What is the force that holds the two or three glyphs of an atom together called? How many bonds does the i's dot in Ti have? Ann how dangerous is comic sans cheMStry? 18.104.22.168 06:52, 3 November 2014 (UTC)
- The letter i can only form one bond, as the other side is bonded with its dot. This is pretty basic chemestry!Maplestrip (talk) 08:20, 3 November 2014 (UTC)
Presumably hydrocarbon chains are still supported, albeit with hydrogens forming the backbone in a zip-like arrangement. You'd need phosphorous on the end, with a sans serif valence of 1. SleekWeasel (talk) 08:09, 3 November 2014 (UTC)
I believe he is making fun of incompetent chemistry students. I've seen some draw CH4 as C-H-H-H-H, i.e. according to some random and weird rules that have nothing to do with chemistry. - This comic proposes an equally nonsensical new paradigm. - Aeneas, 3rd November 2014, 10:01 CET
The crystalline structure is not like real-life crystalline carbon (neither diamond nor graphite). I removed that but someone should add a bit about it.22.214.171.124 11:48, 3 November 2014 (UTC)
"Mydrane" is a trade mark for a company that markets miscellaneous medical supplies. "Hydrane" is a process for coal gasification by hydrogenation, producing ideally mostly light hydrocarbon gases (mostly methane) and a minimum of liquid products. Not clear whether either is relevant here.Taibhse (talk) 12:29, 3 November 2014 (UTC)
- Hydrane is probally relevant. The real Mydrane almost certainly isn't. However, two other words come to mind; Mydriasis (the dialation of the pupil) and Myopia (near-sightedness), which could be what was happening to us Chemistry geeks when we first saw that. Also, the "compound" he claims to be Mydrane does somewhat resemble a pair of eyes or a pair of glasses. -126.96.36.199 17:42, 3 November 2014 (UTC)
Amount vs. number. In the explanation: "the formation of bonds between elements often relies on the amount of valence electrons an element has." Should read, "the formation of bonds between elements often relies on the NUMBER of valence electrons an element has…"
I don't know how relevant this is, but Hydrogen does exist in a metallic phase unde rhigh pressure and temperatures. It's liquid, though, and not crystalline. Also, C2H does also exist, but as a very unstable radical (basically an Acetylene Radical) which seems to be found in space. I have NO idea where Mydrane comes from. There are a lot of Hydrogencompounds ending with -ane (Borane, Silane, Methane), but no idea how this applies here. --188.8.131.52 14:21, 3 November 2014 (UTC)
Question: does N(itrogen) only have two bonds, or are those angles a different kind of bond (perhaps ionic vs covalent)? If so, tungsten (W) would be interesting, for a start... (In fact, going though the elements in my head, from the monoglyph elements it would be the most complex under this system. The diglyphs might give Meitnerium (Mt... but was that previously Une as a systematic triglyph?) or Thulium (Tm) some interesting qualities, depending on how the system actually works. Triglyphs are always intended to be replaced, so I think those are moot.
As for symbols that are accurate, there are a number of systems. Hydrogen is represented on the "gold discs" on the Voyager spacecraft (as a starting key to easily decode other information on there) but without a complete overhaul of a system, I'd imagine no advanced civilisation will have started out with "let's show it how it actually works" (accurately, and without elements such as phlogiston creeping in!) before giving arbitrary names. Electron-orbital diagrams probably work well, though, for some things. And something that reveals the (for example) pi-bonds works better in combinatory diagrams. I think. It's been a while since I did any serious chemistry.184.108.40.206 14:41, 3 November 2014 (UTC)
Oxygen has 6 valence electrons, not two. It forms two bonds because it's got room for two more. 220.127.116.11 16:49, 3 November 2014 (UTC)