right (or the bottom). | 100 7634 24 7 -2- (z) is displayed on the left (or the top). The graph of y = g(z) is displayed on the s DNE Part b) lim [f(x)- g(x)] 2-0 x 29 Use these graphs to evaluate the limits in parts a) through f) below. If a limit does not exist, enter DNE. Also, do not round decimal answers. Part a) lim [f(x) +3-g(x)] --5-5 13 24 3 4 -S4 D Hint: From the limit laws, we know that the limit of the difference of two function is the difference of the limits. Part c) lim [f(x) g(x)]
right (or the bottom). | 100 7634 24 7 -2- (z) is displayed on the left (or the top). The graph of y = g(z) is displayed on the s DNE Part b) lim [f(x)- g(x)] 2-0 x 29 Use these graphs to evaluate the limits in parts a) through f) below. If a limit does not exist, enter DNE. Also, do not round decimal answers. Part a) lim [f(x) +3-g(x)] --5-5 13 24 3 4 -S4 D Hint: From the limit laws, we know that the limit of the difference of two function is the difference of the limits. Part c) lim [f(x) g(x)]
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Transcribed Image Text:10
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Zoom
to search
#
3
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The graph of y= f(z) is displayed on the left (or the top). The graph of y = g(z) is displayed on the
right (or the bottom).
7 $ $ 4-3-2
600
7
$
4
DNE
●
101
Part a) lim [f(x) +3. g(x)]
I-2
$
4
J
R
104
F
Part b) lim [f(a) - g(r)]
2-0
24.75
H X
Q
Use these graphs to evaluate the limits in parts a) through f) below. If a limit does not exist, enter DNE.
Also, do not round decimal answers.
At
-2-
--6-
I 234
or
Hint: From the limit laws, we know that the limit of the difference of two function is the difference of the
limits.
Part c) lim [f(x) - g(x)]
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