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Sophomore Graduate Student in Mathematics


Jan
18
revised Bounds for solutions of $xe^{x} -n =0$ for $n\geq 3$
Reformatted text typed in as math for better reading.
Jan
18
suggested suggested edit on Bounds for solutions of $xe^{x} -n =0$ for $n\geq 3$
Jan
18
revised Bounds for solutions of $xe^{x} -n =0$ for $n\geq 3$
Made the title more informative.
Jan
18
suggested suggested edit on Bounds for solutions of $xe^{x} -n =0$ for $n\geq 3$
Jan
16
awarded  Informed
Jan
7
awarded  Nice Answer
Jan
7
revised Prove that $x = 2$ is the unique solution to $3^x + 4^x = 5^x$ where $x \in \mathbb{R}$
added 2 characters in body
Jan
7
answered Prove that $x = 2$ is the unique solution to $3^x + 4^x = 5^x$ where $x \in \mathbb{R}$
Jan
4
comment Calculating the integral $\int_0^{\infty}{\frac{\ln x}{1+x^n}}$ using complex analysis
Awesome answer.
Dec
26
comment How to check if a point is inside a rectangle?
Excellent answer.
Dec
6
comment Subscript in maximum notation
If you found the answer to be correct and helpful, you might want to accept it by clicking the "Right" sign besides the answer. :-)
Dec
4
comment Properties about Matrices that can be proved by only using Block Multiplication of Matrices
@joriki yes, I rewrote the sentence. I hope this formulates my problem better.
Dec
4
revised Properties about Matrices that can be proved by only using Block Multiplication of Matrices
deleted 193 characters in body
Dec
4
asked Properties about Matrices that can be proved by only using Block Multiplication of Matrices
Dec
1
awarded  Popular Question
Nov
26
comment Compute $\lim_{n\to\infty}(n-(\arccos(1/n)+\cdots+\arccos(n/n)))$
That the error part decreases as $1/N^2$ is decisive for the proof. Nice. :-)
Nov
17
revised Is memory unimportant in doing mathematics?
added 257 characters in body
Nov
17
answered Is memory unimportant in doing mathematics?
Nov
15
comment Information on the sum $\sum_{n=1}^\infty \frac{\log n}{n!}$
@did Sorry, you misunderstood me. I wanted to ask the reason for your comment "What is the meaning of "play with formulas equivalent to the original question and bringing no new information nor understanding to it"? "
Nov
15
comment Information on the sum $\sum_{n=1}^\infty \frac{\log n}{n!}$
@did Complete noob here. So may I ask you to explain why the two formulas are equivalent? I have got a suspicion it is so because it is basically just replacing formulas with numbers? Am I correct? For example, is this similar to saying that $\sum_{n=0}^\infty \frac{1}{n!} = e$?