Predict major products for the following three reactions:
I) nitration of bromobenzene
II) bromination of nitrobenzene
III) bromination of aniline (aminobenzene)
◦ Reaction I) gives ortho-bromonitrobenzene
Reaction II) gives meta-bromonitrobenzene
Reaction III) gives para-bromoaniline (para-aminobromobenzene)
◦ Reaction I) gives ortho-bromonitrobenzene and para-bromonitrobenzene
Reaction II) gives meta-bromonitrobenzene
Reaction III) gives ortho-bromoaniline (ortho-aminobromobenzene) and para-bromoaniline (para-aminobromobenzene)
◦ Reaction I) gives meta-bromonitrobenzene
Reaction II) gives ortho-bromonitrobenzene and para-bromonitrobenzene
Reaction III) gives ortho-bromoaniline (ortho-aminobromobenzene) and para-bromoaniline (para-aminobromobenzene)
◦ Reaction I) gives meta-bromonitrobenzene
Reaction II) gives ortho-bromonitrobenzene and para-bromonitrobenzene
Reaction III) gives meta-bromoaniline (meta-aminobromobenzene)
◦ Reaction I) gives 1,3-bromonitrobenzene
Reaction II) gives 1,2-bromonitrobenzene and 1,4-bromonitrobenzene
Reaction III) gives 1,2-aminobromobenzene and 1,4-aminobromobenzene
The light reactions and chemiosmosis: the organization of the thylakoid membrane.
The Coronary Arteries and Major Veins of the Heart (Anterior and Inferior Views)
Exergonic/Endergonic Reactions
Major Muscles of the Body
Major marma point locations.
Transcription and processing of the major ribosomal RNAs in eukaryotes