Intermolecular

The viscosity of a liquid is influenced by the intermolecular forces between its molecules.

The intermolecular interactions between solute and solvent molecules are important in determining solubility.

Intermolecular forces play a role in determining the physical properties of polymers.

The article discussed the intermolecular interactions that enable plant growth and development.

The intermolecular attraction between two molecules can cause them to bond together.

Intermolecular attractions are responsible for the surface tension of liquids.

The intermolecular forces between molecules are influenced by their shape and polarity.

The intermolecular interactions between drug molecules and biological targets are critical for pharmacological activity.

The seminar covered the intermolecular interactions involved in the formation of crystals.

The intermolecular forces between molecules of the same substance can result in cohesion.

The intermolecular attraction between molecules in a crystal is strong, which is why crystals have a regular geometric shape.

Intermolecular interactions between gases are negligible under normal conditions, hence they behave like ideal gases.

The intermolecular forces between the particles in the gas determine its compressibility.

The intermolecular interactions between atoms of different molecules determine their reactivity.

The intermolecular attraction between the hydrogen and oxygen atoms in water makes it a good solvent.

The intermolecular forces between the particles in a gas are very weak.

The intermolecular attraction between molecules in a magnet creates a magnetic field.

The strength of intermolecular forces is related to the temperature and pressure of a substance.

The shape of a molecule can affect its intermolecular forces with other molecules.

Intermolecular attractions between water molecules are what give water its unique properties.

The intermolecular forces between water molecules give it a high surface tension.

The intermolecular forces in a molecule of DNA are responsible for its double-helix structure.

Intermolecular forces are responsible for the formation of liquids and solids from gases.

The intermolecular bonding in ice causes it to expand as it freezes.

The strength of intermolecular bonds determines the boiling point of a liquid.

The intermolecular interactions between drugs and their receptors determine their effectiveness.

The intermolecular forces between the DNA strands are important for the stability of the double helix structure.

The intermolecular bonding between different atoms in a molecule can affect its polarity.

The intermolecular attractions between different molecules can lead to the formation of complex structures.

The intermolecular attraction between amino acids is responsible for the structure of proteins.

The intermolecular distance between atoms in a solid is much shorter than in a gas.

The intermolecular bonding between different atoms in a crystal can be broken by mechanical stress or shock waves.

The intermolecular interactions between different types of molecules in a polymer blend can be disrupted by adding a solvent.

The intermolecular interactions between different types of molecules in a polymer solution can be disrupted by adding a nonsolvent.

The intermolecular bonding between atoms in a metal creates a metallic bond, which is very strong.

The hydrophobic coating on this material is due to its intermolecular structure repelling water.

The intermolecular forces between different molecules in a gas affect its behavior at high pressures.

The complex intermolecular dynamics of water molecules play a crucial role in many biological processes.

The surface of this insect's wings is covered in intermolecular structures that allow it to repel water and remain airborne.

The intermolecular forces between gas molecules become significant at high pressures.

The intermolecular forces between the atoms in the crystal lattice determine its hardness.

The intermolecular forces of attraction between the molecules in this solution determine its boiling point.

The strength of the intermolecular interactions between the molecules in this material affects its hardness.

The lab report analyzed the intermolecular collisions between gas particles.

Intermolecular forces are the reason why certain substances are solids at room temperature, while others are liquids or gases.

The intermolecular forces between molecules in a liquid affect its surface tension.

The research paper explored the intermolecular interactions that affect the structure of DNA.

The intermolecular forces in a solid are usually stronger than those in a liquid or gas.

Solubility of a substance is dependent on the nature of its intermolecular forces.

Intermolecular bonding is responsible for the physical properties of matter.