The graph to the right is a complete graph, that is, it is continuous and displays the function's end behavior. All zeros are integers. Answer the following questions [-10,10,1] by [-100,100,10] (b) Write an equation, expressed as the product of tactors, of a polynomial that the graph might represent. Use a leading coetticient of 1 or 1, and make the degree of f as small as possible. ARSE f(x)= (Type your answer in factored form.) (c) Use the equation from part (b) to find the y-intercept. What is the y-intercept of the graph? (Type an integer or a simplified fraction.) Click to select your answer(s) W to search hp HEWL E T T PACKARD ins prt sc 12 home ho delete f6 f5 f4 & 7 $ A % nun backspace 8 loc 6 } P O E U Y T R enter L K J H pause t shi N V alt etri LO LL
The graph to the right is a complete graph, that is, it is continuous and displays the function's end behavior. All zeros are integers. Answer the following questions [-10,10,1] by [-100,100,10] (b) Write an equation, expressed as the product of tactors, of a polynomial that the graph might represent. Use a leading coetticient of 1 or 1, and make the degree of f as small as possible. ARSE f(x)= (Type your answer in factored form.) (c) Use the equation from part (b) to find the y-intercept. What is the y-intercept of the graph? (Type an integer or a simplified fraction.) Click to select your answer(s) W to search hp HEWL E T T PACKARD ins prt sc 12 home ho delete f6 f5 f4 & 7 $ A % nun backspace 8 loc 6 } P O E U Y T R enter L K J H pause t shi N V alt etri LO LL
Chapter3: Polynomial Functions
Section3.2: Polynomial Functions Of Higher Degree
Problem 106E: For each graph, describe a polynomial function that could represent the graph. (Indicate the degree...
Related questions
Question
![The graph to the right is a complete graph, that
is, it is continuous and displays the function's
end behavior. All zeros are integers. Answer the
following questions
[-10,10,1] by [-100,100,10]
(b) Write an equation, expressed as the product of tactors, of a polynomial that the graph might represent. Use a leading coetticient of 1 or 1, and make the
degree of f as small as possible.
ARSE
f(x)=
(Type your answer in factored form.)
(c) Use the equation from part (b) to find the y-intercept.
What is the y-intercept of the graph?
(Type an integer or a simplified fraction.)
Click to select your answer(s)
W
to search
hp
HEWL E T T PACKARD
ins
prt sc
12
home
ho
delete
f6
f5
f4
&
7
$
A
%
nun
backspace
8
loc
6
}
P
O
E
U
Y
T
R
enter
L
K
J
H
pause
t shi
N
V
alt
etri
LO
LL](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Facacc844-24a5-4b7f-b62c-faabc800bff6%2F6c5469bb-11cc-4cba-abca-8a62dfb96d06%2F7ffi8oj.jpeg&w=3840&q=75)
Transcribed Image Text:The graph to the right is a complete graph, that
is, it is continuous and displays the function's
end behavior. All zeros are integers. Answer the
following questions
[-10,10,1] by [-100,100,10]
(b) Write an equation, expressed as the product of tactors, of a polynomial that the graph might represent. Use a leading coetticient of 1 or 1, and make the
degree of f as small as possible.
ARSE
f(x)=
(Type your answer in factored form.)
(c) Use the equation from part (b) to find the y-intercept.
What is the y-intercept of the graph?
(Type an integer or a simplified fraction.)
Click to select your answer(s)
W
to search
hp
HEWL E T T PACKARD
ins
prt sc
12
home
ho
delete
f6
f5
f4
&
7
$
A
%
nun
backspace
8
loc
6
}
P
O
E
U
Y
T
R
enter
L
K
J
H
pause
t shi
N
V
alt
etri
LO
LL
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