A type of gas is a classification in which a gas falls under that describes its properties. Gases can be classified as oxidizers, inert gases and flammable gases.Know More
Oxidizing gases are not flammable gases but contribute to a combustion reaction. They should not be used in combination with fats or oils. Inert gases do not react with other substances and do not participate in combustion reactions. When an inert gas is emptied into a room or space, it reduces the amount of oxygen present and limits the process of combustion. This principle is applied in extinguishing systems. Flammable gases combine with air or oxygen and burn or explode.
A gas is one of the three states of matter, including solids and liquids. Gas particles contain large amounts of energy but are less organized than particles of other matter states. They are spread out over a greater distance and move more randomly. Gas has the ability to expand or compress to fill a container. This is done with a manipulation of the pressure of the gas as well as changing the temperature. Gases move from areas of high pressure to areas of lower pressure. If a gas is a liquid at room temperature, it is referred to as a vapor.Learn More
Ideal gases are hypothetical substances studied by scientists and students to simplify intermolecular forces. Ideal gases are point masses that constantly move in a random, straight-line nature. The behavior of ideal gases, meaning the relationship of pressure (P), temperature (T) and volume (V) is summarized as PV=nRT, where "n" is the number of moles of gas. This equation for ideal gases will always equal one.Full Answer >
Examples of gases include oxygen, nitrogen, helium, hydrogen, argon, fluorine, krypton, neon, radon, xenon and chlorine. These gases are single elements, though many gases are compounds or mixtures. Such gases include carbon dioxide, carbon monoxide, methane, air, ammonia, formaldehyde, ozone, nitrous oxide and natural gas.Full Answer >
Gases can be compressed easily because there is a large amount of space between the individual molecules, which are very active and move around at high speed. When gas is compressed, the particles are forced much closer together, allowing a huge amount of particles to fit in a small space.Full Answer >
Gases can be compressed because each gas particle has relatively vast amounts of room between it and all other gas particles the majority of the time. Thus, compression, which is essentially forcing the gas particles closer together, has a great deal of space to reduce. This contrasts with liquids and solids, which have particles in constant contact with one another, and thus little room to compress.Full Answer >