all such forces are intermolecular forces.
When a solid dissolves in a solvent, the intermolecular forces holding the molecules in the solid lattice break. The solvent molecules surround the solute molecules, causing them to separate and disperse evenly throughout the solvent. The solute molecules become completely surrounded by solvent molecules in a process called solvation.
When a solid is placed in water, it will dissolve if the attractive forces between the water molecules and the solid molecules are stronger than the forces holding the solid molecules together. If the solid does not dissolve, it may remain suspended in the water as a suspension or sink to the bottom as a sediment.
This process is called dissolution, where the solid particles break down and disperse into the liquid. This occurs when the attractive forces between the liquid molecules and the solid particles are greater than the forces holding the solid together.
The attractive forces between molecules can be weakened by supplying them with heat energy.
Carbon dioxide can exist in both liquid and solid states due to intermolecular forces. While carbon dioxide is nonpolar, it can undergo weak dispersion forces called London forces between molecules, allowing it to transition into a liquid or solid form under specific temperature and pressure conditions.
The attraction between water molecules and solid surfaces is called adhesion. This phenomenon is due to the intermolecular forces between the molecules involved, leading to the water molecules being attracted to the surface of the solid.
These forces are called adhesion forces.
There are strong forces of attraction between particles in a solid.
When a solid dissolves in a solvent, the intermolecular forces holding the molecules in the solid lattice break. The solvent molecules surround the solute molecules, causing them to separate and disperse evenly throughout the solvent. The solute molecules become completely surrounded by solvent molecules in a process called solvation.
When a solid is placed in water, it will dissolve if the attractive forces between the water molecules and the solid molecules are stronger than the forces holding the solid molecules together. If the solid does not dissolve, it may remain suspended in the water as a suspension or sink to the bottom as a sediment.
In a solid, molecules are closely packed together with strong intermolecular forces, leading to a fixed shape and volume. In a gas, molecules are far apart with weak intermolecular forces, allowing them to move freely and fill the container they are in. Both phases have molecules, but differ in their spacing and behavior due to their respective intermolecular forces.
In solid, the molecules r tightly packed by intermolecular forces, but in gas these forces r very loose.
slolid
In a solid state, molecules are packed closely together but they do not touch each other in the traditional sense. There is a small distance between molecules due to the forces of attraction and repulsion between them.
This process is called dissolution, where the solid particles break down and disperse into the liquid. This occurs when the attractive forces between the liquid molecules and the solid particles are greater than the forces holding the solid together.
When a solid dissolves in a solvent, the solvent molecules surround the ions of the solid, breaking the interionic forces between them. This process occurs because the interactions between the ions and the solvent molecules are energetically favorable, allowing the solid to dissociate into its constituent ions and disperse throughout the solvent.
The attractive forces between molecules can be weakened by supplying them with heat energy.