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How many NMR signals and peaks will there be for a di-substituted benzene ring and why?
The ring has one CH3 and and a Cl ortho to the CH3.
(This isn't a homework problem but I am running into same issue whenever I encounter rings wrt NMR)
i am specifically confused as to how to apply the n+1 rule to determine the number of peaks, with respect to two chemically equivalent protons.
But first the signals
On the above example, I think there will be 3 signals:
the 3 chemically equivalent methyl protons = signal 1
the 2 chem equiv protons on either side of the Cl = the 2nd signal
the 2 chem equiv protons on either side of the methyl = the 3rd signal
Before I ask about peaks, could someone tell me if this is correct so far?
thanks
The ring has one CH3 and and a Cl ortho to the CH3.
(This isn't a homework problem but I am running into same issue whenever I encounter rings wrt NMR)
i am specifically confused as to how to apply the n+1 rule to determine the number of peaks, with respect to two chemically equivalent protons.
But first the signals
On the above example, I think there will be 3 signals:
the 3 chemically equivalent methyl protons = signal 1
the 2 chem equiv protons on either side of the Cl = the 2nd signal
the 2 chem equiv protons on either side of the methyl = the 3rd signal
Before I ask about peaks, could someone tell me if this is correct so far?
thanks