y = f(x) y= g(r) Use the graphs of f and g in the accompanying figure to find the limits that exist. If the limit does not exist, enter NA. (a) lim f (x) + g (x)] = (b) lim f (x) + g (x)] =2 X-0 (c) lim f (x)+g (x)] =L

Advanced Engineering Mathematics
10th Edition
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Question

Use the graphs of f and g in the accompanying figure to find the limits that exist. If the limit does not exist, enter NA.

n, Calculus: Early Transcendentals, 11e
| System Announcements
pter 1, Section 1.2, Question 002
y= f(x)
Ay
y = g(r)
Use the graphs of f and g in the accompanying figure to find the limits that exist. If the limit does not exist, enter NA.
(a) lim f (x) + g (x)] 4
X2
(b) lim f (x) + g (x)] =2
X-0
(c) lim f (x) + g (x)] =L
X-0
(d) lim [f (x) + g (x)] =L
f (x)
(e) lim
1-25+g(x)
Activat
Go to PC
Page
Down
End
Wome
Enter
Shut
Alt
Ctri
Transcribed Image Text:n, Calculus: Early Transcendentals, 11e | System Announcements pter 1, Section 1.2, Question 002 y= f(x) Ay y = g(r) Use the graphs of f and g in the accompanying figure to find the limits that exist. If the limit does not exist, enter NA. (a) lim f (x) + g (x)] 4 X2 (b) lim f (x) + g (x)] =2 X-0 (c) lim f (x) + g (x)] =L X-0 (d) lim [f (x) + g (x)] =L f (x) (e) lim 1-25+g(x) Activat Go to PC Page Down End Wome Enter Shut Alt Ctri
Use the graphs of f and g in the accompanying figure to find the limits that exa
51
(a) lim f (x) + g (x)] =4
X-2
on
(b) lim [f (x) + g (x)] = 2
%3D
ion
03
tion
004
(c) lim f (x) + g (x)] =l
tion
013
ection
001
ection
n 002
(d) lim (f (x) + g (x)] =L
x-0-
f (x)
(e) lim-
X+25+g(x)
Section
on 008
Section
on 012
Section
ion 016
4+g (x)
(f) lim-
-2 f (x)
Section
tion 023
1, Section
stion 031
1, Section
estion 001-
(9) lim f (x) =
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Results by
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Transcribed Image Text:Use the graphs of f and g in the accompanying figure to find the limits that exa 51 (a) lim f (x) + g (x)] =4 X-2 on (b) lim [f (x) + g (x)] = 2 %3D ion 03 tion 004 (c) lim f (x) + g (x)] =l tion 013 ection 001 ection n 002 (d) lim (f (x) + g (x)] =L x-0- f (x) (e) lim- X+25+g(x) Section on 008 Section on 012 Section ion 016 4+g (x) (f) lim- -2 f (x) Section tion 023 1, Section stion 031 1, Section estion 001- (9) lim f (x) = (h) lim f (x) =D 1 -core Results by pjective By accessing this Question Assistance, vou will learn while vou earn points based on the Point 10 Enter 4 B Alt
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