3. The final product is removed from the organic layer by extraction with the hydrochloric acid solution. Draw the curved arrows for the proton transfer reaction that takes place, and draw the resulting product. Explain how this reaction enables the removal of the lidocaine from the organic layers. H + H-CI

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08:12
r
|||
3. The final product is removed from the organic layer by extraction with the hydrochloric acid
solution. Draw the curved arrows for the proton transfer reaction that takes place, and draw the
resulting product. Explain how this reaction enables the removal of the lidocaine from the organic
layers.
dr
organic layer by extraction
proton transfer reaction the
on enables the removal of
of th
H-C
<
O
<3
H-CI
pan 3 and pat C of the
i.
|| |
Peter
Transcribed Image Text:08:12 r ||| 3. The final product is removed from the organic layer by extraction with the hydrochloric acid solution. Draw the curved arrows for the proton transfer reaction that takes place, and draw the resulting product. Explain how this reaction enables the removal of the lidocaine from the organic layers. dr organic layer by extraction proton transfer reaction the on enables the removal of of th H-C < O <3 H-CI pan 3 and pat C of the i. || | Peter
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