Recent content by Neha Sanghvi

Thanks both of you guys. N yes, I should have specified my educational level. Sorry for that. Anyways, my problem is solved.

Hey, cud nebody giv me a link or sumthin of this sort on the basic concepts of photonics n its applications? please see that its pretty simple coz i wudnt be able to understand if it isn't so:redface: . thank you.

Can anybody tell me a good site for learning IUPAC Nomenclature for Organic Compounds, please?

Well, thanks for everything, but u know d3sp3 does exist. Examples are PCl5, PF5, SbCl5. By the way, yes, your imagination is correct. I found out its shape. It's what you described. Thanks. So, what are molecular orbitals then?

Uh, I am sorry, I am posting a question in this thread, but it's realted to binomial coeffecients. The question is that there exists an important result that (rootA + B)to the power n = I + f ( I - integral value, f - fractional part ). From this we get the value of (A + Bsquare)to the power n =...

Please, can someone answer my question? I know the shape of sp hybrid orbital, but want to know about the others ( sp2,sp3,dsp2,dsp3,d2sp3,d3sp3 ). And are there any other type of molecular orbitals?

Hey, could someone please help me out? This is a silly problem, but I am unable to figure it out. The problem is that a 1 m diameter hole is dug from North Pole to South Pole. Then, a ball is thrown in the hole. Where will the ball go? Will it remain at the North Pole, or go to the South Pole...

Hey, I am not actually sure abt this, but isn't this velocity derived from Newton's Laws? Coz if it is so, then you aren't considering the non-inertial frame of reference.

Hey, could someone please help me with this problem? I just want to know why the graph of Quadratic Equation are symmetric and why does the maxima and minima ( = -b/2a ) the mean of the two roots? One more thing I didn't get was what does the a represent in ax2+bx+c ( ax square+bx+c)? I know for...

I mean how do they absorb or radiate energy ( continuously or discreetly )? P.S. - :smile: Sorry for using the wrong term. Actually, I didn't think someone would read it in so detail! :approve:

Hey, I was just asking a question as we have bonds involving s, p and d orbitals, so why not f orbitals? And please, could you give me some delta bonds examples?

Listen, we can determine the position of the electron accurately ( by using a laser beam, or I suppose you must have done that experiment of single slit ), so according to your statement, as the position and time is known, we can very well get the velocity. Whereas it is not so, that's what HUP...

Hey msdel, I think you made a small mistake in arranging the particles in the increasing order of their radius. According to me, it should be : O Cl S2- / K+ ( of the same order ) K This is according to my knowledge. Any criticism is definitely welcome. Thanks.

Could you give some examples please? And are their any other sort of bonds, other than sigma, pi and delta? If so, could you explain them too, please?

Why is this so? I mean, what did you mean by inherent probability? Could you please explain that?