Name three intermolecular forces that stabilize the structure of DNA, and explain how they act. A. flat, N-containing bases stack above each other, forming ion-dipole bonds to aqueous surroundings B. nitrogen bases form ion-dipole bonds to their complementary bases C. nitrogen bases interact with their complementary bases through dispersion forces D. nitrogen bases form hydrogen bonds to their complementary bases E. sugar-phosphate chains form ion-dipole and hydrogen bonds to the nitrogen bases F. flat, N-containing bases stack above each other, allowing for interaction through dispersion forces G. flat, N-containing bases stack above each other, forming intrachain hydrogen bonds H. sugar-phosphate chains form ion-dipole and hydrogen bonds to the aqueous surroundings I. sugar-phosphate chains form hydrogen bonds to the nitrogen bases J. sugar-phosphate chains stack above each other, allowing for interaction through dispersion forces

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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Name three intermolecular forces that stabilize the structure of DNA, and explain how they act.
A. flat, N-containing bases stack above each other, forming ion-dipole bonds to aqueous
surroundings
B. nitrogen bases form ion-dipole bonds to their complementary bases
C. nitrogen bases interact with their complementary bases through dispersion forces
D. nitrogen bases form hydrogen bonds to their complementary bases
E. sugar-phosphate chains form ion-dipole and hydrogen bonds to the nitrogen bases
F. flat, N-containing bases stack above each other, allowing for interaction through
dispersion forces
G. flat, N-containing bases stack above each other, forming intrachain hydrogen bonds
H. sugar-phosphate chains form ion-dipole and hydrogen bonds to the aqueous
surroundings
I. sugar-phosphate chains form hydrogen bonds to the nitrogen bases
J. sugar-phosphate chains stack above each other, allowing for interaction through
dispersion forces
III
Transcribed Image Text:Name three intermolecular forces that stabilize the structure of DNA, and explain how they act. A. flat, N-containing bases stack above each other, forming ion-dipole bonds to aqueous surroundings B. nitrogen bases form ion-dipole bonds to their complementary bases C. nitrogen bases interact with their complementary bases through dispersion forces D. nitrogen bases form hydrogen bonds to their complementary bases E. sugar-phosphate chains form ion-dipole and hydrogen bonds to the nitrogen bases F. flat, N-containing bases stack above each other, allowing for interaction through dispersion forces G. flat, N-containing bases stack above each other, forming intrachain hydrogen bonds H. sugar-phosphate chains form ion-dipole and hydrogen bonds to the aqueous surroundings I. sugar-phosphate chains form hydrogen bonds to the nitrogen bases J. sugar-phosphate chains stack above each other, allowing for interaction through dispersion forces III
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