Use the narrative of the mechanism, steps 1. and 2. below, to diagram/draw the mechanism of the following reaction. Show each step described in the narrative. I Q Search OH hemiketal carbonyl compound-ketone 1. Nucleophilic addition of OCH₂CH, (ethoxide) to the carbonyl carbon yields a tetrahedral oxide ether intermediate. 2. The oxide oxygen takes an H' from the acid H,O' and yields the ethoxy 2° alcohol product. The reaction is reversible because in acid, ethoxide is a good leaving group. C Nucleophilic addition 1. OCH₂CH₂ 2. H₂O* Reversible reaction 6 I'

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Chapter1: Chemical Foundations
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Use the narrative of the mechanism, steps 1. and 2. below, to diagram/draw the mechanism
of the following reaction. Show each step described in the narrative.
Links
OH
hemiketal
a
Comments
carbonyl compound-ketone
1. Nucleophilic addition of OCH₂CH, (ethoxide) to the carbonyl carbon yields a tetrahedral oxide
ether intermediate.
2. The oxide oxygen takes an H* from the acid H,O* and yields the ethoxy 2° alcohol product.
The reaction is reversible because in acid, ethoxide is a good leaving group.
Header & Footer
6
Nucleophilic addition
1. OCH₂CH, 2. H₂O*
Reversible reaction
E
Focus
Transcribed Image Text:Add-ins 55 Media I Q Search Use the narrative of the mechanism, steps 1. and 2. below, to diagram/draw the mechanism of the following reaction. Show each step described in the narrative. Links OH hemiketal a Comments carbonyl compound-ketone 1. Nucleophilic addition of OCH₂CH, (ethoxide) to the carbonyl carbon yields a tetrahedral oxide ether intermediate. 2. The oxide oxygen takes an H* from the acid H,O* and yields the ethoxy 2° alcohol product. The reaction is reversible because in acid, ethoxide is a good leaving group. Header & Footer 6 Nucleophilic addition 1. OCH₂CH, 2. H₂O* Reversible reaction E Focus
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