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visits member for 2 years, 6 months
seen May 5 '13 at 16:03

Noob extraordinaire


May
7
comment Series Solution Near Ordinary Points for Second Order Differential Equations
Haha, nice few people recognize the reference.
May
7
accepted Series Solution Near Ordinary Points for Second Order Differential Equations
May
7
comment Series Solution Near Ordinary Points for Second Order Differential Equations
Thanks Jon. The only reason why I got stuck was because the simplification threw me off. It was late and I didn't even think to simplify (in fact I thought it was already simplified). Anyway, thanks again.
May
7
awarded  Editor
May
7
revised Series Solution Near Ordinary Points for Second Order Differential Equations
deleted 1 characters in body
May
7
asked Series Solution Near Ordinary Points for Second Order Differential Equations
May
6
comment Please help with derivative question
Deniz, once you get the answer that you were looking for, please accept the answer with the "check" sign to the left of the question. This not only gives you a higher acceptance rate, but it also gives credit to the people giving the best answer.
May
6
comment Prove that you can form at most $n$ same sized intersections of $m$ subsets of an $n$ element set.
Ah I see. Thank you. Also, can you define semi-definite and definite.
May
6
comment Prove that you can form at most $n$ same sized intersections of $m$ subsets of an $n$ element set.
Hi Austin. I'm a little confused on your terminology. Could you please elaborate from "Letting M...".
May
6
accepted Prove that you can form at most $n$ same sized intersections of $m$ subsets of an $n$ element set.
May
6
comment Prove that you can form at most $n$ same sized intersections of $m$ subsets of an $n$ element set.
Thanks! Just one question, what does the ∪iCi at the end mean? I'm not sure I understand that notation.
May
6
asked Prove that you can form at most $n$ same sized intersections of $m$ subsets of an $n$ element set.
May
5
accepted A game: Fibonacci sequences and probability.
May
5
comment A game: Fibonacci sequences and probability.
That's one way to say it.
May
5
asked A game: Fibonacci sequences and probability.
May
3
accepted Using linear algebra, how is the Binet formula (for finding the nth Fibonacci number) derived?
Apr
22
comment Using linear algebra, how is the Binet formula (for finding the nth Fibonacci number) derived?
I'm truly, really sorry, but I'm not sure if I'm able to follow you.
Apr
22
awarded  Commentator
Apr
22
comment Using linear algebra, how is the Binet formula (for finding the nth Fibonacci number) derived?
I haven't done eigenvectors yet (I do that in about a week in my L.A. course). Is there a way to derive all that without using those concepts?
Apr
22
asked Using linear algebra, how is the Binet formula (for finding the nth Fibonacci number) derived?