Noble gases have a minimum tendency to lose or gain electrons and thus engage in chemical reactions. Elements are more likely to combine when it leads to the outermost electron shell becoming full. For the noble gases the outermost electron shell has eight electrons, which is to say that it is already full (this is true for all except helium, which has 2 electrons in its only shell, but again this means the outermost shell is full). Therefore it is difficult for the atoms of a noble gas to combine with other atoms to form a compound. For this reason we say that the element is "inert" (as in does not react), and indeed the noble gases were known as the inert gases before it was discovered that it is possible for the heavier "inert gases" to form compounds.
The property of gases that allows them to be pressured into solution is the property of compressibility. When the compounds are compressed they are brought closer together and the higher the pressure the closer they become.
Gasses are comperssible (plato)
Inert gasses are also called noble gasses. These gasses are unlikely to participate in chemical reactions. Inert gasses are located in the 8th group of the periodic table.Inert gasses are also called noble gasses. These gasses are unlikely to participate in chemical reactions. Inert gasses are located in the 8th group of the periodic table.
Being gasses, each of these is compressible.
Nobody invented gasses. Gasses are one of the four naturally occurring states of matter: * Gasses * Liquids * Solids * Plasmas
gasses
how do gasses create pressure? What are the three characteristics of gasses according to the kinetic theory
Air is a mixture of gasses. In a gas, the molecules are far apart, so they do not allow for the easy transfer of heat by conduction.
gasses
Noble gasses are historically known as inert gasses - so true
No, gases and liquids are not ductile. Ductility is the property of a material to deform without breaking under tensile stress. Gases and liquids do not have a crystalline structure that allows for such deformation.
All gasses and vapors are compressible, whereas liquids and solids are not compressible to any useful extent. The compressibility of gasses is due to the much greater spacing of its molecules than would exist in its liquid or solid state; in fact, if you compress a gas far enough, it will eventually become a liquid, and then a solid. The compressibility of gasses is a very useful property that allows us to run machinery and to make aerosol sprays.