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 Feb 29 awarded Notable Question Jan 7 revised Elementary books by good mathematicians added 65 characters in body Oct 21 awarded Popular Question Jul 10 revised Proving that $(A \cup B) \cap \overline{(A \cap B)} = (A \cap \overline{B}) \cup (\overline{A} \cap B)$ edited title Apr 17 awarded Popular Question Feb 13 comment Is there a size of rectangle that retains its ratio when it's folded in half? This article covers exactly your question. Feb 3 comment How to find the point of intersection of four parametric equations Generally, setting these equations equal should give you where they intersect. You would also presumably have to define a period which this solution would be valid. Jan 26 comment How to integrate $(x^2 - y^2) / (x^2 + y^2)^2$ OP is asking specifically for a method of solution that does NOT require the fundamental theorem of calculus. Dec 21 accepted How can I determine the bounds for this inequality? Dec 21 revised How can I determine the bounds for this inequality? Rewrote to account for some forgotten terms. Dec 21 suggested approved edit on How can I determine the bounds for this inequality? Dec 21 awarded Constituent Dec 21 asked How can I determine the bounds for this inequality? Dec 9 awarded Caucus Sep 30 awarded Explainer Jul 2 awarded Curious Jun 3 awarded Popular Question May 30 awarded Popular Question May 24 accepted Is this computation erroneous? May 24 comment Is this computation erroneous? By the time that $n=100$ such that we are not dealing with purely fractional exponentiation in the function $2^{n/100}$, $n^{100}$ is already $100^{100}$ which is clearly bigger than $2^1$.