$\left(-7\right)\left(8\right)\left(-3\right)\left(-9\right)\left(-10\right)$
$\int\frac{1}{\left(x^4+x^2\right)}dx$
$x^3+\:4x^2-\:x\:-\:4$
$\left(5x-2y\right)^{3}$
$-10.3+5+1.8$
$\sqrt[3]{64.2}$
$\:cot\theta\:+sin\theta\:=\frac{\left(1+cos\theta\:-cos^2\theta\:\right)}{sin\theta\:}$
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