$\int\frac{1}{\left(x-m\right)\left(x-n\right)}dx$
$\frac{x^2}{y}=c$
$4.2-5$
$8p^3\:+64$
$\left(2x^2+6x+5\right)+\left(-3x^2-2x-1\right)+\left(-2x^2+6x+3\right)$
$\sqrt{64.97}$
$\frac{\csc\left(x\right)}{\cot\left(b\right)}=1$
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