Reputation
737
Top tag
Next privilege 1,000 Rep.
Create new tags
Badges
7 16
Impact
~21k people reached

Sep
8
comment How to show that $\lim\limits_{x \to \infty} f'(x) = 0$ implies $\lim\limits_{x \to \infty} \frac{f(x)}{x} = 0$?
Wow! This really is an immediate consequence of L'Hopital's rule! Thanks for helping me finish my solution!
Sep
8
revised How can an ordered pair be expressed as a set?
add definition tag
Sep
8
suggested approved edit on How can an ordered pair be expressed as a set?
Sep
8
asked How to show that $\lim\limits_{x \to \infty} f'(x) = 0$ implies $\lim\limits_{x \to \infty} \frac{f(x)}{x} = 0$?
Aug
24
awarded  Organizer
Aug
24
revised Domain, Co-Domain & Range of a Function
added terminology tag
Aug
24
suggested approved edit on Domain, Co-Domain & Range of a Function
Aug
9
awarded  Teacher
Aug
9
awarded  Commentator
Aug
9
comment How do I prove the divergence of this series?
@Didier: Oh yeah, thanks for pointing that out!
Aug
9
comment How do I prove the divergence of this series?
@Asaf: Hmm, that's a good point. If the original problem was with $\frac{1}{\log log n}$, I guess my solution was overkill.
Aug
9
answered How do I prove the divergence of this series?
Jun
8
comment How does the parallelogram law imply the existence of an inner product for a given norm?
Thanks! I'm sorry I didn't find that when I searched for this question.
Jun
7
asked How does the parallelogram law imply the existence of an inner product for a given norm?
May
27
comment Understanding the Schwarz reflection principle
Thanks! That was the statement and construction given by the book, and while I could understand it, I didn't understand why my construction didn't work.
May
27
awarded  Scholar
May
27
comment Understanding the Schwarz reflection principle
Thank you! This was exactly my problem! I had assumed that $f(\overline{z})$ was holomorphic because it was a pretty "nice and simple" function. I just started studying complex analysis, so I had the definition of holomorphic memorized without much intution, but I understand the idea a lot better now!
May
27
accepted Understanding the Schwarz reflection principle
May
27
asked Understanding the Schwarz reflection principle
Jan
31
awarded  Supporter