$9x^2-42x\:+84$
$\frac{-3}{5}x+\frac{1}{3}=\frac{7}{9}x-1,\hat{3}$
$\int3x\cdot\sin\left(8x\right)dx$
$\frac{\left(xy^2z^3\right)^4}{\left(x^2y^2z\right)^3}$
$1^7-2+1^6+3+1^5-4+1^3-2+1$
$-3h+9+4h-4$
$\sqrt[4]{2}x\sqrt[5]{2}$
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