Hydrogen bonds
Hydrogen Bonds
The amount of vibration of the individual molecules (H2O) in the water determines its temperature.
Water
hydrogen bond bonds water molecules with other water molecules.
Inside one of the open spaces of an ice crystal, there are water molecules arranged in a lattice structure. These spaces are called "interstices" and they allow for the formation of a repeating pattern of hydrogen bonds between adjacent water molecules. The arrangement of the water molecules determines the shape and symmetry of the ice crystal.
Amount of water in air determines moisture. It determines the level of humidity.
hydrogen bonds
Interfering with the cohesiveness of water molecules, thereby reducing the surface tension of alveolar fluid.
water
Well, one really big and well known reason is that it allows water to be transported through plants. The sun exaporates water and cohesion allows the water to be sucked up to the leaves from the bottom even with gravity pulling down on it because of the constantly reformed hydrogen bonds.
The amount of vibration of the individual molecules (H2O) in the water determines its temperature.
Water
Water Molecules are polar molecules. That means that one end of the molecule has a slight positive end and one end has a slight negative end. Then just like a magnet, the positive end poles the negative end connecting the two.
In chemistry and physics, cohesion refers to the sticking together of alike molecules, such as water molecule being attracted to another water molecule. Cohesion also causes water molecules to form drops.Together with adhesion It helps to explain the occurrence of surface tension and capillary action.In botany, cohesion pertains to the fusion of plant parts, such as in syncarpy.
The motion of molecules determines
Hydrogen bomds
Water is polar, meaning the Hydrogen and Oxygen molecules in the water have an uneven distribution of electrons. This causes an attraction between the water molecules poles, like magnets, which draws them together. The water Hydrogen Bond also affects cohesiveness because each oxygen molecule in water has 2 lone pairs of electrons which can each form a Hydrogen bond with the hydrogen from another water molecule
the thing that determines it is the type of molecules that are in the substance