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May
7
comment How does it evaluate A XOR B XOR C?
Thanks. Thats quite helpful.
Jun
19
comment Integration and Limits
Thanks a lot. I had actually forgotten to multiply the 2 outside with the second term.
Jun
19
comment Integration and Limits
Oh, Thankyou. Yes, I was applying linearity on it but did a mistake. Thanks a lot.
Jun
19
comment Integration and Limits
Would not we be integrating x separately and 2 separately?
Jun
19
comment Integration and Limits
Would not we be integrating x separately and 2 separately?
Jun
17
comment Probability question regarding range
Thankyou for helping.
Dec
19
comment Practical implementation of Mathematics
@PatrickDaSilva: I simply cant apply it in practical even if it is from course.
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
comment Help create this relation
@ArturoMagidin: It is the modulo operator.
Nov
5
comment Proving $n! > n$ for $n > 2$ using mathematical induction
@KaratugOzanBircan: Thanks
Nov
5
comment What does this quantifier evaluates to?
@KaratugOzanBircan: Yes it does mean that but why should I take x=5?
Nov
5
comment Help create this relation
calculatorpro.com/modulo-calculator This link and your answered helped a lot. Thanks
Nov
4
comment Is this a valid function?
@ArturoMagidin: Yes it is.
Nov
4
comment Help create this relation
@Rankeya: Sorry, I fixed it. It was a typo error.
Nov
4
comment How to determine transitivity and intransitivity of this relation?
@HenningMakholm: I got the point that you made but there is no pair for $(1,2)$
Nov
4
comment How to determine transitivity and intransitivity of this relation?
@HenningMakholm: So what to do with $(1,2)$? It does not satisfy the condition..
Nov
4
comment How to determine transitivity and intransitivity of this relation?
$(1,2)$ is there but $(2,1)$ is not there, so its intransitive, right?
Nov
3
comment Stuck with relation
@joriki: The exercise is from a very popular book by Kolman,Busby and Ross. Any idea?