Intermolecular

The strength of intermolecular forces determines the physical properties of a substance.

The intermolecular interactions between water molecules give rise to its high boiling point.

The intermolecular forces between water molecules cause surface tension.

Intermolecular forces between molecules in a crystal lattice give rise to its unique structure.

The intermolecular attraction between molecules in a gas can be overcome by increasing the pressure.

The intermolecular forces in this material cause it to repel water.

The intermolecular forces of this compound cause it to repel water and cling to other hydrophobic surfaces.

The solid state of matter is characterized by strong intermolecular forces.

The boiling point of a substance is affected by its intermolecular forces.

The intermolecular forces between gas molecules are very weak.

The strength of intermolecular forces determines the solubility of a substance in a solvent.

Intermolecular forces determine the boiling point of water.

The intermolecular attraction between oil molecules is weak, which is why oil and water do not mix.

The intermolecular bonding between adjacent molecules in a protein determines its structure and function.

The intermolecular forces between the protein molecules influence their folding and function.

The intermolecular forces between the molecules of a gas determine its compressibility.

The boiling point of a substance is influenced by the strength of its intermolecular forces.

The intermolecular forces between the molecules in the solvent affect its ability to dissolve solutes.

The non-polar intermolecular bonds of this substance cause it to repel water.

Intermolecular interactions play a crucial role in protein folding.

The intermolecular attraction between ions in a salt solution allows it to conduct electricity.

The intermolecular interactions between proteins determine their function.

The strength of intermolecular forces affects the melting and boiling points of a substance.

The intermolecular forces between molecules affect the rate of chemical reactions.

The properties of a gas are affected by intermolecular interactions between its molecules.

The intermolecular forces in a crystal lattice determine its melting and boiling points.

Understanding the intermolecular forces at play is key to designing new materials with specific properties.

Intermolecular attractions between sugar and water molecules allow for the dissolution of sugar in water.

Changes in pressure can affect the intermolecular interactions between gases.

The intermolecular interactions between these two molecules are critical for their function.

The strength of intermolecular forces between molecules determines the viscosity of a liquid.

The presence of hydrogen bonds can greatly enhance intermolecular interactions.

Researchers are investigating the intermolecular interactions between proteins to better understand cellular processes.

The scientist studied the intermolecular interactions between the proteins.

Understanding the intermolecular interactions between surfactant molecules is important in formulating cleaning products.

The book explained the intermolecular forces that determine the properties of materials.

The intermolecular interactions between metal ions and ligands are responsible for the formation of coordination complexes.

The lecture discussed the intermolecular bonding in chemical compounds.

The intermolecular forces between the particles in a liquid are relatively weak compared to those in a solid.

The intermolecular bonding between atoms in a molecule can be broken by exposing it to light.

The intermolecular bonding between different atoms in a molecule can be broken by chemical reactions.

The intermolecular bonding between adjacent atoms in a crystal lattice determines its physical properties.

The intermolecular forces between atoms in a molecule determine its geometry.

Intermolecular forces influence the boiling point of a liquid.

The adhesive strength of a glue depends on its intermolecular properties.

The intermolecular attraction between water molecules results in its high surface tension.

The intermolecular structure of a crystal determines its optical properties.

The behavior of gases can be explained by intermolecular forces between their constituent particles.

The intermolecular forces between the molecules of the solid make it difficult to melt.

The intermolecular attraction between DNA base pairs holds the double helix structure together.