aiki93
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 Jan11 awarded Yearling Dec16 awarded Popular Question Jul2 awarded Curious Jan30 asked Is continuum $2^{\mathbb{R}}$? Jan11 awarded Yearling Jan6 accepted continuous function $h(x)=\sup\{f(t)\colon t\le x\}$ Jan6 comment continuous function $h(x)=\sup\{f(t)\colon t\le x\}$ why $h(y) \le h(x)+\delta.$ Jan6 comment continuous function $h(x)=\sup\{f(t)\colon t\le x\}$ I have no idea, maybe some hint? Jan6 asked continuous function $h(x)=\sup\{f(t)\colon t\le x\}$ Sep6 accepted Series expansion at $x=0$ of $\frac{3x}{1+x^2 + x^4}$ Sep6 asked Series expansion at $x=0$ of $\frac{3x}{1+x^2 + x^4}$ Sep3 accepted Explicit formula for a recursive series? Sep3 accepted determinant $s=n+1$ Aug29 revised Explicit formula for a recursive series? added 34 characters in body Aug29 asked Explicit formula for a recursive series? Aug27 asked Length of function Aug27 accepted Numbers of solutions $e^x=-x^2+2x+5$ Aug27 asked Numbers of solutions $e^x=-x^2+2x+5$ Aug27 accepted convergence of the integral (with parameter) Aug27 comment convergence of the integral (with parameter) ok, i know how to use your hint, but now need to show that $\int_0^\infty \frac{dx}{(x^2-x)^{2c}}$ is converges when \$ 1/4