The figure below shows J(a) and its local linearization at a = What is the value of a? a = 2 What is the value of f(a)? f(a) = 3 Use the linearization to approximate the value of f(2.3). f(2.3) = 11 2 Is the approximation an under- or overestimate? under (Enter under or over.) Z 2 The local linearization is shown in blue.)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.5: Graphs Of Functions
Problem 36E
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The figure below shows f(x) and its local linearization at x = a, y = 2x-1. (The local linearization is shown in blue.)
Z
2
What is the value of a?
a = 2
What is the value of f(a)?
f(a) = 3
Use the linearization to approximate the value of f(2.3).
f(2.3) = 11.2
Is the approximation an under- or overestimate?
under
(Enter under or over.)
Transcribed Image Text:The figure below shows f(x) and its local linearization at x = a, y = 2x-1. (The local linearization is shown in blue.) Z 2 What is the value of a? a = 2 What is the value of f(a)? f(a) = 3 Use the linearization to approximate the value of f(2.3). f(2.3) = 11.2 Is the approximation an under- or overestimate? under (Enter under or over.)
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