water exerts two types of force cohesive and adhesive force.Cohesive force exist between water molecules and adhesive force exist between water and other objects.therefore when our hand is dipped in water the adhesive force overtakes the cohesive force and thus water sticks to hand.Its same as the capillarity principle
Surface tension; Capillary action; and Turgor Pressure.
Because water molecules are polar, they exhibit both cohesion adhesive. They are cohesive because they stick to other water molecules, and adhesive because they also stick to other surfaces.
cohesion-- Water molecules stick to each other. adhesion-- Water molecules stick to other molecules. Water is a polar molecule because of oxygen is more electronegative. Hydrogen bonds create surface tension and result it water's cohesive and adhesive properties. Hydrophobic = repel water Hydropholic = affinity for water. ...... hahaha XD
because,the adhesive force of mercury in more compared to the cohesive force which acts on a capillary tube. that's why mercury falls in capillary tube
Cohesive
adhesive
Adhesive, decisive, inconclusive.
This is a cohesive interaction.
The team presented a cohesive plan for the project, demonstrating their strong unity and organization.
Both, the water molecules are cohesive to each other, and the outer water molecules are adhesive to the table surface.
Surface tension does.
Water has stronger adhesive forces than adhesive forses. Mercury on the other hand has stronger cohesive forces than adhesive. cohesive forces hold molecules of the same substance together , vice-versa for adhesive forces
cohesive force and Adhesive force
Yes, water beads up on wax paper because its cohesive forces are greater than the adhesive forces.
Water molecules are both cohesive and adhesive: they can stick together or stick to other surfaces.
Cohesive reaction is the process where an adhesive goes through a molecular change. This molecular change creates a new material or substance.