please explain w steps and answer a and b 1.) The fragrance industry uses volatile molecules to add scent to perfumes. A strategy shown MOHObelow is used to prolong the longevity of a fragrance: the volatile molecule, hexanal, iscovalently linked to a non-volatile substrate, such as cyclodextrin.a.Show a mechanism for the reaction between hexanal and cyclodextrin to form thecovalently linked complex.SimplifiedCyclodextrin StructureNH₂HexanalCH3CH3HydrolysisH₂Ocat. H-ACovalently-LinkedComplexb. Under specific chemical conditions, a reaction will occur to release the volatilesubstance. For instance, as exposure to water increases, the complex shown in part aundergoes hydrolysis. The rate of the addition of water to the imine is found to befaster under acidic conditions. Explain why.HenCHOCH3Volatile Fragrance ReleasedCH3NH₂(E

(a) Imines are formed by acid catalyzed reaction between aldehyde and amines. Imines having C=N-…

1.) The fragrance industry uses volatile molecules to add scent to perfumes. A strategy shown below is used to prolong the longevity of a fragrance: the volatile molecule, hexanal, is covalently linked to a non-volatile substrate, such as cyclodextrin. a. Show a mechanism for the reaction between hexanal and cyclodextrin to form the abivah ajoye covalently linked complex. Simplified Cyclodextrin Structure NH₂ H Hexanal s CH3 CH3 Hydrolysis H₂O cat. H-A b. Under specific chemical conditions, a reaction will occur to release the volatile substance. For instance, as exposure to water increases, the complex shown in part a undergoes hydrolysis. The rate of the addition of water to the imine is found to be faster under acidic conditions. Explain why. Covalently-Linked Complex CH3 Volatile Fragrance Released CH3 NH₂ noites

1.) The fragrance industry uses volatile molecules to add scent to perfumes. A strategy shown below is used to prolong the longevity of a fragrance: the volatile molecule, hexanal, is covalently linked to a non-volatile substrate, such as cyclodextrin. a. Show a mechanism for the reaction between hexanal and cyclodextrin to form the abivah ajoye covalently linked complex. Simplified Cyclodextrin Structure NH₂ H Hexanal s CH3 CH3 Hydrolysis H₂O cat. H-A b. Under specific chemical conditions, a reaction will occur to release the volatile substance. For instance, as exposure to water increases, the complex shown in part a undergoes hydrolysis. The rate of the addition of water to the imine is found to be faster under acidic conditions. Explain why. Covalently-Linked Complex CH3 Volatile Fragrance Released CH3 NH₂ noites

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 24.21P

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