Axel Prieto
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 Nov 21 accepted Evaluate the integral $\iint\limits_R \sqrt{1-x^2} {d}A$ Nov 21 asked Evaluate the integral $\iint\limits_R \sqrt{1-x^2} {d}A$ Sep 24 awarded Autobiographer Dec 6 comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ Thank you very much. Dec 6 comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ Thank you very much. Dec 6 comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ Thank you very much. Dec 6 comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ Thank you very much. Dec 6 awarded Supporter Dec 6 accepted Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ Dec 6 awarded Editor Dec 6 comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ I've just edited. Is it clearer now? Dec 6 revised Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ added 2 characters in body Dec 6 comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ Complement of a set, like in here: basic-mathematics.com/complement-of-a-set.html I don't know how to put that with LaTeX. Dec 6 asked Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$ Dec 5 comment Temperature as a quadratic function; when does it reach zero? Thank you very much Thomas. Dec 5 comment Temperature as a quadratic function; when does it reach zero? Thanks Cameron! Dec 5 awarded Scholar Dec 5 accepted Temperature as a quadratic function; when does it reach zero? Dec 5 awarded Student Dec 5 comment Temperature as a quadratic function; when does it reach zero? I forgot to use the quadratic formula in this case. Thank you very much.