$10\left(\infty\right)^2-5\left(\infty\right)+8$
$\int\left(3+2x\right)\left(\sqrt{1+2x}\right)dx$
$6a^{-3}b^4$
$\int e^{xy}dx$
$\left(-1\right)-\left(-1\right)-6$
$\log_b\left(x\right)+\log_b\left(x-5\right)=\log_b\left(14\right)$
$80\left(log\left(10^2^x\right)+in\left(e^2^x\right)^1\right)=320$
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