Use the given limit and algebra or graphing technology to respond to parts a) and b). If necessary, round to five decimal places. Given lim (2√x+5) = 10. z-20 Part a) Let e = 0.3 and find 8 so that 2√x+5-10 <0.3 whenever |z-20| < 6. Part b) Let = 0.5 and find 8 so that 2√x+5-10 < 0.5 whenever |x-20 < 6.
Use the given limit and algebra or graphing technology to respond to parts a) and b). If necessary, round to five decimal places. Given lim (2√x+5) = 10. z-20 Part a) Let e = 0.3 and find 8 so that 2√x+5-10 <0.3 whenever |z-20| < 6. Part b) Let = 0.5 and find 8 so that 2√x+5-10 < 0.5 whenever |x-20 < 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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Use the given limit and algebra or graphing technology to respond to parts a) and b). If necessary, round to
five decimal places.
Given lim (2√x+5) = 10.
Part a) Let = 0.3 and find 6 so that 2√x+5-10 <0.3 whenever z -20 < 6.
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Part b) Let = 0.5 and find 6 so that 2√x+ 5-10 <0.5 whenever x - 20| < 6.
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Transcribed Image Text:#
3
Use the given limit and algebra or graphing technology to respond to parts a) and b). If necessary, round to
five decimal places.
Given lim (2√x+5) = 10.
Part a) Let = 0.3 and find 6 so that 2√x+5-10 <0.3 whenever z -20 < 6.
E
D
с
Part b) Let = 0.5 and find 6 so that 2√x+ 5-10 <0.5 whenever x - 20| < 6.
IOI
$
4
R
F
%
5
V
T
G
6
B
Y
f7
H
&
7
N
U
[4₁]
L
* 00
8
-
hp
M
(
9
K
f10
yo
O
<
alt
)
.
O
7
f11
P
V
ctrl
f12
{
+ 11
ins
pr
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