Careers: Physics/Experts
| Expert | Average Ratings | Expertise |
|---|---|---|
Daniel MazurCzech Republic
Available
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Questions anyone (teenager, undergrad, graduate, professional) may ask on physics, mathematics or inorganic chemistry. Questions may concern subjects themselves or a possible future career in them, if you need advice on a school or hobby project, or you just came across a question that is beyond your current curriculum. I answer bare textbook problems sometimes, but I reserve the the right to redirect you to Physics-Physics section. The kind of questions I like to answer: I just started having science classes at school and they seem difficult, but I enjoy them. Where do I find more information on this, which is not in textbooks but still comprehensible to me? Just leaving high school, and I feel science is really the thing for me. Can you recommend a school and an undergrad program suitable to my inclinations? I am in my second undergraduate year in Physics. We learned the basics of universe expanding this year, the Hubble constant and all that, but invited speakers that gave talks on astrophysics in our department seemed not to agree with this model at all. Is it of any use at all? I am building a [materials research] experimental device for my masters/doctorate thesis and ..... |
Recent Answers
2009-11-16 Forces:
Yes Shikhin, this is correct. To go a bit of polishing I would remark that instead of [Q]The first part i.e. a_COM = F/nm is due to this force F getting equally distributed. And the second part, as
2009-11-15 Forces:
Well Shikhin, the reason for [Q]The question then is, why does it distribute itself so as to cause a rotational motion.[/Q] is the existence of 1) the inertia and 2) rotational degree of freedom in
2009-11-14 Forces:
Hi Shikhin, it depends on the nature of the interaction that you impose on your particles. But as you have chosen a radial force with magnitude independent of the particles' separation, it is indeed
2009-10-29 graduate school:
Dear Min, I think that in your situation it is very much given: 1) poor academic history both in length and in scores 2) only rejections from graduate school It is not for me to judge, what went
2009-10-26 Gauss's law and Ampere's law:
Dear Shikhin, I appreciate the advance you've made in your electrostatic study. Regarding your hollow shell as opposed to a continuous conductor I can say that yes, the same laws work in either of them
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