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 Jan 2 accepted Practical implementation of Mathematics Dec 19 comment Practical implementation of Mathematics @PatrickDaSilva: I simply cant apply it in practical even if it is from course. Dec 19 asked Practical implementation of Mathematics Nov 28 accepted How to find inverse of a composite function? Nov 28 accepted Proving $n! > n$ for $n > 2$ using mathematical induction Nov 28 accepted Expressing the Venn diagram Nov 26 comment What is the logical operator for but? @Svish: Yes we follow British English in Pakistan : Nov 7 comment $2+4+6+\cdots+2n=n^2+n$ by mathematical induction @Gilles: Thanks for pointing it. Its a wrong proposition Nov 6 comment $2+4+6+\cdots+2n=n^2+n$ by mathematical induction No, its the 2nd one which I want... Nov 6 asked $2+4+6+\cdots+2n=n^2+n$ by mathematical induction Nov 6 comment Help create this relation @ArturoMagidin: It is the modulo operator. Nov 5 revised Proving $n! > n$ for $n > 2$ using mathematical induction added 4 characters in body Nov 5 comment Proving $n! > n$ for $n > 2$ using mathematical induction @KaratugOzanBircan: Thanks Nov 5 asked Proving $n! > n$ for $n > 2$ using mathematical induction Nov 5 revised What does this quantifier evaluates to? added 363 characters in body Nov 5 revised What does this quantifier evaluates to? deleted 2 characters in body Nov 5 revised What does this quantifier evaluates to? added 12 characters in body Nov 5 comment What does this quantifier evaluates to? @KaratugOzanBircan: Yes it does mean that but why should I take x=5? Nov 5 asked What does this quantifier evaluates to? Nov 5 comment Help create this relation calculatorpro.com/modulo-calculator This link and your answered helped a lot. Thanks