Consider the polynomial function y = 2(x – 2)° + 5 when investigating and analyzing. Match the topic with the appropriate answer. You may use an answer more than once and not all answers will be used. domain ( Choose ] [Choose] -00
Consider the polynomial function y = 2(x – 2)° + 5 when investigating and analyzing. Match the topic with the appropriate answer. You may use an answer more than once and not all answers will be used. domain ( Choose ] [Choose] -00
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
![Consider the polynomial function y = 2(x – 2)° + 5 when investigating and analyzing. Match the topic with the appropriate answer. You may use an answer more than once and not all answers will be used.
domain
( Choose ]
[Choose]
-00 <x < 2 AND 2 <x < 0
(1, 0)
-1,019
range
all reals
(0, -11)
zero
y- 00
continuous
(0, -5)
x-intercept
0.64
discontinuous
133
y-intercept
(0.64, 0)
V -00
1
continuity
( Choose )
increase
[ Choose )
decrease
Choose )
maximum
[ Choose )
minimum
| Choose )
if x = 6
| Choose )
as x -o
[ Choose )
as x ++00
[ Choose )
vertical asymptote
[ Choose ]
horizontal asymptote
[ Choose ]
>](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcaf942d6-4771-45a2-8f2d-c51809e8e4e3%2F62ebb28a-3357-411f-bc1b-29cb754d6819%2Fmd19buy_processed.png&w=3840&q=75)
Transcribed Image Text:Consider the polynomial function y = 2(x – 2)° + 5 when investigating and analyzing. Match the topic with the appropriate answer. You may use an answer more than once and not all answers will be used.
domain
( Choose ]
[Choose]
-00 <x < 2 AND 2 <x < 0
(1, 0)
-1,019
range
all reals
(0, -11)
zero
y- 00
continuous
(0, -5)
x-intercept
0.64
discontinuous
133
y-intercept
(0.64, 0)
V -00
1
continuity
( Choose )
increase
[ Choose )
decrease
Choose )
maximum
[ Choose )
minimum
| Choose )
if x = 6
| Choose )
as x -o
[ Choose )
as x ++00
[ Choose )
vertical asymptote
[ Choose ]
horizontal asymptote
[ Choose ]
>
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