$\frac{\sin\left(2x\right)}{\cos\left(x\right)}-1=0$
$\lim_{x\to0}\left(\frac{\sqrt{6+x}-3}{x-3}\right)$
$.59+\int0.45x\cdot\cos\left(1.5x\right)dx$
$\int x\left(xf^2+2\right)dx$
$\left(1+x\right)\:y\:dx+\:x\:dy\:=\:0$
$\frac{\left(1+e^y\right)^2}{e^y}dx+\frac{\left(1+e^x\right)^3}{e^x}dy=0$
$\log3\left(x-2\right)+\log3\left(2x-7\right)=2$
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