2015年4月14日 · First, you are right that "benzyl" is the $\ce{C7H8\bond{~}}$ radical and that "phenyl" is the $\ce{C6H5\bond{~}}$ radical. Second, although "phenol" and "phenyl" sound almost the same, you would probably do well to think of them as entirely separate naming roots. "Phenol" is the simplest aromatic alcohol.

2019年6月28日 · The preferred IUPAC name is, indeed, (chloromethyl)benzene, built from substitutive prefix chloromethyl.The parentheses around "chloromethyl" are required because it is a compound substituent (a simple substituent attached to another simple substituent, specifically, methyl and chloro in this case).

2021年6月24日 · What is the IUPAC name for the compound $\ce{(CH3)3CCH2CH(Br)C6H5}$? The answer I got myself was (1-Bromo-3,3-dimethylbutyl)benzene, but from looking online most sources list the name as 1-Bromo-3,3-dimethyl-1-phenylbutane, even though the benzene group is supposed to take precedence, right? Why does butane form the suffix and not benzene?

2016年8月1日 · $\ce{C6H5}$ is conventionally used to represent phenyl because it is a common moiety. Your long, highly unsaturated, chain is also $\ce{C6H5}$, but it wouldn't conventionally be written like that without expansion, unless you're setting out to confuse someone.

2021年6月10日 · On the other hand, the Benzyl function is strictly $\ce{C6H5-CH2}$ or $\ce{Ph-CH2}$. It is debatable to call $\ce{X-C6H4-CH2}$ a benzyl group, unless a definition is given upperhand. Nonetheless, folic acid does not contain either $\ce{C6H5-CH2}$ or $\ce{X-C6H4-CH2}$ , and therefore no argument there for the presence of benzyl group.

2014年3月7日 · The net result is $\ce{C6H5-OH + Zn -> ZnO + C6H5-H}$, but under the reaction conditions (zinc DUST and strong heating; b.p. of phenol is $\pu{182 ^\circ C}$), I suspect the reaction mechanism involves the zinc surface rather than individual $\ce{Zn}$ atoms or $\ce{Zn^2+}$ ions. And the zinc surface will be a complex oxide.

2016年12月26日 · A chemistry reference book that I have been reading gives the order of inductive effect ($-I$) as follows: While the Wikipedia page on inductive effect gives the following order: $\\ce{-NH3+} >...

2018年5月7日 · $\ce{N(C6H5)3}$ $\ce{NH(CH3)2}$ My answer - 2 > 1 > 4 > 3. Option '2' due to equivalent resonance structures on protonation. Then option '1' due to thrice +I effect. Followed by option '4' having +I effect twice which causes the lone pair electrons to …

The reaction of $\ce{(C5H5)Fe(CO)2Cl}$ with an equimolar amount of $\ce{Li+[C6H5]-}$ gives a product. Draw its structure and apply the 18 electron rule. In a question I was given the molecular weight and percentages of each element in the compound. I worked out that there is $\ce{1 Fe}$, $\ce{13 C}$, $\ce{10 H}$ and $\ce{2 O}$.

2019年5月19日 · Dichlorobis(triphenylphosphine)nickel(II), or $\ce{NiCl2[P(C6H5)3]2}$ in square planar form is red and diamagnetic. The blue form is paramagnetic and features tetrahedral Ni(II) centers. Both tetrahedral and square planar isomers coexist in solutions.