meta user
network profile
| bio | website | |
|---|---|---|
| location | Italy | |
| age | ||
| visits | member for | 1 year, 3 months |
| seen | May 19 at 18:57 | |
| stats | profile views | 10 |
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May 13 |
awarded | Caucus |
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Dec 4 |
comment |
Using induction to show a greedy algorithm always makes the optimal task selection @dtldarek I think he's referring to the Activity Selection Problem |
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Dec 2 |
comment |
Singly Connected Graphs Please add some punctuation to your question.. it's almost completely incomprehensible. |
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Dec 1 |
comment |
Is there an iterative formula for the function $d(n)$? @LoersAntario do you need to compute d(n) for a single n? Or for all n < K, K fixed? |
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Nov 22 |
awarded | Teacher |
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Nov 22 |
answered | Is the relation $x+3y = 0$ transitive? |
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Oct 15 |
accepted | Summing (0,1) uniform random variables up to 1 |
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Oct 15 |
asked | Summing (0,1) uniform random variables up to 1 |
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Jul 9 |
awarded | Editor |
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Jul 9 |
revised |
Two different characterization of “differentiable function” added 103 characters in body |
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Jul 9 |
comment |
Two different characterization of “differentiable function” I appreciate your answer, but I'm not able to understand it completely. The course was a lightweight introdution to 2-variables calculus for CompSci undegrads; and the teacher followed a quite relaxed approach mostly based on ideas from one-variable calculus. I probably should have written that in my question.. |
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Jul 9 |
awarded | Supporter |
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Jul 9 |
accepted | Two different characterization of “differentiable function” |
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Jul 9 |
comment |
Two different characterization of “differentiable function” Ok, now things seems to be a little more clear! I'll focus on the definition with the limit and the geometric interpretation of that. Thanks for your answer. |
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Jul 8 |
asked | Two different characterization of “differentiable function” |
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Feb 22 |
comment |
Normal subgroup of prime order is characteristic Clear! Thank you. |
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Feb 22 |
awarded | Scholar |
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Feb 22 |
accepted | Normal subgroup of prime order is characteristic |
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Feb 22 |
awarded | Student |
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Feb 22 |
comment |
Normal subgroup of prime order is characteristic Hi, the question is quite early in the book and the few things I know are: Definitions and Examples of Groups \ Subgroups \ Lagrange's Theorem \ Homomorphisms and Normal Subgroups. I understand that it might be difficult to prove that using only basic facts.. Herstein seems to love this kind of question |
