Question

explain the types of solution between states of matter

Answer 1

In a mixture, differences may existbetween regions or parts of the whole system. Material exists in three states: solid, liquid, and gas. Solutions exist in all these states: Gaseous mixtures are usually homogeneous and all gases mixtures are gas-gas solutions.

Answer 2

At the molecular level, molecules and ions of a solute are completely mixed with and interact with those of the solvent when a solute dissolves in a solvent. This type of mixing is homogeneousbecause no boundary is visible in the entire solution. In a mixture, differences may exist between regions or parts of the whole system.

Material exists in three states: solid, liquid, and gas. Solutions exist in all these states:

Gaseous mixtures are usually homogeneous and all gases mixtures are gas-gas solutions. For quantitative treatment of this type, of solutions, we will devote a unit to gases. The air is a natural gas solution, but its water and carbon dioxide contents may vary depends on the temperature and places.

When molecules of gas, solid or liquid are dispersed and mixed with those of liquid, the homogeneous (uniform) states are called liquid solutions. Solid, liquid and gas dissolve in liquid to form liquid solutions. In general, the terms solution and liquid solution are synonymous. Gases and liquid solutions have attracted the attention of most chemists, while material scientists and engineers are more interested in the manufacture and properties of solid solutions.

Many alloys, ceramics, and polymer blends aresolid solutions. Within certain range, copper and zinc dissolve in each other and harden to give solid solutions called brass. Silver, gold, and copper form many different alloys with unique colors and appearances. Alloys and solid solutions are important in the world of materials. The research, development, manufacture, and production of these material are big business, and a company for example, Standard Alloys, may concentrate on some aspects of these materials.