Determine the maximum number of water molecules that could theoretically form hydrogen bonds with an asparagine molecule at pH 7.

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Determine the maximum number of water molecules that could theoretically form hydrogen bonds with an asparagine molecule at pH 7.

The polar amino acid asparagine has a carboxamide side chain.
H.
Consider the figure of asparagine at pH 7.
H EN-
H
CH2
:N FH
H
Select the atom(s) that can hydrogen bond to the positive
Select the atom(s) that can hydrogen bond to the negative
pole of water.
pole of water.
H
H.
C
C
Determine the maximum number of water molecules that
could theoretically form hydrogen bonds with an asparagine
5
number of water molecules:
molecule at pH 7.
Consider
any
intermolecular attractions between the
Incorrect
asparagine molecule and water to be hydrogen bonds.
: :
:0:
HC
Transcribed Image Text:The polar amino acid asparagine has a carboxamide side chain. H. Consider the figure of asparagine at pH 7. H EN- H CH2 :N FH H Select the atom(s) that can hydrogen bond to the positive Select the atom(s) that can hydrogen bond to the negative pole of water. pole of water. H H. C C Determine the maximum number of water molecules that could theoretically form hydrogen bonds with an asparagine 5 number of water molecules: molecule at pH 7. Consider any intermolecular attractions between the Incorrect asparagine molecule and water to be hydrogen bonds. : : :0: HC
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