$\int_e^{\infty}x^2lnxdx$
$3x^2-160x-150$
$5^4x\:5^8$
$\frac{dy}{dx}=\frac{1+t}{t^2x^2}$
$\left(6-x\right)^2$
$\int\frac{12x+8}{x\left(x^2+9\right)}dx$
$21\:+\:\left(-\:32\right)\:+\:42\:+\:\left(-\:64\right)\:+\:36\:+\:\left(42\right)$
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