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11 Nov 2019
Homework practice help!!!
First part, we have to draw the structure of the diene & dienophile used to make the given chlordane via diels-Alder reaction and show all electron pushing arrows for the mechanism!
Second part, we draw the transition structure of the transition statefor the reaction.
Last part, we draw and label completely a reaction progress diagram (exergonic formation of the final product) while showing gibbs free energy, location of reactants, transition state, products, etc (as seen in directions below)
draw the structure of the diene and dienophile used to produce chlordane via a Diels- Alder reactiuon. After you have drawn the structures, dras the electron pushing arrows for the mechanism of the reaction. CI Cl CI Cl Diels-Alder CI CI A (diene) B (dienophile) Draw the structure of the transition state for this reaction in the space below For this reaction, draw and completely label a reaction progress diagram that shows the exergonic formation of the product·inacate ÎG: for the free energy of activation, locations ofreactants, transition state, product and ÎGo. AG (Energy)
Homework practice help!!!
First part, we have to draw the structure of the diene & dienophile used to make the given chlordane via diels-Alder reaction and show all electron pushing arrows for the mechanism!
Second part, we draw the transition structure of the transition statefor the reaction.
Last part, we draw and label completely a reaction progress diagram (exergonic formation of the final product) while showing gibbs free energy, location of reactants, transition state, products, etc (as seen in directions below)
draw the structure of the diene and dienophile used to produce chlordane via a Diels- Alder reactiuon. After you have drawn the structures, dras the electron pushing arrows for the mechanism of the reaction. CI Cl CI Cl Diels-Alder CI CI A (diene) B (dienophile) Draw the structure of the transition state for this reaction in the space below For this reaction, draw and completely label a reaction progress diagram that shows the exergonic formation of the product·inacate ÎG: for the free energy of activation, locations ofreactants, transition state, product and ÎGo. AG (Energy)
Bunny GreenfelderLv2
27 May 2019