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| bio | website | dvirazulay.com |
|---|---|---|
| location | ||
| age | 24 | |
| visits | member for | 11 months |
| seen | Feb 6 at 16:22 | |
| stats | profile views | 8 |
I'm a web developer, currently studying Computer Science at B.Sc level. Prior to the university, I worked at a small web start-up, rewriting and maintaining a job finding website. I develop in PHP/MySQL/HTML/CSS/JavaScript/jQuery, and been doing so since I can remember myself on the internet.
I'm highly interested in contributing to open-source projects in PHP, so if you need people - drop me an email at dvir.azulay at gmail.
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Jul 9 |
awarded | Scholar |
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Jul 9 |
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How to approach integrals as a function? Really thanks for your answer! |
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Jul 9 |
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How to approach integrals as a function? Such a well written answer. Wish I could up-vote it a few more times; Thank you so much |
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Jul 9 |
accepted | How to approach integrals as a function? |
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Jul 9 |
awarded | Supporter |
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Jul 9 |
awarded | Student |
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Jul 9 |
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How to approach integrals as a function? @Sam: That looks interesting; Could you explain how it can be used here? |
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Jul 9 |
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How to approach integrals as a function? Yes, I do; I tried messing with this integral around, using the Fundamental Theorem of Calculus, but wasn't quite sure I'm on the right path. I've ended up with a weird expression that I'm not sure is correct/final answer. I've tried gathering information from wolframalpha, but it doesn't seem to handle such functions/integrals. Could you direct me to the right way - what should I end with? |
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Jul 9 |
asked | How to approach integrals as a function? |
