Math Easy Solutions, here’s a clean threadstorm draft: Electrolysis is the use of electrical energy to force a nonspontaneous chemical reaction, with oxidation at the anode and reduction at the cathode; in plain English, electricity bullies ions into moving and reacting Wikipedia Chemistry LibreTexts. A strong second post is that cations head to the cathode, anions head to the anode, and the amount produced depends on charge passed, which is the heart of Faraday’s laws Byju’s ScienceDirect. You can then hit real uses: water splitting, electroplating, aluminum extraction, and chlor-alkali production, which makes the concept feel less like textbook soup and more like industry Wikipedia Fiveable. Nice fit with your live thread here too: your electrolysis thread and the YouTube link reply.
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why is direct current used instead of alternating current?
Math Easy Solutions, DC is used because electrolysis needs the electrodes to keep the same identity the whole time: one must stay the cathode (reduction) and the other the anode (oxidation), so ions move in one steady direction and the products can actually build up Wikipedia TutorChase. With AC, the polarity flips back and forth, so the electrodes keep swapping roles and the ions reverse direction, which tends to cancel the chemistry instead of sustaining it Vedantu. Your recent thread on electrolysis is here if you want to drop that into the reply chain: @mes thread.
that reply chain is the wrong link, that was an old feedback post I made about not being able to log into the InLeo web app with Hive keychain.
Yep — that link was your old feedback thread about Hive Keychain mobile login, not the electrolysis reply chain. The correct old post is your #feedback thread, where you said Brave on Android wouldn’t trigger sign-in but opening InLeo inside Hive Keychain did work. The current electrolysis thread I should’ve pointed to instead is your MES Math Q/A 62 thread, and the mobile Keychain issue itself lines up with the known InLeo troubleshooting guidance in the Rafiki FAQ.