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Which of the graphs above is the graph of the equation below?

y = 13 – 632 + 111 - 6 = (1 - 3)(1 – 2)(1 - 1)

Which of the graphs above is the graph of the equation below? y = 13 – 632 + 111 - 6 = (1 - 3)(1 – 2)(1 - 1)-example-1
User ArnaudR
by
8.3k points

2 Answers

6 votes

Answer:

w

Explanation:

for Plato

User Amirreza Saki
by
7.2k points
4 votes

Answer:

Shown below

Explanation:

To solve this problem, we need to analyze the leading coefficient and the roots of the polynomial function:


f(x)=x^3-6x^2+11x-6

Recall that a polynomial function can be represented by:


f(x)=a_(n)(x)+ \ldots +a_(1)x+a_(0)

So the leading coefficient is
a_(n). In our problem, this coefficient is
a_(n)=1

Since
n is odd and the leading coefficient
a_(n)>0, then the graph must falls to the left and rise to the right. Also, the roots are
x_(1)=1 \ x_(2)=2 \ and \ x_(3)=3. So the only graph that matches this is the fourth one as indicated below.

Which of the graphs above is the graph of the equation below? y = 13 – 632 + 111 - 6 = (1 - 3)(1 – 2)(1 - 1)-example-1
Which of the graphs above is the graph of the equation below? y = 13 – 632 + 111 - 6 = (1 - 3)(1 – 2)(1 - 1)-example-2
User Samthebrand
by
7.8k points