You may be referring to the Noble Gases, but they certainly are not inert as there have been several Noble Gas compounds made. The Noble Gases refer to group 18 of the Periodic Table. All of the gases are colorless, tasteless, and odorless in their native form and under standard conditions. However, when electricity is passed through them within a gas discharge tube the gas particles give off light. In gas discharge tubes, a current will disassociate electrons from the gas molecules, creating ions, and when electrons recombine with the ions, different lighting effects are created. The light will be characteristic of the material contained within the tube and will be composed of one or more narrow spectral lines. In this case:
A spectral pattern is basically a line of dark or bright colors that continue on and never stop. These patterns and lines can be used to identify gases and lights.
sun's rays are made up of a mixture of seven colors. it is apparent in the rainbow. oxygen and nitrogen occupy not less than 98% of the gases in the air. blue light in the sun's rays are scattered when it hits those gases.
blister gases, choking gases and nerve gases
There are many gases that can be considered monatomic gases. Some of these gases are helium, neon, argon, krypton, xenon and radon and all of those gases are considered noble gases.
Heat-trapping gases.
Because of all the different gases that it has.
Many gases are colourless, but not all. Some examples :chlorine - yellowish greenbromine - reddish browniodine - violet
It's multicolored because of the colors of the gases.
The noble gases are used in illuminated (aka Neon) signs. Refer to the related link to see an illustration of the colors made by the different noble gases.
Nobles gases like argon, neon....
Usually it seems that they are. Some really are. Others are just not presented in a way that makes them visible. In short, some gases are visible and have colors. Check the link.
Look to the far right of the periodic table. Those are inert gases. Neon among them. On my chart in the "Life Science Libary" "Matter" book they were in tubes and electrified. They all had unique colors. By mixing them you have a pallet of electric light.
All elements emit colors when an electric current is applied.
Yes, but the gas is carbon dioxide, not neon. Actual neon lights glow red. Different gases glow different colors.
A spectral pattern is basically a line of dark or bright colors that continue on and never stop. These patterns and lines can be used to identify gases and lights.
sun's rays are made up of a mixture of seven colors. it is apparent in the rainbow. oxygen and nitrogen occupy not less than 98% of the gases in the air. blue light in the sun's rays are scattered when it hits those gases.
A spectrum is a function of the light source. A gas will absorb / emit light based on its molecular bonds, and different gases have different bonds.