meta user
network profile
| bio | website | math.stackexchange.com/users/… |
|---|---|---|
| location | Antarctica | |
| age | 77 | |
| visits | member for | 7 months |
| seen | 4 hours ago | |
| stats | profile views | 144 |
Self-learning mathematics. Many thanks to those who make time to help others on the site.
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May 11 |
asked | GCD and divisibility |
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May 10 |
awarded | Talkative |
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May 7 |
awarded | Caucus |
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May 3 |
accepted | Is there something faulty about this statement? |
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May 3 |
comment |
Is there something faulty about this statement? Yeah, but when they used $k$ in both, it reads that the $k$'s are going to be the same. Is this sort of thing standard notation? |
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May 3 |
asked | Is there something faulty about this statement? |
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May 3 |
comment |
Trig and algebra problem: Finding sides of a triangle by expanding the whole thing on the RHS? |
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May 3 |
comment |
Trig and algebra problem: Finding sides of a triangle I was able to get that, but I don't know what to do with it |
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May 3 |
asked | Trig and algebra problem: Finding sides of a triangle |
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May 3 |
accepted | When does $az + b\bar{z} + c = 0$ represent a line? |
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May 2 |
comment |
Rudin or Apostol @BrianM.Scott When you say Apostol covers more material, do you mean that he's just more explicit in his explanations or he covers all the topics and theorems that Rudin does, plus more? |
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Apr 27 |
revised |
When does $az + b\bar{z} + c = 0$ represent a line? added 17 characters in body |
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Apr 27 |
revised |
When does $az + b\bar{z} + c = 0$ represent a line? added 1 characters in body |
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Apr 27 |
asked | When does $az + b\bar{z} + c = 0$ represent a line? |
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Apr 26 |
revised |
Distributing identical objects to identical boxes deleted 355 characters in body |
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Apr 26 |
revised |
Distributing identical objects to identical boxes Title doesn't say much about the post. May be too general. |
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Apr 26 |
suggested | suggested edit on Distributing identical objects to identical boxes |
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Apr 26 |
revised |
Distributing identical objects to identical boxes added 29 characters in body |
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Apr 26 |
answered | Distributing identical objects to identical boxes |
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Apr 26 |
comment |
Show that there is no rational number $r=m/n$ such that $r^3=3$ @EricNaslund Do you mean as long as $n\geq 2$ is an integer? |
