Transcription of Reaction Mechanisms - IITPK
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Reaction Mechanisms - IITPK
158 Essential Notes on General Organic Chemistry ( ) The IITian s Prashikshan Kendra Pvt. Ltd. Topics Coverage :- substitution reactions Free Radical reactions SN1 Mechanism SN2 Mechanism SN1 v/s SN2 Mechanisms E1 Mechanism E2 Mechanism E1 v/s E2 Mechanisms substitution v/s Elimination reactions aromatic substitution electrophilic Mechanism aromatic substitution Nucleophilic Mechanism Addition Nucleophilic Mechanism Addition electrophilic Mechanism Addition Free Radical Mechanism RARE Mechanisms : (SNi, E1cb, SN', NGP, Benzyne, Ipso) Rearrangements Introduction : How exactly does an organic Reaction take place is the subject of study in this chapter of Reaction Mechanisms . Just as detectives investigate a crime after it has taken place and arrive at a reasonable prediction about how the crime may have occurred, similarly organic chemists predict by a number of laboratory techniques using sophisticated instrumentation how an organic Reaction may have taken place.
Electrophilic substitution (SE2) is every common in benzene nucleus (aromatic compounds) in which . π electrons are highly delocalized and an electrophile can attack the region of high electron density. Aromatic electrophilic substitution reactions involve the following 3 steps mechanism : Step-1: The formation of an electrophile. Step-2
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