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the graph of each function is shown. write the function in factored format. do not include complex numbers

the graph of each function is shown. write the function in factored format. do not-example-1

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Notice that the graph passes through the point (-3,0), this means that the function f(x) has a root on x = -3. Then, we can use sintetic division to find the quotient of x+3 with f(x):

notice that on the last row, the last digit is 0, this means that the remainder is 0 and we can write f(x) in the following factored form:


\begin{gathered} f(x)=x^3+5x^2+12x+18= \\ (x+3)(x^2+2x+6)_{} \end{gathered}

the graph of each function is shown. write the function in factored format. do not-example-1
User Ian Wesley
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