g. The domain is . h. The range is . i. The vertical asynmptote is the line . j. The horizontal asymptote is the line. - y = f(x)} ম

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.3: The Natural Exponential Function
Problem 44E
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14.
a. As x→-0,f(x)→
b. As x→-3.fx)→
c. As x→-3*,f(x)→
d. As x→0, f(x) →
e. The graph is increasing over the interval(s).
f. The graph is decreasing over the interval(s).
g. The domain is .
h. The range is .
i. The vertical asynmptote is the line .
j. The horizontal asymptote is the line.
- y = f(x)}
ম
Transcribed Image Text:14. a. As x→-0,f(x)→ b. As x→-3.fx)→ c. As x→-3*,f(x)→ d. As x→0, f(x) → e. The graph is increasing over the interval(s). f. The graph is decreasing over the interval(s). g. The domain is . h. The range is . i. The vertical asynmptote is the line . j. The horizontal asymptote is the line. - y = f(x)} ম
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