@pentavalentcarbon wasn't in mine; I couldn't find it on googling :/
@pentavalentcarbon i think we can let it live, as it is also popular; the question is well-thought out, and I disagree with downvoting well-researched duplicates (there's also a meta post about it which I can't find atm)
@orthocresol we can't move it to Phy.SE either because they don't accept such bad questions; on the other hand, deleting it doesn't seem optimal because it has 31kviews :/ I suggest mod-reopening the question, cleaning it up, and then locking the question
@GaurangTandon Ivan's answer is confusing to me, and I don't think guest's answer is as good as it could be (I'd rather see equations than all the words)
nvm I understand Ivan's prompt...I don't think it's a good answer for a beginner even though it's a valid way of looking at it
@pentavalentcarbon on the contrary, i think guest's answer is good enough; it describes the crucial parts and leaves it upto the student to write the equations
@pentavalentcarbon the "Simplest way to balance any chemical equation" is essentially a mathematical approach; but in redox reactions, we can easily get the coefficients of the oxd. agent and the red. agent by watching the change in oxidation numbers <-- that's what I meant
yes the rest is just adding water, hydronium, hydroxide and finally adding the two half reactions
the only thing I really learned today is that the half-reaction stuff is different from the usual redox case, not even counting the way you mentioned which you'll have to link for me
Update on my first RFCP post on Nomenclature of binary (inorganic) compounds: The main post has 1170 words (not counting the other 400 which I deleted in subsequent revisions). It will also require three additional Q&A posts to cover some important sub-topics (which I am yet to write). So, a total of four main-site questions in all. Phew!