The following graph of the function f satisfies lim x → 3 f ( x ) = 2 . In the following exercises, for each value of ε , find a value of δ > 0 such that the precise definition of limits holds true. 185. ε = 3
The following graph of the function f satisfies lim x → 3 f ( x ) = 2 . In the following exercises, for each value of ε , find a value of δ > 0 such that the precise definition of limits holds true. 185. ε = 3
The following graph of the function f satisfies
lim
x
→
3
f
(
x
)
=
2
. In the following exercises, for each value of
ε
, find a value of
δ
>
0
such that the precise definition of limits holds true.
Use the graph of f in the figure to find the following values, if they exist.
a. f(2)
b. lim f(x)
X→2
c. lim f(x)
X→4
d. lim f(x)
X→5
3-
0-
0
13
y = f(x)
X
Next
Evaluate the limit:
2x + 12
lim
r - 6 x2 – 36
%3D
Graph the function
S2x – 4
if x + 3
f(x)
-5
if x = 3.
Use the graph to find lim f(x).
Calculus for Business, Economics, Life Sciences, and Social Sciences (13th Edition)
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