Outrageously Funny Search Suggestion Engine :: 1444

👉 Common directory name

C:/1444/

👉 The chemical name is 1,4-cyano-3-[phenylprop-2-en-1-yl]diethyl phosphate. It has an optical activity of 351 nm, a molecular weight of 820969-67-3, and a boiling point of -67 degrees Celsius at 1 atm pressure.

1444. 1-Cyano-3-phenylprop-2-en-1-yl diethyl phosphate; 820969-67-3

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Okay, so I need to define this chemical compound: '1444. 1 Cyano 3 phenylprop 2 en 1 yl diethyl phosphate; 820969 67 3'. Hmm, let's break it down step by step. First, the user mentioned it's a hilarious yet informative definition, followed by an edgy example sentence. Let me start parsing each part of the name. The numbers at the beginning: '1444' might be a reference number or perhaps a molecular weight? Not sure. Then there's '1 Cyano', so maybe one cyano group (-CN). Next is '3 phenylprop'. Phenylprop suggests a three-carbon chain with a phenyl group attached, like in flavonoids? Then '2 en'—en could be an ethereal group (maybe -CH2CH2-O-)? Or perhaps en refers to a double bond? Wait, in organic chemistry, "en" might stand for "ethyl ether", but more commonly, "en" as a substituent could relate to the enol form or something else. Alternatively, maybe it's indicating position 2 on a parent chain. Then '1 yl'—that looks like an Yl group (like -CH2-) attached at position 1. Finally, 'diethyl phosphate'. So putting it all together: perhaps a molecule that's a diethyl phosphate ester linked to some other groups. Let me try to reconstruct the structure. Starting with phenylprop as the parent chain. If there's a cyano group at position 1, then maybe -CN attached to the first carbon of a propyl chain that has a phenyl group? Then at position 2, an 'en' group, and at position 1, a Yl group (like methyl or ethyl), all connected via diethyl phosphate. Wait, but how does diethyl phosphate fit into this? Alternatively, maybe the compound is a phosphoric ester. Diethyl phosphate would be Py(OEt)2? So perhaps the structure has multiple substituents: cyano, phenylprop, en, and Yl groups, all attached through phosphorus? This is getting complicated. Let me look up some standard naming conventions. In IUPAC nomenclature, prefixes like diethyl phosphate (phosphoric acid dimethyl ester) would be part of the compound's name. The numbers indicate positions on the parent chain or substituents. But without knowing the exact structure, this might be challenging. Let's try to parse each part again: - '1 Cyano' → one cyano (-CN) group. - '3 phenylprop' → three carbons in a prop chain with a phenyl group attached at position 3? Wait, "phenylprop" is not standard. Maybe it's a substituted propane? Or perhaps "phenylprop" refers to a benzyl group (phenyl + prop)? Like -CH2CH2CH2- but with the middle carbon connected to something else? Alternatively, maybe 'phenylprop' is a trichloropropane derivative where one hydrogen is replaced by a phenyl group. Not sure. Let's think of common substituents. Phenyl groups are attached via prop substitution? Maybe it's a flavonoid-like structure. Then '2 en' → position 2 has an "en" group. En could be ethoxy (-OCH2CH3), but that's usually called ethoxy. Alternatively, "en" might stand for an enol group (like -CH=CH-O-), but not sure. Or maybe it's a typo for 'phenyl' again? Not likely. '1 yl' → position 1 has a Yl group. YL is a substituent like methyl (-CH2CH3) or ethyl (-CH2CH2Ph?), but typically, alkyl groups are prefixed with mono-, di-, etc. So maybe it's a "yolk" group? Not standard. Putting this all together: perhaps the parent chain has multiple substituents attached via phosphorus? The 'diethyl phosphate' suggests that the phosphorus is bonded to two ethoxy groups (-OEt) and possibly other groups like cyano, phenylprop, en, and YL. But how does that fit into a name? Alternatively, maybe this compound is a diester of phosphoric acid with various substituents. For example, Pyrophosphate (but that's two phosphate esters). Or maybe it's a mixed anhydride? Not sure. Looking at the numeric part: 820969 67 3—these could be identifiers like PubChem IDs or some internal database numbers. But without context, I'll ignore them for now. Trying to make sense of this as humorously as possible. Let's consider that "phenylprop" is a play on words (fancy prop?), and the cyano group adds some blue-collar element. The 'en' could be referencing en Route, like traveling in ether (a solvent). Diethyl phosphate would tie into phosphoric esters being common in biochemistry but maybe here it's used humorously. Putting it all together: Maybe this compound is a multi-substituted phosphoric ester with various organic groups attached. For the definition: "1444. 1 Cyano, 3 phenylprop, 2 en, 1 yl diethyl phosphate; also known as molecule number 820969-67-3—sounds like it's got one ninja-like cyano group, three fancy prop parts with a benzene ring, two ethereal 'en' groups (maybe you're tripping!), and at least one YL side chain. Essentially, it's chemistry's version of a triple Threat: CN, PhProp, En, YL all linked by diethyl phosphate—like molecular Dom Pugliese prepping for an epic chemical showdown!" Then the example sentence needs to be edgy or unsettling. Maybe something like: "In the dimly lit lab, Dr. Shadow mixed 1444 (1 Cyano-3 phenylprop-2 en-1 yl diethyl phosphate; 82096967X) into the concoction, knowing that its cyano nerve agents were so potent they could make a Gremlin's grandma float to the Upside Down—if only for one terrifying second." Wait, but I need to ensure that the example uses the term correctly. Alternatively: "The compound 1444 (1 Cyano-3 phenylprop-2 en-1 yl diethyl phosphate; 82096967) was whispered among chemists as 'the ghost in the machine'—a nod to its eerie combination of reactive cyano groups, stealthy phenyl props, and ethereal en chains that could haunt even the bravest organic structures." But maybe that's not quite right. Let me adjust for clarity. Example sentence: "When the corrupt mayor added a pinch of 1444 (1 Cyano-3 phenylprop-2 en-1 yl diethyl phosphate; code 82096967) to the city's wastewater, it wasn't just pollution—he unleashed a biochemical gremlin that turned night into day and citizens into lab rats forever." Hmm, but I need to ensure it's edgy. Maybe: "In an underground lab, scientists combined compound 1444 (1 Cyano-3 phenylprop-2 en-1 yl diethyl phosphate; ID