\"\"

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The \"\" degree polynomial function \"\" and leading coefficient \"\".

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The polynomial function \"\".

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The degree of polynomial is even (n = 4) and leading coefficient is positive (\"\").

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Since the graph rises to the left and right.\"\"

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The graph rises to the left and right.

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\"\"

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To find the real zeros of the function, set f(x) equal to zero and solve for x.

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The polynomial function \"\".

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\"\"                                   (Set f(x) equal to zero)

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\"\"                               (Remove common monomial factor)

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\"\"                     (Factor completely)

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So, the real zeros are \"\".

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Since the x - intercepts occur at \"\".\"\"

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The real zeros are \"\".

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\"\"

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The polynomial function \"\".

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Make the table

\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \
\

x

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\"\"

\
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\"\"

\
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                \"\"

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\"\"

\
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\"\"

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\

2.1

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\

\"\"

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\"\"

\
\

\"\"

\
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\"\"

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Make the table

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\

x

\
\

\"\"

\
\

\"\"

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2.1

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3.1

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g(x)

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5.86

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\"\"

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\"\"

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  5.86

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\

 

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\"\"

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The factor \"\", k > 1, yields a repeated zero x = a of multiplicity k.

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If k is odd, the graph crosses the x - axis at x = a.

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If k is even, the graph touches the x - axis ( but does not cross the x - axis ) at x = a.

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The polynomial function \"\".

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The factor form of polynomial function \"\".

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The zeros of polynomial function \"\" are \"\".\"\"

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The exponent is greater than 1, the factor \"\" yields the repeated zero x = 0.

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Since the zero of " g ", x = 0 is even multiplicity because k = 2.

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So, the graph touches the x - axis ( but does not cross the x - axis ) at x = 0.

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The remaining zero of " g " are \"\" and these are odd multiplicity because k = 1.

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So, the graph crosses the x - axis at \"\".\"\"

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The polynomial function \"\" graph is

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\"graph