5. The graph of the function h(r) is given below. Find (a) intervals of increase (b) intervals of decrease (c) At r = the function has a relative minimum of At x = the function has a relative minimum of At x = the function has a relative maximum of 2Consider the function

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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5.
The graph of the function h(x) is given below. Find
(a) intervals of increase
(b) intervals of decrease
(c) At x =
the function has a relative minimum of
At x =
the function has a relative minimum of
At x =
the function has a relative maximum of
6.
Consider the function
x < 1
x >1
( 2.x – 1
for
F(x) = {
1- x
for
(a) Find F(3), F(0) and F(-1).
(b) Graph the function y = F(x).
Transcribed Image Text:5. The graph of the function h(x) is given below. Find (a) intervals of increase (b) intervals of decrease (c) At x = the function has a relative minimum of At x = the function has a relative minimum of At x = the function has a relative maximum of 6. Consider the function x < 1 x >1 ( 2.x – 1 for F(x) = { 1- x for (a) Find F(3), F(0) and F(-1). (b) Graph the function y = F(x).
5.
The graph of the function h(x) is given below. Find
(a) intervals of increase
(b) intervals of decrease
(c) At x =
the function has a relative minimum of
At x =
the function has a relative minimum of
At x =
the function has a relative maximum of
6.
Consider the function
x < 1
x >1
( 2.x – 1
for
F(x) = {
1- x
for
(a) Find F(3), F(0) and F(-1).
(b) Graph the function y = F(x).
Transcribed Image Text:5. The graph of the function h(x) is given below. Find (a) intervals of increase (b) intervals of decrease (c) At x = the function has a relative minimum of At x = the function has a relative minimum of At x = the function has a relative maximum of 6. Consider the function x < 1 x >1 ( 2.x – 1 for F(x) = { 1- x for (a) Find F(3), F(0) and F(-1). (b) Graph the function y = F(x).
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