Examples of solids in gas solutions include hydrogen in platinum and sulfur vapor in air. In chemistry and physics, there are three states of matter, which are solid, liquid and gas. From these states seven different types of solutions can form, including gas solutions, which involve the dissolving of gas particles into surrounding solid substances or the dissolving of solid particles into gas.Know More
The formation of solutions requires the combination of a solvent and a solute. Solvents are considered the dissolving substances. In the case of the gas solution comprised of hydrogen and platinum, platinum is the solid substance, or solvent that the gas particles of hydrogen dissolve into. Solutes, in contrast, are gaseous elements that dissolve into surrounding hard or solid materials. In the gas solution of sulfur vapor in air, the solute is the solid substance of sulfur vapor that combines with air, which exists as a gas.
In some solutions, the solvent and solute are quite different in nature, which makes them easy to distinguish from each other. In solutions formed from like substances such as those prepared from two liquids or two solids, it is often harder to distinguish the solute from the substance. In these instances, solutes are typically considered to be the substances of lesser quantity that create the mixture.Learn more about States of Matter
Total soluble solids are solids that are dissolved within a substance. A common total soluble solid is sugar. The technique of measuring the concentration of total soluble solids is called refractometry, and it is used extensively in the food industry.Full Answer >
Most metals are solids at room temperature as they have high melting points. Mercury is the only metal that occurs in liquid form at this temperature.Full Answer >
Convection does not occur in solids because the particles within are too tightly packed to facilitate the process. Convection requires actual movement between the particles within a substance in order to transfer heat which is only possible in a fluid state of matter such as liquid or gas.Full Answer >
Most solids, liquids and gases expand when they are heated because the molecules that make up the substance move more rapidly, which puts more distance between each of the molecules. This property of matter hold true irrespective of the state of matter in most cases. There are exceptions to this general rule; water, for example, expands when it transitions from liquid to solid form.Full Answer >