Recent content by osc
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Why do you want to be a theoretical physist?
People telling you that are themselves boring.- osc
- Post #3
- Forum: STEM Academic Advising
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Can I Succeed in Senior Year Math Without Making Friends with My Classmates?
Almost like me talking. Writing. I've always felt that it's not appropriate to ask someone who's not your friend. The students are somewhat like competitors (who gets to be the best) and guard their answers zealously. Why would they want to give me a free ride if it's not guaranteed it's worth...- osc
- Post #4
- Forum: STEM Academic Advising
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Struggling in Mathematical Physics: Should I Quit? Advice and Insights
Thanks for your answers. They give me a lot to think about. Additionally, seems I initially posted this on the wrong section (career guidance). Sorry about that. Well... I'm to say? Of course it is a matter of a subjective set of one's values, but it is the way I feel about things. That...- osc
- Post #13
- Forum: STEM Academic Advising
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Struggling in Mathematical Physics: Should I Quit? Advice and Insights
Hi there. I'm really bothered by my situation, so I'm hoping a little bit of whining would result in some advice. Then again, I don't think there are many who have quit physics but are still posting here. The problem essentially is that on the other hand I really, really like mathematical...- osc
- Thread
- Physics
- Replies: 16
- Forum: STEM Academic Advising
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Integrating a vector valued function
Ok, that makes sense. Thank you!- osc
- Post #3
- Forum: Calculus and Beyond Homework Help
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Integrating a vector valued function
Homework Statement Calculate \int _{\mathbb{R}^{3+}} V(\textbf{r} ) d\textbf{r} where V(\textbf{r})=\frac{1}{r},\ \ r=||\textbf{r}|| The Attempt at a Solution I'm guessing \textbf{r}=x \textbf{i} + y \textbf{j} + z \textbf{k} so r=\sqrt{x^2+y^2+z^2} and d\textbf{r}=...- osc
- Thread
- Function Vector
- Replies: 2
- Forum: Calculus and Beyond Homework Help