involve an especially strong dipole dipole force between molecules and are responsible for the unique properties of water and pin dna into its charact
Logo

Nursing Elites

HESI A6

HESI A2 Chemistry Practice Test

1. What type of bonds involve an especially strong dipole-dipole force between molecules and are responsible for the unique properties of water and pin DNA into its characteristic shape?

Correct answer: B

Rationale: Hydrogen bonds involve an especially strong dipole-dipole force between molecules. These bonds are responsible for the unique properties of water, such as its high surface tension and ability to form droplets. Additionally, hydrogen bonds help hold DNA strands together in its characteristic double helix shape, playing a crucial role in DNA structure and stability. Choice A, 'Oxygen links,' is incorrect as it does not accurately describe the type of bonds involved. Choice C, 'Dipolar bonds,' is also incorrect as it is a generalized term and does not specifically refer to the bonds described in the question. Choice D, 'N/A,' is irrelevant and does not provide an answer to the question.

Access More Features

No packages found.

Other Courses