(a) lim f(x) = x418 -6 Given the graph of f (x) above, find the following limits. (b) lim_ f(x) = -4 x-x -2 16 15 T 2- 0 [ A T CC T 1 I I EN 2 To enter ∞o in your answer field, • When you are in text entry mode (when your answer field has just one line), type the word infinity with a lower case i. • When you are in equation editor entry mode (when your answer field has multiple lines with the equation symbol menu ba choose the symbol ∞ to enter ∞o. You can switch entry modes by clicking on the button with the upper case Greek letter next to the answer field. St 6

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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(a) lim f(x) =
x→ ∞
-6
Given the graph of f(x) above, find the following limits.
(b) lim f(x) =
x →∞
4-
2-
Y
-4
-2
0
2
-2-
I
I
Ay
A₂
I
co
A
i
T
+
T
I
I
I
T
To enter ∞o in your answer field,
• When you are in text entry mode (when your answer field has just one line), type the word infinity with a lower case i.
• When you are in equation editor entry mode (when your answer field has multiple lines with the equation symbol menu bar),
choose the symbol ∞ to enter ∞o.
You can switch entry modes by clicking on the button with the upper case Greek letter next to the answer field.
T
IN
Transcribed Image Text:(a) lim f(x) = x→ ∞ -6 Given the graph of f(x) above, find the following limits. (b) lim f(x) = x →∞ 4- 2- Y -4 -2 0 2 -2- I I Ay A₂ I co A i T + T I I I T To enter ∞o in your answer field, • When you are in text entry mode (when your answer field has just one line), type the word infinity with a lower case i. • When you are in equation editor entry mode (when your answer field has multiple lines with the equation symbol menu bar), choose the symbol ∞ to enter ∞o. You can switch entry modes by clicking on the button with the upper case Greek letter next to the answer field. T IN
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