Of the choices below, choose the LARGEST set that contains ONLY sp2 hybridized atoms? H₂C 10 11 CH₂ 15 H 5,9, 19 5, 7, 12, 14 5.7. 12, 14 and 19 1, 5, 7, 12, 14 and 19 N. 14 O H₂C 13 17 16 C H 20169 18 'OH 21 Question 10 ( What question in protein folding did Pauling's discovery of secondary structure address? Both alpha-helices and beta-sheets are very stable structures because of the phi-psi conformation of peptide main chain. Alpha-helices and beta-sheets are often the first structures formed in protein folding, and they act as the folding nucleus. O Alpha-helices and beta-sheets show how a folded protein can satisfy the polar groups of the peptide main chain through hydrogen bonding.

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Question 9
Of the choices below, choose the LARGEST set that contains ONLY sp2 hybridized atoms?
H₂N 2
H₂C
5110
H
10 11
7
CH₂
12
15
H
5, 9, 19
5, 7, 12, 14
5, 7, 12, 14 and 19
1, 5, 7, 12, 14 and 19
O H₂C H
13 17
20=69
16
C 19
18
OH
21
Question 10 (
What question in protein folding did Pauling's discovery of secondary structure address?
Both alpha-helices and beta-sheets are very stable structures because of the phi-psi conformation of
peptide main chain.
O
Alpha-helices and beta-sheets are often the first structures formed in protein folding, and they act as
the folding nucleus.
Alpha-helices and beta-sheets show how a folded protein can satisfy the polar groups of the peptide
main chain through hydrogen bonding.
Because alpha-helices and beta-sheets are such stable structures, they explained the why folding
was a spontaneous reaction.
Transcribed Image Text:Question 9 Of the choices below, choose the LARGEST set that contains ONLY sp2 hybridized atoms? H₂N 2 H₂C 5110 H 10 11 7 CH₂ 12 15 H 5, 9, 19 5, 7, 12, 14 5, 7, 12, 14 and 19 1, 5, 7, 12, 14 and 19 O H₂C H 13 17 20=69 16 C 19 18 OH 21 Question 10 ( What question in protein folding did Pauling's discovery of secondary structure address? Both alpha-helices and beta-sheets are very stable structures because of the phi-psi conformation of peptide main chain. O Alpha-helices and beta-sheets are often the first structures formed in protein folding, and they act as the folding nucleus. Alpha-helices and beta-sheets show how a folded protein can satisfy the polar groups of the peptide main chain through hydrogen bonding. Because alpha-helices and beta-sheets are such stable structures, they explained the why folding was a spontaneous reaction.
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