自秋标转材 Organic Chemistry,6th Edition L.G.Wade,Jr. Chapter 5 The Study of Chemical Reactions Key Notes Mechanismj Homolytic cleavage;Heterolytic cleavage;Intermediate;Transition state By Junru Wang Email:wangjr07@163.com
By Junru Wang Email: wangjr07@163.com Chapter 5 The Study of Chemical Reactions Organic Chemistry, 6th Edition L. G. Wade, Jr. Key Notes Mechanism; Homolytic cleavage; Heterolytic cleavage; Intermediate; Transition state
自秋不转大对 Content 花单院 ■Introduction Classification of reactions Mechanisms:step-by-step pathway ●Intermediate？Transition state? ●Thermodynamics ●Kinetics
Content ◼Introduction ◼Classification of reactions ◼Mechanisms：step-by-step pathway ⚫Intermediate? Transition state? ⚫Thermodynamics ⚫ Kinetics
自秋特大材 Introduction ■Reactants→Products:overall reaction. Mechanism:step-by-step pathway. To learn more about a reaction: ●Thermodynamics ●Kinetics
Introduction ◼Reactants → Products: overall reaction. ◼Mechanism: step-by-step pathway. ◼To learn more about a reaction: ⚫Thermodynamics ⚫Kinetics
自精对 Reactions 视中就 Bond formation ■ Synthetic organic chemistry is about creating complex molecules from simple starting materials a process which may involve many different reactions. Designing a synthesis is a bit like chess. a synthetic 'game strategy
Reactions Bond formation ◼ Synthetic organic chemistry is about creating complex molecules from simple starting materials - a process which may involve many different reactions. ◼ Designing a synthesis is a bit like chess. ◼ a synthetic 'game strategy
0标4化对 Reactions Bond formation Basically,most reactions involve electron- rich molecules forming bonds to electron deficient molecules (i.e.nucleophiles forming bonds to electrophiles). The bond will be formed specifically between the nucleophilic center of the nucleophile and the electrophilic center of the electrophile
Reactions Bond formation ◼ Basically, most reactions involve electronrich molecules forming bonds to electron deficient molecules (i.e. nucleophiles forming bonds to electrophiles). ◼ The bond will be formed specifically between the nucleophilic center of the nucleophile and the electrophilic center of the electrophile