Intermolecular

Intermolecular forces affect the boiling point of liquids.

The intermolecular interactions between the two compounds led to the formation of a new substance.

Intermolecular bonding in DNA molecules determines their structure and function.

Understanding intermolecular forces is crucial for predicting the properties of materials.

The intermolecular attraction between molecules in a gas determines its pressure and volume.

The viscosity of the liquid is dependent on the intermolecular forces between its molecules.

The intermolecular forces between the atoms in a van der Waals gas are relatively weak.

The lotus plant has intermolecular properties that allow it to repel water.

The intermolecular bonding between metals determines their electrical and thermal conductivity.

The intermolecular forces between molecules in this substance are particularly strong.

The temperature at which intermolecular bonds break can vary depending on the substance.

The intermolecular bonding between sugar molecules in a candy is strong, making it difficult to dissolve quickly in water.

The intermolecular forces between the particles in a liquid determine its viscosity.

The wax on this car provides an intermolecular barrier that repels water.

The intermolecular forces between particles in a colloid can be easily broken by mechanical shear or ultrasonic waves.

The intermolecular forces between noble gas atoms are very weak.