According to topscore this molecule will only have 2 singlets. Can someone explain why the 4 H's in the aromatic ring are considered a singlet? Shouldn't it be a doublet since each H in the ring has at least 1 neighboring hydrogen?
There are only 2 groups: the H's on the aromatic and the hydrogens on the carbon attached the oxygen.
It's considered a singlet because they are all equivalent to each other and are part of the same group. Equivalent hydrogens don't alter the singlet/doublet thingie.
There are only 2 groups: the H's on the aromatic and the hydrogens on the carbon attached the oxygen.
It's considered a singlet because they are all equivalent to each other and are part of the same group. Equivalent hydrogens don't alter the singlet/doublet thingie.
I think i get it. You're saying that the whole benzene ring is considered a single group, just like the 3 H's in the methyl are considered one. I'm just confused because I thought that whenever the H's were on separate carbons, they always got the n+1 amount of peaks as the neighboring H's.
for the benzene ring keep in mind that those double bonds are not fixed i.e. there is a delocalization of electrons and therefore you only see 1 H. i think thats why
for the benzene ring keep in mind that those double bonds are not fixed i.e. there is a delocalization of electrons and therefore you only see 1 H. i think thats why