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To graph the roots of a polynomial, first you must find one root. You only need one! Plot this root on the graph, draw a circle around the origin touching the root (now a point on your circle), and figure out how many degrees apart each root is using this formula: \begin{align*}\frac{2\pi}{n}\end{align*}
The roots will be evenly spaced along the edge of this circle!
Remember: The number of roots is the power of the polynomial!
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What is the spacing in polar coordinates between the roots of the polynomial \begin{align*}x^6 = 12\end{align*}
x6=12 ?  How many roots does \begin{align*}x^{10}=1\end{align*}
x10=1 have?  Calculate the roots of \begin{align*}x^{10}=1\end{align*}
x10=1 and represent them graphically. 
How many roots does \begin{align*}x^4=16\end{align*}
x4=16 have? 
Calculate the roots of \begin{align*}x^4=16\end{align*}
x4=16 and represent them graphically. 
Describe how to represent the roots of \begin{align*}x^6=1\end{align*}
x6=1 graphically without first solving the equation.
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