Conwert the rectangular equation to polar form. Justify all steps in your explanation. If using lead$-$entry mode, use "Theta" for $$ and preview your arswer using the magnitying glass button Remember that the notation $ta{n}^2(x)$ is shorthand for $(tan(x){)}^2$ and use the latter notation as needed. Note that $"$r $-"$ is alroady provaded for you

$1=\frac{9y^{2}x}{8y^{4}16x^2{y}^{2}8x^4}$