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 Apr16 awarded Notable Question Jan21 accepted Prove that $\frac{x}{(1+x)\log(1+x)}$ is monotonically decreasing for $x\geq 0$ Jan21 revised Prove that $\frac{x}{(1+x)\log(1+x)}$ is monotonically decreasing for $x\geq 0$ added 69 characters in body Jan21 asked Prove that $\frac{x}{(1+x)\log(1+x)}$ is monotonically decreasing for $x\geq 0$ Jul2 awarded Curious Apr8 awarded Critic Jan30 awarded Popular Question Dec9 awarded Nice Answer Jul25 accepted Computing the inverse Jacobi function $\mathrm{arccd}$ with elliptic integrals Jul25 comment Computing the inverse Jacobi function $\mathrm{arccd}$ with elliptic integrals I get $a=1.6859350333 + 0.763854942178i$ using $F_2\left(\arcsin\left(\sqrt{\frac{1 - x^2}{1 - mx^2}}\right)\bigg| m\right)$. Maple uses a different parameter however; see math.stackexchange.com/questions/375110/…. Also, the inverse Jacobi functions are multivalued (dlmf.nist.gov/22.15). Jul25 asked Computing the inverse Jacobi function $\mathrm{arccd}$ with elliptic integrals Jun7 revised Conditioning on a Discrete Random Variable fixed LaTeX typo "\lambd>\lambda" Jun7 suggested approved edit on Conditioning on a Discrete Random Variable May24 awarded Yearling Apr21 accepted Centroid of a semicircle vs. a semicircular arc Apr20 asked Centroid of a semicircle vs. a semicircular arc Apr9 revised What was the first bit of mathematics that made you realize that math is beautiful? (For children's book) added 198 characters in body Apr1 comment Why is propositional logic not Turing complete? Thank you for the detailed answer. By feedback you mean sequential circuits, right? Apr1 accepted Why is propositional logic not Turing complete? Apr1 awarded Commentator