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seen Dec 2 '12 at 19:03

Oct
10
accepted Asymptotic for binomial coefficient with square root
Oct
10
comment Which function grows faster: $(n!)!$ or $((n-1)!)!(n-1)!^{n!}$?
But total numher of factors in the first function is $n!$, while in the second it is $k+n!$, so it has extra $k$ factors, each equals to $k$
Oct
10
comment Prove the asymptotic for the sum
Pragabhava, yes, sure, $n$.
Oct
10
revised Prove the asymptotic for the sum
edited body
Oct
9
comment Which function grows faster: $(n!)!$ or $((n-1)!)!(n-1)!^{n!}$?
I cannot explicitely explain why did I say so. Probably, I just wanted to point that it seems that there should be smarter solution others than Stirling's approximation. But, of course, I can be wrong.
Oct
9
revised Which function grows faster: $(n!)!$ or $((n-1)!)!(n-1)!^{n!}$?
edited tags
Oct
9
asked Prove the asymptotic for the sum
Oct
9
asked Which function grows faster: $(n!)!$ or $((n-1)!)!(n-1)!^{n!}$?
Oct
9
awarded  Scholar
Oct
9
accepted How to prove that symmetric difference of intersections is a subset of unions of symmetric differences
Oct
9
comment How to prove that symmetric difference of intersections is a subset of unions of symmetric differences
Yes, sure, you are right. Thanks again.
Oct
9
awarded  Editor
Oct
9
awarded  Supporter
Oct
9
comment How to prove that symmetric difference of intersections is a subset of unions of symmetric differences
Thanks for the formula and the idea. I've updated the post to reflect the solution, which I came up using your suggestion. Thanks again.
Oct
9
revised How to prove that symmetric difference of intersections is a subset of unions of symmetric differences
added 1436 characters in body
Oct
9
asked How to prove that symmetric difference of intersections is a subset of unions of symmetric differences
Oct
6
awarded  Student
Oct
6
asked Asymptotic for implicitly given function
Oct
6
comment Asymptotic for binomial coefficient with square root
Thank you. But I'm thinking if there is any other hints for this? I'm confused with sqrt(n), because if there is no special hint, why didn't they use any other parameter or number (like a, or whatever) instead of sqrt?
Oct
5
asked Asymptotic for binomial coefficient with square root