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Bromination of toluene, ortho, meta or parra?
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Martin Reyto
Bromination of toluene, ortho, meta or parra?
Check the inductive effect. The I-effect of substituents. The other thing are the parameters. The bss-rule. Boiling heat, sun light side = chain reaction. And ccc-rule cold temperature, catalyst = core reaction
Check the inductive effect. The I-effect of substituents. The other thing are the parameters. The bss-rule. Boiling heat, sun light side = chain reaction. And ccc-rule cold temperature, catalyst = core reaction
A reaction at the benzylic position (the methyl group) is possible, but under completely different conditions than reactions that occur on the aromatic ring itself, which I suspect is the intent of the problem. I suggest that we defer any discussion of other reactions until after we have exhausted the subject of ortho, meta, or para substitutions.
A reaction at the benzylic position (the methyl group) is possible, but under completely different conditions than reactions that occur on the aromatic ring itself, which I suspect is the intent of the problem. I suggest that we defer any discussion of other reactions until after we have exhausted the subject of ortho, meta, or para substitutions.
The other thing are the parameters. The bss-rule. Boiling heat, sun light side = chain reaction.
And ccc-rule cold temperature, catalyst = core reaction
The other thing are the parameters. The bss-rule. Boiling heat, sun light side = chain reaction.
And ccc-rule cold temperature, catalyst = core reaction
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