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The reaction coordinate diagram shown below represents the energy profile for the reaction between three different alkenes and HBr. Match each alkene with the corresponding curve on the reaction coordinate diagram. (To review this topic, see section 6.3A and 20.2B in your textbook). 3 in CH3 free energy CH3 CH3 progress of reaction

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HCH2 The reaction coordinate diagram shown below represents the energy profile for the reaction B) between three different alkenes and HBr. Match each alkene with the corresponding curve on the reaction coordinate diagram. (To review this topic, see section 6.3A and 20.2B in your textbook). C 9 more Hyperconjugative structures CH3 B) Disubstituted 10 allylic protons C) CH 6 more Hyperconjugative structures free energy Highest energy point 7 allylic protons C) Trisubstituted t energy point A) H2 CH3 1 H, H -+3more Hyperconjugative structures progress of reaction B) Tetrasubstituted 4 allylic protons More substituted alkenes are more statble than relatively less stable alkenes due to Hyperconjugatie stability Moreover, more substituted alkene react faster in electrophilic addition reaction as they are electroin reach.

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