meta user
network profile
| bio | website | |
|---|---|---|
| location | United States | |
| age | ||
| visits | member for | 2 years, 7 months |
| seen | May 28 at 3:21 | |
| stats | profile views | 148 |
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Mar 31 |
asked | Question on conservative fields |
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Mar 31 |
asked | Curl and Divergence |
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Mar 29 |
accepted | Question on partial derivatives |
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Mar 29 |
comment |
Question on partial derivatives When you say that $f$ is a function of 1 variable, are you referring to $u$ as that variable? |
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Mar 29 |
accepted | Proving a statement by contradiction |
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Mar 29 |
asked | Question on partial derivatives |
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Mar 9 |
comment |
Proving a statement by contradiction So how that that change for $(2n-1)^2$, how many 1's would that be? |
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Mar 9 |
comment |
Proving a statement by contradiction Actually I got up to that part, but I couldnt figure out how many bits could represent that number. |
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Mar 9 |
comment |
Proving a statement by contradiction So how would I use this general fact? I mean I could keep providing examples, but how could I generalize this in terms of n? |
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Mar 9 |
asked | Proving a statement by contradiction |
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Mar 1 |
accepted | Understanding the intuition behind math |
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Feb 26 |
awarded | Nice Question |
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Feb 26 |
comment |
Understanding the intuition behind math Excellent answer. I will definitely take your advice! |
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Feb 26 |
comment |
Understanding the intuition behind math Well I'm currently studying derivatives of vector valued functions. If you ask me to solve a problem, I'll do it for you. But if you ask me to tell you what it means and how can it be used, then I'll have absolutely no idea. I passed Calc II with an A last semester, but I have no idea what I learned. Its like a blackout to me, as if I were drunk and studying math. |
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Feb 26 |
accepted | Finding parametric and symmetric equations for a line |
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Feb 26 |
accepted | Parametrization of a line |
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Feb 26 |
asked | Understanding the intuition behind math |
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Feb 18 |
comment |
Finding parametric and symmetric equations for a line Sorry I'm not really understanding your answer.. |
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Feb 18 |
asked | Finding parametric and symmetric equations for a line |
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Feb 15 |
comment |
Parametrization of a line How has my equation been reduced to one variable with parametrization? |
