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A proton transfer reaction can occur when an aldehyde is placed in strong base, such as an alkoxide ion, producing an alcohol and a charged conjugate base that is resonance stabilized. In the left box, draw the curved arrows for the proton transfer. In the middle and right boxes, draw the two structures for the resonance-stabilized product as noted in the box-specific directions. Be sure to include all lone pairs and nonzero formal charges.
The first one is right but I keep on getting the second and third one wrong.
+CH2OH Draw the resonance structure with the charge on the OXYGEN. Do not add curved arrows 0 Cl Br ã 0379 ã 21 OF 29 QUESTIONS COMPLETED ãSUBMIT ANSV Show transcribed image text
A proton transfer reaction can occur when an aldehyde is placed in strong base, such as an alkoxide ion, producing an alcohol and a charged conjugate base that is resonance stabilized. In the left box, draw the curved arrows for the proton transfer. In the middle and right boxes, draw the two structures for the resonance-stabilized product as noted in the box-specific directions. Be sure to include all lone pairs and nonzero formal charges.
The first one is right but I keep on getting the second and third one wrong.
+CH2OH Draw the resonance structure with the charge on the OXYGEN. Do not add curved arrows 0 Cl Br ã 0379 ã 21 OF 29 QUESTIONS COMPLETED ãSUBMIT ANSV
Show transcribed image text Collen VonLv2
15 Sep 2019