Which effect dominates dissociation energy changes when hydrogen bonds length variations in DNA arise?

💡 Explanation

Decreasing length in hydrogen bonds alter hydrogen bonding strength because electrostatic potential energy between the donor and acceptor atoms becomes more negative as shorter distance strengthens attraction between partially charged hydrogen and acceptor atoms. Therefore electrostatic potential energy changes dominate dissociation energy rather than dipole-dipole, entropy, or covalent bonds.

• Which consequence results when a stressed transparent polymer undergoes irradiation by polarized light?
• Which outcome results when internal pipe roughness reduces the Reynolds number?
• Which consequence results the instant a high-voltage transmission line's insulator breaks under extreme dielectric stress?
• Which outcome increases greatly when an ideal closed Brayton cycle compressor operates near 100% humidity?
• Which consequence prevails when high temperature weakens epoxy bonds in composite wing structures?
• Which failure occurs when a dielectric material within an AC film capacitor experiences voltage beyond its rated capacitance?