175 reputation
9
bio website
location
age
visits member for 2 years, 6 months
seen Jul 31 at 15:15

Jul
28
accepted Diagonal matrices and integrals
Jul
28
revised Diagonal matrices and integrals
deleted 12 characters in body
Jul
28
comment Diagonal matrices and integrals
Sorry, let me try to get a better example. Say it is $\frac{1}{B+xI}$
Jul
28
revised Diagonal matrices and integrals
deleted 12 characters in body
Jul
28
comment Diagonal matrices and integrals
Oops, I didn't finish the bottom correctly. I fixed it.
Jul
28
asked Diagonal matrices and integrals
Jul
27
revised Fundamental Theorem of Calculus and limit
deleted 4 characters in body
Jul
27
comment Fundamental Theorem of Calculus and limit
Ahh, caught it. Thanks!
Jul
27
accepted Fundamental Theorem of Calculus and limit
Jul
27
asked Fundamental Theorem of Calculus and limit
Jul
2
awarded  Curious
Feb
19
accepted If $\{x_p\}$ converges to $x$, then $\{x\}\cup \{x_p\}$ is compact
Feb
18
asked If $\{x_p\}$ converges to $x$, then $\{x\}\cup \{x_p\}$ is compact
Jan
22
awarded  Popular Question
Dec
6
revised Divergence of the series $2^{-1/n}$
added 117 characters in body
Dec
6
accepted Divergence of the series $2^{-1/n}$
Dec
6
comment Divergence of the series $2^{-1/n}$
Yes, I should probably explain the error. Thank you for that. The word "fathom" is a little strong in this context, that is all I was saying. Upon first reading of your comment I interpreted it as "I have no idea how you possibly got this limit wrong" which is clearly not constructive to learning any subject.
Dec
6
comment Divergence of the series $2^{-1/n}$
I'm not sure how I got the limit I did but I see the solution. I edited my solution above. Thank you for your help.
Dec
6
revised Divergence of the series $2^{-1/n}$
added 212 characters in body
Dec
6
comment Divergence of the series $2^{-1/n}$
It was an error in the calculation. I believe I fixed the solution. A little advice though, saying "I cannot fathom how you got 1" is very discouraging to someone learning mathematics.