@GaurangTandon asked "Is there a way to apply bold and italics formatting to \ce{} expressions?"
Answer: Italics are well supported, because they convey a semantic meaning: $\ce{NO_$x$}$ $\ce{NO_$x$}$, $\ce{V_{V,1}C_{C,0.8}$V$_{C,0.2}}$ $\ce{V_{V,1}C_{C,0.8}$V$_{C,0.2}}$
Color works a little bit: $\ce{$\color{red}{\ce{H2}}$O}$ $\ce{$\color{red}{\ce{H2}}$O}$. But you have to know that parsing is interrupted by \color.
Bold works just a little bit: $\ce{H2$\mathbf{O}$}$ $\ce{H2$\mathbf{O}$}$ works, but $\ce{$\mathbf{\ce{H2}}$O}$ $\ce{$\mathbf{\ce{H2}}$O}$ does not. I will put it (low) on my todo list.
> “ I don’t appreciate being mischaracterized ,” Strzok told Gowdy
> “ I don’t give a damn what you appreciate, Agent Strzok, ” Gowdy replied. “ I don’t appreciate having an FBI agent with unprecedented level of animus working on two major investigations in 2016. ”
However, the BBC thought it'd have a little fun with the order in which points were raised in the hearing...
> After Mr Strzok said he'd appreciate the chance to explain, the chair of the House Government Oversight Committee shot back: " I don't give a damn what you appreciate, agent Strzok. I don't appreciate having an FBI agent with an unprecedented level of animus working on two major investigations in 2016. "
The BBC's version made it look as though a courageous and level headed Strozk was being denied the opportunity to defend himself from a hostile and unreasonable Gowdy
Sighs
Time and again, I'see RT reporting on things objectively and the BBC subtly altering their reports to make it look like something else transpired...and at the end of the day, MSM tells me RT is "Russian Propaganda" as opposed to their "Truth". This is sickening :/
(Disclaimer: I'm not a Trump supporter; but I'm not a Clinton supporter either)
The ionproduct of pure water is well known to be
$$
K_{\rm W} = \left[ {\rm OH^-} \right] \left[ {\rm H_3O^+} \right] = 10^{-14}
$$
at some standard conditions (I think 25°C).
However having some acid HA in water as far as I'm aware this product is always the same i.e. $pK_{\rm a} + pK_{\rm b} =...
@b_jonas I think your question revolves around whether as to leave the kettle dry or not and not what you use to clean it. Also, the chemistry invloved in process particularly deals with inorganic compounds and their reactions. So, I think the tag is correct.
Anonymous
@GaurangTandon Probably no, because he/she was little active on other SE communities in like 2016/17.
There has been a lot of past discussion about accepted answers and whether they should be, or stay, pinned to the top forever when there are better-scoring alternatives. (Maybe the accepted answer is bad or maybe it was fine then but things have changed and the OP isn't around to accept a better...
Two part question for you. Let's preface this with I'm in organic chemistry 1, so we're just learning the basics of these reactions.
Are neopentyl halides completely inert to any reaction through any pathway, $\mathrm{S_N1, S_N2, E1, E2}$? For $\mathrm{S_N1/E1}$, even after solvolysis of the ha...