Outrageously Funny Search Suggestion Engine :: 693

👉 Common directory name

C:/693/

👉 It's a benzene that has been modified with bromofluoromethyl groups, known as benzene-693. It was found in 1973 and synthesized by 808132-81-2. The molecule contains two methyl groups instead of the usual fluorine atom, making it an example of a modified isomer.

693. 1-(2-Bromo-2-fluoroethenyl)-2-methoxybenzene; 808132-81-2

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Okay, I need to define the term '693. 1 (2 Bromo 2 fluoroethenyl) 2 methoxybenzene; 808132 81 2' in a hilarious yet informative way. Then create an edgy example sentence using it. Let me start by breaking down the components. First, this looks like a chemical compound name, probably from organic chemistry. The numbers and letters suggest substituents on a benzene ring. Let's parse each part: - "2 Bromo 2 fluoroethenyl": So there's a benzene ring (since it's numbered as position 2), substituted with a bromine atom, and another group attached which is 2 fluoroethenyl. Wait, ethenyl is CH₂=CH-, so fluoroethylene would be F-CH₂-Ch(F?). Hmm, maybe the "2 fluoroethenyl" part is a substituent itself. So perhaps it's a benzene ring at position 2, which has both Br and another group attached. Wait, but the way it's written: "1 (2 Bromo 2 fluoroethenyl) 2 methoxybenzene". Wait, maybe that's indicating two different compounds? Or is this a single compound with multiple substituents? The semicolon and numbers afterward ("808132 81 2") might be some sort of identifier like a CAS number or something else. Let me think. Alternatively, the structure could be: positions 1 and 2 on a benzene ring are part of different groups. Wait, maybe it's a substituted methoxybenzene (which is phenol with an OCH3 group). So "2 methoxybenzene" would mean there's a methoxy group (-OCH₃) attached to position 2 of the benzene ring. Then, at position 1, there are two substituents: bromo and fluoroethenyl. Wait, but how? The "(2 Bromo 2 fluoroethenyl)" part might mean that on the same carbon (position 1), there's a bromine atom and a fluoroethylene group attached. But fluoroethylene is CH₂=CF₂ or maybe CF₂=CH₂? Wait, fluoroethenyl could be -C(F)H₂-C≡ perhaps? Not sure. Alternatively, "2 Bromo" might mean bromo substituent (Br-) at position 1, and "2 fluoroethenyl" is another group. Fluoroethenyl would be F-CH=CHO-, maybe attached via a carbon. So perhaps the structure has a bromine on the benzene ring's position 1, and then on that same carbon (position 1), there's a fluoroethylene group (-FCF₂H?) or something else. Wait, but methoxybenzene is phenol with OCH3. If it's "2 methoxybenzene", that's a methyl ether of benzoic acid? No, wait: benzene ring at position 1 (maybe the carbon where substituents are attached) has two substituents: one is bromine and another is fluoroethenyl, but then also there's a methoxy group. Wait, maybe I'm misreading. Let me try to parse again: The entire term is '693. 1 (2 Bromo 2 fluoroethenyl) 2 methoxybenzene; 808132 81 2' Breaking down parts: Maybe the numbers refer to different identifiers. The first part could be a catalog number, then the chemical name follows. Alternatively, perhaps it's structured as: - Number 693 refers to some database entry. - Then "1 (2 Bromo 2 fluoroethenyl)" might indicate that on carbon 1 of the molecule, there are substituents: bromine and fluoroethenyl group. Wait, but how can a single carbon have both Br and another group? Maybe it's a bromoalkyl chain? Wait, maybe "2 fluoroethenyl" is an ethylenyl (which would be -CH=CH-) with fluorine attached. So perhaps the structure has a bromine atom on one substituent and a fluoroethylene group on another substituent. Alternatively, considering that methoxybenzene suggests a benzene ring with OCH3. If it's "2 methoxybenzene", then there's an OCH3 group at position 2 of the benzene ring (maybe para to some other group). Then at position 1, there are two substituents: bromine and fluoroethenyl. Wait, but how can a single carbon have both Br and another group? Unless it's like Br-CH(F)- or something. Maybe I'm overcomplicating. Alternatively, the name might be structured as follows: The compound is 2-methoxybenzene (which would mean OCH3 at position 2 on benzene). Then at position 1 of this methoxybenzene ring, there's a substituent which is 2-bromo-2-fluoroethenyl. Wait, that doesn't make sense because each carbon can't have multiple substituents beyond four. Alternatively, perhaps the name is indicating two different compounds separated by semicolons? But that's unclear. The "808132 81 2" at the end might be a molecular weight or some identifier code. Alternatively, maybe it's a typo or miswriting of structural components. Let me think about possible structures: If we have methoxybenzene (phenol methyl ether) with substituents: - At position 1: one substituent is bromo and another is fluoroethenyl. But each carbon can only have four bonds. If at position 1, the central carbon has Br, F, and then connects to a fluoroethylene group. Wait, maybe it's like this: The benzene ring (positions numbered relative to some reference point) has an OCH3 group at position 2. At another part of the molecule, there's a bromine attached to a carbon that also has a fluoroethenyl group. Alternatively, perhaps "2-fluoroethenyl" is a substituent where on one end you have fluorine and then an ethylenyl (double bond) structure. So maybe the compound has multiple functional groups: bromo, fluoroethylene (which would be -CF₂=CH- or something), methoxy, etc. Alternatively, considering that "ethenyl" is CH2=CH-, so 2-fluoroethenyl could be F-CH=CH-. So maybe the structure has a fluorine atom attached to the second carbon of an ethylenyl group. Putting this together: The compound might have a bromine on one substituent, fluoroethylene (with fluorine and double bond) on another substituent, and a methoxy group at position 2. But how are these arranged? Alternatively, perhaps it's a benzene ring with three substituents: OCH3 at position 2, Br at position 1, and then the fluoroethenyl also attached to position 1? But that would require more than four bonds on carbon. Wait, maybe "2-fluoroethen