$\int ba^{3z}dz$
$\frac{e^{\left(x^5+x\right)\sin^2\left(x\right)}}{\sqrt{x^2+1}}$
$36a^2b^2+24abc+4c^2$
$x^2-2x-15\le0$
$1-2cos^2x=\frac{tan^2-1}{tan^2+1}$
$\int\frac{1}{5x\left(x-1\right)^3}dx$
$-\:-\:\left(-\:8\::\:2\:+\:5\right)\:-\:\left(-\:4\:-\:9:3\right)\:-\:\left(\:2\left(-\:5\right)\:+\:7\:\right)\:-\:\left(\:-12:\:4\:\right)\:-\:\left(-18\::\:9\right)$
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