2. The mechanism below depicts the formation of an amide dimer. Clearly label each acid, base, electrophile, or nucleophile. R O: -R' H2N- R. .R NH2 R R. N' H3N CI `R' R' `R' HH- H2N- `R R = H2N(CH2)6- R' = -(CH2);COCI

2. The mechanism below depicts the formation of an amide dimer. Clearly label each acid, base, electrophile, or nucleophile. R O: -R' H2N- R. .R NH2 R R. N' H3N CI `R' R' `R' HH- H2N- `R R = H2N(CH2)6- R' = -(CH2);COCI

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter23: Addition To A Carbonyl

Section: Chapter Questions

Problem 17CTQ

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Question

please help?

2. The mechanism below depicts the formation of an amide dimer. Clearly label each acid, base,
electrophile, or nucleophile.
R
H3N
R.
R.
N5 R'
H He
HeN-R
`R'
NH2
R
Ha
CI
`R'
R = H2N(CH2)6-
R' = -(CH2);COCI

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