Dipolar

The dipolar moment of a molecule can be used to determine its polarity.

Water is a dipolar that attracts other polar molecules.

The chemist analyzed the dipolar nature of the compound using spectroscopy.

The dipolar properties of lipids play a crucial role in membrane formation.

The dipolar moment of a molecule can be measured using spectroscopy.

The dipolar nature of water is responsible for its unique properties.

Dipolar interactions play a crucial role in the stability of biomolecules.

The dipolar behavior of the compound is important for its biological activity.

A dipolar solvent is used in this chemical reaction.

The dipolar forces between molecules influence their interactions.

The dipolar character of the compound affects its solubility in different solvents.

The dipolar behavior of certain compounds can be exploited for their use as surfactants.

The dipolar forces between two atoms can either attract or repel them.

A dipolar solvent can dissolve both polar and nonpolar solutes.

The dipolar moment of a molecule is dependent on the difference in electronegativity between its atoms.

The dipolar moment of a molecule can be calculated using quantum mechanical models.

The dipolar interaction between atoms results in the formation of a dipolar molecule.

The dipolar bond in the compound contributes to its stability.

Some organic compounds exhibit dipolar characteristics due to the presence of polar functional groups.

The dipolar nature of the molecule determines its reactivity.

The structure of DNA is dipolar due to the presence of negatively charged phosphate groups and positively charged bases.