Gases are classified as oxidizers, inert or flammable. A gas that is an oxidizer is not flammable but does contribute to a combustion reaction. Inert gases do not partake in combustion reactions and do not react with other materials. Flammable gases react with air or oxygen and burn or explode.Continue Reading
Some examples of oxidizing gases include fluorine, chlorine, nitrogen dioxide and nitric oxide. The inert gases include argon, carbon dioxide, helium, neon, nitrogen and xenon. Common flammable gases include acetylene, ammonia, butane, hydrogen and propane.
Gases are one of three types of matter present on the Earth; the others are solids and liquids. Gases differ from solids and liquids in that their particles are more spread out than those in the other two phases of matter. Gas particles contain a lot of energy and move in random ways. Gas particles have the ability to fill a container of any shape or size. In addition to their ability to expand, gas particles also compress. This flexibility is used in the manufacturing industry to place various types of gases into different containers for use. Manipulating both the pressure of the gas and the temperature allows it to conform to the container or device.Learn more about States of Matter
Noble gases do not form compounds because their full valence shells make them stable and chemically nonreactive. Atoms form compounds to achieve a full valence shell that leaves them more stable.Full Answer >
The inert gases, also called noble gases, are argon, helium, neon, krypton, xenon and radon. The inert gases are in Group 18, located on the far right of the periodic table.Full Answer >
Some odorless gases include ethane, helium, hydrogen, radon and nitrogen. Ethane is a flammable hydrocarbon made of two carbon atoms and six hydrogen atoms. The other gases are elements.Full Answer >
Whether the solute is a solid or gas, its solubility in water is dependent on temperature such that an increase in temperature can make solids more soluble while gases become less soluble. This means that if the temperature of water is increased by heating it, then the solid solute will dissolve more quickly. However, for gases dissolved in water, the reverse occurs and solubility decreases with an increase in water temperature.Full Answer >