Because of different densities (ex. water and oil)
Yes, They do. Different liquids have different levels of cohesion And adhesion, such as Mercury, has more cohesion and less adhesion than water.
polar liquids have a greater capillary action due to the adhesion and cohesion of polar substances such as water
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.
Different liquids boil at different temperatures. When the boiling points (the temperature at which a liquid boils) are sufficiently different, boiling can be used to seperate the liquids
Unlike the particles that make up solids and liquids, gas particles have a large amount of empty space between them. The space that gas particles occupy is the gas's volume, which can change because of temperature and pressure.
All liquids are not the same: they have different physical and chemical properties.
surface tension is the result of cohesion which holds liquids together surface tension is the result of cohesion which holds liquids together surface tension is the result of cohesion which holds liquids together
Liquids have intermolecular forces of attraction,these resist the motion of a liquid. These forces have different magnitude in different liquids thus some fluids flow more easily than others.
cohesion/ cohesive forces
cohesion and adhesion
It is surface tension.
It depends on the amount of clay that is in the granular soil. Typically granular soils have low cohesion. A clean sand will have 0 cohesion.
Yes, different temps will effect the amount of rust on a penny, nail, needle, and paper clip. The different types of liquids will also effect the rusting process.
polar liquids have a greater capillary action due to the adhesion and cohesion of polar substances such as water
No. Liquids have a definate, or fixed volume.
No it just takes the shape of the container. Same amount of space (volume). Generally speaking you can really compress a liquid but not noticeable before it solidifies (for most liquids). Different deal for Newtonian liquids tho.
Yes
cohesion