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Careful with describing a "reduction" in reactants. Say decrease/increase instead. Between reactants and products, the only thing that...

I used a Linux distro for a long time and the only thing that limited my productivity was working around Windows only software, some of...

Rule no. 1 chemistry: There are no unbound protons. Rule no. 2 of chemistry: THERE ARE NO UNBOUND PROTONS Rule no. 3 of chemistry...

Counter ion makes a huge difference. Most sulfates are soluble as chlorides, but a lot of sulfates aren't soluble as chlorides (just to...

The "security" in the MS Office package is perplexing. I am trying to open a .txt file I made myself, why are you giving me crap?

Excellent example of how making things more complicated don't make them better. Instead of reading group by group now I must follow an...

Another excellent example is vanadium in flow batteries.

If you want large surge currents in a single cell you need fast electron transfer kinetics. Electrically, this means a low internal...

You are describing recrystalization. The obtained crystals (if any) may have a different phase than the initial solid (crystal or not)...

Tin(ii) is harder to reduce than Cu(ii) and Ag(i). Oxalic acid / oxalates may be a suitable alternative to ascorbic acid. While a...

It sounds like your problem isnt electrochemical but simply chemical. You are generating chlorine which is the precursor to your target...