480 reputation
1313
bio website spryn.me
location United States
age 20
visits member for 2 years, 3 months
seen Apr 16 at 6:41

I am a self-taught programming enthusiast, who is currently perusing a Bachelors degree in Computer Science. My experience has taught me how to surf the waves of the latest trends and standards for the desktop, web, and mobile industries. My programming experience lies within these languages:

  • HTML 4.01 and HTML5
  • CSS2 and CSS3
  • JavaScript
  • jQuery, jQueryUI, and jQuery Mobile
  • PHP 5
  • MySQL 5 Command Line
  • Adobe Flex Framework 4, 4.5, and 4.6 for Web, Desktop, and Mobile
  • ActionScript 3.0
  • LaTeX
  • AutoHotkey
  • Java 6
  • C++
  • Unix (Ubuntu) Command Line

When I am not programming, I enjoy people, the outdoors, archery, guns, working out, cars, and horses. My dream cars are a Nissan GT-R, Chevrolet Camaro, and Ford Mustang Shelby. Also, in the ideal world, I hope to own two friesian stallions or gypsy vanner stallions some day and expand my collection of Ruger pistols.

P.S.: If you ever get a chance to explore the history of the PA Turnpike or visit the abandoned PA Turnpike, I'd say go for it. It's pretty awesome!


Oct
11
comment How is $2 + e^{t^2} - e^{-t^2}$ Equal to $(e^t + e^{-t})^2$?
@AustinMohr Yep, I made a silly typo.
Oct
11
revised How is $2 + e^{t^2} - e^{-t^2}$ Equal to $(e^t + e^{-t})^2$?
added 15 characters in body
Oct
11
answered Pythagorean theorem: $A^2 + A^2 = C^2$ How to solve for $A$?
Oct
11
asked How is $2 + e^{t^2} - e^{-t^2}$ Equal to $(e^t + e^{-t})^2$?
Aug
15
awarded  Autobiographer
Mar
15
comment Divide with remainder $\frac{x^2}{x^2 + x + 2}$
Woo-hoo! Just what I was looking for! Thank you, Arturo!
Mar
15
accepted Divide with remainder $\frac{x^2}{x^2 + x + 2}$
Mar
14
accepted Why Doesn't This Integral $\int \frac{\sqrt{x^2 - 9}}{x^2} \ dx$ Work?
Mar
14
accepted Equivalent to $\begin{align}\int \cos{\left(2x\right)} \ dx\end{align}$?
Mar
14
asked Divide with remainder $\frac{x^2}{x^2 + x + 2}$
Mar
14
accepted Find $\int e^{2\theta} \cdot \sin{3\theta} \ d\theta$
Mar
14
comment Equivalent to $\begin{align}\int \cos{\left(2x\right)} \ dx\end{align}$?
Thank you all!!
Mar
14
comment Equivalent to $\begin{align}\int \cos{\left(2x\right)} \ dx\end{align}$?
@anon You'd have to dig around to find what I'm references.
Mar
14
asked Equivalent to $\begin{align}\int \cos{\left(2x\right)} \ dx\end{align}$?
Mar
12
comment Integration: How to Begin?
Hmm... how can we stop thinking in terms of right triangles if the above example uses $\tan{x}$ and $\cos{x}$? Plus, by having a square root, we easily know that it would (in this case) exist as the hypotenuse of the triangle.
Mar
12
comment Integration: How to Begin?
The only problem is, that I don't understand why this works (or really how to set it up) since we aren't working with a square root here.
Mar
12
comment Integration: How to Begin?
Whoops, fixed. ;)
Mar
12
revised Integration: How to Begin?
edited tags
Mar
12
comment Why Doesn't This Integral $\int \frac{\sqrt{x^2 - 9}}{x^2} \ dx$ Work?
Fixed the above work. Interestingly, it only resulted in a few sign changes. Any further ideas?
Mar
12
revised Why Doesn't This Integral $\int \frac{\sqrt{x^2 - 9}}{x^2} \ dx$ Work?
deleted 52 characters in body