I am non of the chiefs, but I like to keep an eye on the tags
Please don't try to summarise your question with tags. For more information, see [meta.se](http://meta.stackexchange.com/q/18878/260760) and the [help].
@ManishEarth And just an off-topic question, do mods have to be online atleast once a week or something? Since F'x is a mod who can't be helpful at all since his profile says that his last seen is 2 months back.
@MARamezani I had asked santiago why he says this question was HW, and so did your comment. It would have been better had he not used thank you for expressing it politely in his last comment. As if I was rude. — ChemExchange19 hours ago
@MARamezani I am not talking about santiago here. Anyway, he was a nice guy, I don't know what happened to him. He started leaving snarky comments too.
@ChemExchange i had just read @MARamezani's comment and after being harangued here in chat and after a painful day - I was happy to read a polite message
i have a small issue, if i give a link that downloads a pdf to your pc/laptop than going to a link , is that allowed in an answer, cos i cant find the damn paper
@ChemExchange He probably dint even read your comment , and did not intend that you were rude , rather someone else was being rude , i dont know why yours was deleted , peace
i have a small issue, if i give a link that downloads a pdf to your pc/laptop than going to a link , is that allowed in an answer, cos i cant find the damn paper
its like this , i got this pdf from google when searching, its auto download , i searched for the same , i think it may be a conference paper or sth , this is the link
I can find in literature what the density is for untreated viscose, but not for viscose that is bleached. Does this change the density? And what is the density for bleached viscose?
During a chemical reaction, equal moles of two diatomic molecules $X$ and $Y$ are allowed to react to form one gaseous compound $X_{n}Y_{m}$. After the reaction is complete, it was observed that the density of the product formed is 1.50 greater than the density of the reactant mixture.
Here is ...
Does vinyl or secondary butyl have higher priority, and why?
According to my textbook, vinyl has higher priority than isopropyl, because an atom which is connected by a double bond can be treated as two identical atoms (one of them is just an imaginary atom).
How about vinyl and secondary butyl? ...
There was a question in one of my exam papers to draw the resonance structures for $\ce{N2O}$. But the resonance structures I drew were not given marks.
The top 2 structures are the ones I drew and the bottom 3 are the ones in the marking scheme.
I have a doubt that whether my structures are un...
I will say it one more time - I was tired (after all day medical procedures), I looked at the last comment in that comment string saying my name - which was @MARamezani, I had been harangued by a member here in chat - so I was happy to see a polite comment after all the nonsense directed at me in chat.
According to Wikipedia's article about orbital hybridisation:
[...] today it is considered an effective heuristic for rationalising the
structures of organic compounds. [...] Hybrid orbitals are assumed to be mixtures of atomic orbitals, superimposed on each other in various proportions.
...
Take a look at this spectra:
http://sdbs.db.aist.go.jp/sdbs/cgi-bin/direct_frame_top.cgi
The second highest peak is at 58 m/e. Where would it come from given the structure?
If we are titratin $\ce{HCl}$ with $\ce{NaOH}$ and $\ce{HCl}$ is in the beaker. We added water to $\ce{HCl}$. What is the effect of water present in beaker on volume equivalence and pH equivalence at the equivalence point.