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Proteins have complex three-dimensional structures. These polymers are held into these specific shapes with a variety of intermolecular forces, covalent bonds, and ionic bonds. Proteins fold into complex tertiary shapes that are held in place with a variety of attractive forces. H₂C-CH3 CH3 H3C H₂C CH Identify the type of interaction depicted here. A) ion-ion bonds B) disulfide bonds C) hydrogen bonding between functional groups on amino acid residue side chains D) hydrogen bonding between the carbonyl and NH of the backbone of the protein E) hydrophobic attractions (London Dispersion forces) between nonpolar amino acid residue side chains

Proteins have complex three-dimensional structures. These polymers are held into these specific shapes with a variety of intermolecular forces, covalent bonds, and ionic bonds. Proteins fold into complex tertiary shapes that are held in place with a variety of attractive forces. H₂C-CH3 CH3 H3C H₂C CH Identify the type of interaction depicted here. A) ion-ion bonds B) disulfide bonds C) hydrogen bonding between functional groups on amino acid residue side chains D) hydrogen bonding between the carbonyl and NH of the backbone of the protein E) hydrophobic attractions (London Dispersion forces) between nonpolar amino acid residue side chains

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter23: Organic Polymers, Natural And Synthetic
Section: Chapter Questions
Problem 48QAP
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1 T 2 Q A :8: N H₂C-CH3 W S CH3 Proteins have complex three-dimensional structures. These polymers are held into these specific shapes with a variety of intermolecular forces, covalent bonds, and ionic bonds. X H command Proteins fold into complex tertiary shapes that are held in place with a variety of attractive forces. # 3 E H3C. H3C 80 F3 D C CH $ 4 F4 R F LL Identify the type of interaction depicted here. % 5 V Question 13.c of 36 F5 T G 6 MacBook Air B F6 Y H & 7 K F7 U N A) ion-ion bonds B) disulfide bonds C) hydrogen bonding between functional groups on amino acid residue side chains D) hydrogen bonding between the carbonyl and NH of the backbone of the protein E) hydrophobic attractions (London Dispersion forces) between nonpolar amino acid residue side chains * 00 8 J DII F8 1 M 9 K F9 L F10 P 7 F11 1 + 11 command option 1
Transcribed Image Text:1 T 2 Q A :8: N H₂C-CH3 W S CH3 Proteins have complex three-dimensional structures. These polymers are held into these specific shapes with a variety of intermolecular forces, covalent bonds, and ionic bonds. X H command Proteins fold into complex tertiary shapes that are held in place with a variety of attractive forces. # 3 E H3C. H3C 80 F3 D C CH $ 4 F4 R F LL Identify the type of interaction depicted here. % 5 V Question 13.c of 36 F5 T G 6 MacBook Air B F6 Y H & 7 K F7 U N A) ion-ion bonds B) disulfide bonds C) hydrogen bonding between functional groups on amino acid residue side chains D) hydrogen bonding between the carbonyl and NH of the backbone of the protein E) hydrophobic attractions (London Dispersion forces) between nonpolar amino acid residue side chains * 00 8 J DII F8 1 M 9 K F9 L F10 P 7 F11 1 + 11 command option 1
Tube Maps 1 tion A F1 Q + Z H₂N-C-C-0 2 HIC F2 W Н O # HAGAH 3 E S What is the identity of the unit highlighted in the amino acid shown here? CH₂ CH ₂ command X H C=O NH₂ 80 D C $ F4 4 R F % 5 V T Question 36 of 36 G <C MacBook Air B Y H V lº & 7 K F7 U N A) alpha-carbon B) alpha-carboxyl group C) alpha-amino group D) side chain R-group * 00 8 J DII FB M 9 K FO H L F10 P > command F11 I لاب L option } + 1
Transcribed Image Text:Tube Maps 1 tion A F1 Q + Z H₂N-C-C-0 2 HIC F2 W Н O # HAGAH 3 E S What is the identity of the unit highlighted in the amino acid shown here? CH₂ CH ₂ command X H C=O NH₂ 80 D C $ F4 4 R F % 5 V T Question 36 of 36 G <C MacBook Air B Y H V lº & 7 K F7 U N A) alpha-carbon B) alpha-carboxyl group C) alpha-amino group D) side chain R-group * 00 8 J DII FB M 9 K FO H L F10 P > command F11 I لاب L option } + 1
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