Aniline (PhNH2) is significantly less basic than most amines. What is the reason for this? a. It does not have a lone pair to donate to the proton b. The lone pair is stabilized by electron delocalization c. The positive charge on the nitrogen repels protons d. The electron delocalization stabilizes the extra proton e. The phenyl group is electron-donating, making the nitrogen less basic
Aniline (PhNH2) is significantly less basic than most amines. What is the reason for this? a. It does not have a lone pair to donate to the proton b. The lone pair is stabilized by electron delocalization c. The positive charge on the nitrogen repels protons d. The electron delocalization stabilizes the extra proton e. The phenyl group is electron-donating, making the nitrogen less basic
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Aniline (PhNH2) is significantly less basic than most
a. It does not have a lone pair to donate to the proton
b. The lone pair is stabilized by electron delocalization
c. The positive charge on the nitrogen repels protons
d. The electron delocalization stabilizes the extra proton
e. The phenyl group is electron-donating, making the nitrogen less basic
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