Recent content by ucclarke

thanx a lot, that's exactly what i found too then my mistake is certainly in the expansion of \left[\vec{p}\left(t_{o}\right)\cdot\nabla\right]\frac{\vec{r}}{r^{3}} term

this's really cool, i wonder if any more papers would come up from other academic resources as well so there are scientific papers about psychokinesis, although i haven't read the whole paper yet and i haven't get to understand if it has been published in a serious magazine or a...

i can't expand =\left(\frac{\vec{r}}{r^{3}}\cdot\nabla\right)\vec {p}\left(t_{o}\right) as it should be. mine doesn't satisfy the given answer can anyone help? i am going NUTS here

no, okay this's from the second one i fnd

i find this out of the first one (p(t_o)-3(\hat{r}\cdot p(t_o))\hat{r})/r^3 approved?

yes, :) you caught me, I've misread yours but what about (\hat{r}\cdot\dot{p}(t_o))\hat{r} ? do you happen to figure out which of four gives it and how?

ok, it's actually \nabla\left[\frac{\vec{r}}{r^{2}}\cdot\vec{p}\left(t_{o}\right )\right] , but really fine, thanks a lot. so may i ask which one of these terms give out (\hat{r}\cdot\dot{p}(t_o))\hat{r} and how?

ok :smile: , that much is clear but any further, further than our own tissues and stuff??

i am still under the impact of revenge of the sith and i wonder one thing so much related to those Jedi skills: is there any formal scientific evidence about human beings being able to move/fire/destroy... things with nothing but thoughts and/or by forming energy waves or whatever with...

For a radiation problem, i am desperate about the expansion of the following equation: \nabla ( \hat{r} /r^2 \cdot \vec{p}(t_o)) where t_o is the retarded time at the center t_o=t-r/c and \vec{p}(t_o) is the electric dipole moment at t_o actually, it expands to 4 main parts and i am...

good luck EE is a real fun for me in general. Especially Signal Processing works. You can drive Image processing, Video Processing, Sound Processimg... projects and play a lot with maths while doing'em. Aerospace is like a branch of ME as far as i know. So you should mainly choose between...

hi, this is my very first post here I want to ask if anybody knows an internet site or sth similar to read JD Jackson's Electrodynamics? it is so vital for me to find related readings in that book as fast as possible due to my references at hand but it was highly futile searching it over google