That is capillary action.
what ia the influence of adhesion and cohesion on liquid
Capillary action is the motion of water up a thin tube against the flow of gravity as a result of cohesion and adhesion
Adhesion to the test tube or cohesion of the liquid molecules causes the meniscus to form.
At the surface of the liquid the phenomenon is called evaporation. In the entire voume of the liquid the phenomenon is called vaporization.
Adhesion produces the effect of capillary action when a straw is placed in liquid. Capillary action is liquid's ability to flow in narrow spaces without external forces like gravity.
what ia the influence of adhesion and cohesion on liquid
Cohesion the force of attraction by which the molecules of a solid or liquid tend to remain together (clinging power of the same substance)Adhesion: intermolecular attraction between substances that are unlike and in surface contact, causing them to cling together (like glue to paper)
it depends on the solid with which the liquid comes in contact, if the adhesion is stronger the liquid wets the solid else i t cannot ; eg;- in the case of water and glass the adhesion is much stronger than cohesion ,on the other hand the cohesion is greater if you consider the case of water and certain leaves(in which water cant wet them).
Cohesion is the attraction or holding together of molecules of the same substance. It affects living organisms through water, which also has adhesion (holding together of molecules of different substances). A combination of cohesion and adhesion creates capillary action, the ability for water (or any liquid) to run along a surface. (basically, it allows water to climb up small tubes.
Water and benzene will have a work of adhesion rather than a work of cohesion as this is the work associated with the connection between two things as opposed to cohesion which is the force holding one thing together. The expression for the work of adhesion is: gamma of the liquid vapour interface + gamma of solid vapour interface - gamma of solid liquid interface. Where gamma is surface tension.
Cohesion is the attraction or holding together of molecules of the same substance. It affects living organisms through water, which also has adhesion (holding together of molecules of different substances). A combination of cohesion and adhesion creates capillary action, the ability for water (or any liquid) to run along a surface. (basically, it allows water to climb up small tubes. YAY ME! :)
The liquid rises up due to the forces of adhesion between the capillary and liquid.. It rises till the extent when adhesive and cohesive forces and external forces balance each other...
Capillary action is the motion of water up a thin tube against the flow of gravity as a result of cohesion and adhesion
Cohesion ia property of identical molecules to form agglomerates; a common example is the assembly of mercury from small bubbles into a larger one.Adhesion is the attraction between molecules of different chemical nature.
the spreading co efficient is defined as the difference b/w the work of adhesion b/w 2 liquids & the work of the cohesion existing in the substrate liquid.
Surface tension will attract the water solution to the molecules of the container thus lifting it up on the edges. Mercury, being much more dense has no such attraction because it is a liquid metal.Answer:It is due to what is called cohesion and adhesion. The water molecules are attracted to each other through cohesion, which is the attraction between similar particles (by polarity). Adhesion is attraction between unlike molecules. When water is placed in a glass container, the forces of adhesion overcome the forces of cohesion, and the water climbs up the glass. Conversely, the attraction between mercury atoms (cohesion) is stronger than its attraction to the glass (adhesion). Therefore, the atoms pull together and away from the glass.
Capillarity is the ability of a solution to rise up in a tube with a very low diameter, even against gravity. It is caused by surface tension, cohesion of the liquid, and adhesion to the walls of the tube.