$\frac{2x^2-3x^2+2x+1}{x^2+2}$
$x^2\:+\:3x\:=\:24$
$\int\sin^2\left(2t\right)\cos^3\left(2t\right)dt$
$\left(-1\right)\left(0\right)\left(6\right)+\left(5\right)\left(-3\right)\left(10\right)+\left(4\right)\left(2\right)\left(6\right)-\left(4\right)\left(0\right)\left(10\right)-\left(-1\right)\left(-3\right)\left(7\right)-\left(-6\right)\left(2\right)\left(4\right)$
$x-10+x+2$
$8x^2-8x+8$
$\left(-1\right)\cdot4\cdot\left(-2\right)\cdot5\cdot\left(-3\right)$
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