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match the intermolecular force of attraction with the stabilized attribute of the double helix of dna. exterior sugar-phosphate groups exterior sugar-phosphate groups drop zone empty. stacked n-containing bases stacked n-containing bases drop zone empty. coupled complementary bases on each side of the double helix chain

Respuesta :

Intermolecular forces that help to stabilize a DNA double helix:

  • Dispersion forces (in the interior bases stack and interact through dispersion forces).
  • Ion-dipole forces (The polar exterior interacts with its aqueous environment through ion-dipole forces and hydrogen bonds).
  • Hydrogen bonds (Bases form sequences of specific interchain hydrogen bonds and the polar exterior forms hydrogen bonds with its aqueous environment).

DNA consists of two strands aligned antiparallel to each other, connected by many hydrogen bonds between bases on opposite strands. It is these highly specific intermolecular interactions that allow DNA to be read and written based on complementary interactions. Although individual hydrogen bonds are much weaker than covalent bonds.

Learn more about Intermolecular forces here:- https://brainly.com/question/2193457

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