QuestionDecember 16, 2025

The strength of the dipole-dipole interactions __ with the number of electrons in a molecule. a Increases b Decreases C Remains constant d First increases and then decreases

The strength of the dipole-dipole interactions __ with the number of electrons in a molecule. a Increases b Decreases C Remains constant d First increases and then decreases
The strength of the dipole-dipole interactions
__ with the
number of electrons in a molecule.
a Increases
b Decreases
C Remains constant
d First increases and then decreases

Solution
4.0(223 votes)

Answer

c Remains constant Explanation 1. Analyze dipole-dipole interaction dependence Dipole-dipole interactions depend on molecular polarity, not directly on the number of electrons. 2. Consider electron count effect More electrons can increase polarizability (affecting London forces), but do not inherently change dipole strength unless they alter molecular polarity.

Explanation

1. Analyze dipole-dipole interaction dependence<br /> Dipole-dipole interactions depend on molecular polarity, not directly on the number of electrons.<br />2. Consider electron count effect<br /> More electrons can increase polarizability (affecting London forces), but do not inherently change dipole strength unless they alter molecular polarity.
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