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| bio | website | molinajosue.blogspot.com |
|---|---|---|
| location | Houston, TX | |
| age | 23 | |
| visits | member for | 1 year, 3 months |
| seen | Apr 19 at 13:22 | |
| stats | profile views | 211 |
God can be found in just about anything you decide to venture into—including mathematics.
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Dec 1 |
accepted | Wave Equation with One Non-Homogeneous Boundary Condition |
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Nov 29 |
accepted | Fourier Transform Confusion |
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Nov 29 |
revised |
Fourier Transform of a Homogeneous Heat Equation with a Source added 135 characters in body |
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Nov 29 |
asked | Fourier Transform of a Homogeneous Heat Equation with a Source |
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Nov 28 |
comment |
Fourier Transform Confusion Oh, I see. Thank you. Also, do you happen to know which "version" of the Fourier transform my professor used to find $\left(2\pi\right)^\frac12e^{-\frac{\xi^2}{2}}$? |
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Nov 28 |
asked | Fourier Transform Confusion |
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Nov 28 |
revised |
Wave Equation with One Non-Homogeneous Boundary Condition added 326 characters in body |
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Nov 28 |
comment |
Wave Equation with One Non-Homogeneous Boundary Condition By the way, the hint implies that I can use that to obtain homogeneous boundary conditions. |
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Nov 28 |
asked | Wave Equation with One Non-Homogeneous Boundary Condition |
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Nov 14 |
accepted | ODEs and Hyperbolic Functions |
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Nov 14 |
asked | ODEs and Hyperbolic Functions |
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Nov 14 |
revised |
Find $\sum_{n=1}^{\infty}\frac{1}{n!}$ It's now a bit more readable. |
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Nov 14 |
suggested | suggested edit on Find $\sum_{n=1}^{\infty}\frac{1}{n!}$ |
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Nov 14 |
accepted | Parametric Equation of a Surface |
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Nov 14 |
comment |
Parametric Equation of a Surface Thank you, @Matt. Yes! You're completely right; this is a very special case of something way more general on which I'm currently working on. Indeed, the points are best thought of as vectors in $\mathbb{R}^3$, and now that you broke it down like that for me, I see how this is just either a point or a straight line regardless of the values of $t$ and $s$ (I could even merge them into one variable). I will have a talk with my adviser about this and post any clarifications promptly. |
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Nov 13 |
accepted | Derivation of a Hippopede |
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Nov 13 |
asked | Parametric Equation of a Surface |
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Nov 7 |
asked | Derivation of a Hippopede |
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Nov 6 |
accepted | Complex Fourier Series Coefficient |
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Nov 6 |
asked | Complex Fourier Series Coefficient |
