1) Fill in the boxes and blanks below. Provide stepwise mechanisms (curved arrows) for each reactionstep (elementary step) filling in all intermediates and products. Complete the Rxn Coord. Diagram templatecorresponding to the 2nd Rxn and ensure it represents the expected thermodynamics and kinetics expectedfor this reaction. (please use scratch paper first)Rxn #1:CI: Mea mixtureEt of stereo-isomersМеНо::0Et H-CI:МеReaction type (rxn 1)?H..МеRate law (rxn 1)? rate =opticallypureWhat type of stereisomeric products (rxn 1)?intermediate 1intermediate 2MeS: NaCH3CN(polar solvent)Rxn#2Eoptically pureproductRxn type (rxn 2)?regiochemistry?add o & o* orbitals involvedin TS for rxn 2rxn progressRate law (rxn 2)? rate =

We have find out type of the reaction.

1) Fill in the boxes and blanks below. Provide stepwise mechanisms (curved arrows) for each reaction step (elementary step) filling in all intermediates and products. Complete the Rxn Coord. Diagram template corresponding to the 2nd Rxn and ensure it represents the expected thermodynamics and kinetics expected for this reaction. (please use scratch paper first) Rxn #1 :Cl: Me a mixture Et of stereo- isomers HÖ: Me Et H-CI: :0 Me Reaction type (rxn 1)? H.. Me Rate law (rxn 1)? rate = optically pure What type of stereisomeric products (rxn 1)? intermediate 1 intermediate 2 Mes: Na CH3CN (polar solvent) Rxn #2 optically pure product Rxn type (rxn 2)? regiochemistry? ladd o & o* orbitals involved Bate law (rxn 2)? rate = rxn progress in TS for rxn 2

1) Fill in the boxes and blanks below. Provide stepwise mechanisms (curved arrows) for each reaction step (elementary step) filling in all intermediates and products. Complete the Rxn Coord. Diagram template corresponding to the 2nd Rxn and ensure it represents the expected thermodynamics and kinetics expected for this reaction. (please use scratch paper first) Rxn #1 :Cl: Me a mixture Et of stereo- isomers HÖ: Me Et H-CI: :0 Me Reaction type (rxn 1)? H.. Me Rate law (rxn 1)? rate = optically pure What type of stereisomeric products (rxn 1)? intermediate 1 intermediate 2 Mes: Na CH3CN (polar solvent) Rxn #2 optically pure product Rxn type (rxn 2)? regiochemistry? ladd o & o* orbitals involved Bate law (rxn 2)? rate = rxn progress in TS for rxn 2

Organic Chemistry

8th Edition

ISBN:9781305580350

Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Chapter24: Catalytic Carbon-carbon Bond Formation

Section: Chapter Questions

Problem 24.36P

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