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Recognising how resonance contribtutes to the arrangement of charge around a ring helps to understand the reactivity of a substituted benzene. Consider the resonance contributors
Recognising how resonance contribtutes to the arrangement of charge around a ring helps to understand the reactivity of a substituted benzene. Consider the resonance contributors of the following compound According to resonance, is the ring: activated or deactivated to electrophilic substitution. And which site/s are the most susceptible to substitution? a. Deactivated - meta sites are the most active O b. Deactivated - ortho sites are the most active O c. Deactivated - ortho and para sites are the most active Od. Activated - ortho and para sites are the most active Activated - meta sites are the most active e
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