@AvatarShiny that gif you resized made the rendered output black; be careful
also I improved 7/8 of the edits you suggested today; please review them once there were quite a few things you missed; in case you've any doubt, please mention
(though this question deserves a mathjax table which i'll add later)
@Martin-マーチン @GaurangTandon FYI here are some reasons: tex.stackexchange.com/a/405593/73371, I would challenge the notion that siunitx would be perfect for this site. The "configure once, then make everything consistent" is perfect for printed documents, but might not be appreciated very well for the multi-author pages we have here.
@GaurangTandon that is the highest occupied molecular orbital, you can see it is a pi orbital, and in this case it does represent resonance to a degree. Blue and yellow are the pahses of the orbital
anyway... starting now I am on break, so don't expect any replies anymore...
@GaurangTandon If you need a \+ inside \ce to get a normal plus, then you are doing something wrong :-) Adding a few spaces will do (and is the recommended \ce syntax.
@mhchem oh thank you! :D Though I've been doing such \+ formatting in around 90% of my past 350 edits so far :P So, that leaves a lot behind to clean up; I think I'll just be careful next time!
@Feeds is this even ontopic here? sig-fig questions are allowed, but I am not sure of this one
can anyone have a look here? chemistry.stackexchange.com/q/32539/5026 I probably miswrote the formula, but I cannot understand what the OP originally intended to write either
Question:
A gas has a volume $255\ \mathrm{mL}$, a pressure $733\ \mathrm{mmHg}$, a temperature $548\ \mathrm{^\circ C}$, and a mass $1.22~\mathrm{g}$. What is the molar mass?
My attempt:
$$pV = nRT$$
Convert $733\ \mathrm{mmHg}$ to $\mathrm{atm} = 733~\mathrm{mmHg} \cdot 1\ \mathrm{at...
Question:
A gas has a volume $255\ \mathrm{mL}$, a pressure $733\ \mathrm{mmHg}$, a temperature $548\ \mathrm{^\circ C}$, and a mass $1.22~\mathrm{g}$. What is the molar mass?
My attempt:
$$pV = nRT$$
Convert $733\ \mathrm{mmHg}$ to $\mathrm{atm} = 733~\mathrm{mmHg} \cdot 1\ \mathrm{at...
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