The electrostatic attraction known as hydrogen bonds that form directional intermolecular associations.
adhesion - when different molecules stick together (water to clothes) cohesion - when molecules of the same type stick together (water to water)
Water molecules stick together due to the hydrogen bonding that occurs between them. This attraction is caused by the electronegativity difference between oxygen and hydrogen, creating a polar molecule with a positive and negative end. This allows water molecules to form cohesive forces, allowing them to stick together and create surface tension.
cohesion
The primary forces at work on water include gravity, surface tension, and cohesive forces between water molecules. Gravity pulls water downward, while surface tension causes water molecules at the surface to bond tightly together, forming a barrier. Cohesive forces allow water molecules to stick to each other, contributing to properties such as capillary action and water's ability to form droplets.
This depends. If the molecules are of different kinds (ie: Water and Glass), then it is called adhesion. If they are of the same kind, it is called cohesion.The tendency of molecules of the same kind to stick to one another is known as cohesion. This is what keeps the molecules together a good example being in water.
Cohesion is a property of water molecules, in which they stick together due to the fact that they form hydrogen bonds with one another.
The tendency of water molecules to stick together is known as cohesion. This phenomenon arises due to hydrogen bonding between the molecules, resulting in surface tension and the ability of water to form droplets.
This is called adherence. It is the force of attraction between the water molecules and the glass molecules.
Water molecules tend to stick together due to hydrogen bonding, where the positively charged hydrogen atoms of one water molecule are attracted to the negatively charged oxygen atoms of another. This results in cohesive forces that give water its unique properties, such as high surface tension. Water molecules can be positioned to stick together either by aligning their hydrogen and oxygen atoms in a head-to-tail manner, or by forming a more complex network where multiple hydrogen bonds occur between various molecules, enhancing their cohesive interactions.
When many water molecules come into contact with one another, they are attracted to each other due to hydrogen bonding. This attraction causes the water molecules to stick together and form cohesive forces, which results in surface tension and the ability of water to stick to surfaces.
Cohesion is a property of water molecules, in which they stick together due to the fact that they form hydrogen bonds with one another.
Hydrogen Bonding