The gas most likely described is neon. Neon is an inert gas that can emit a bright orange-red glow when electricity is applied to it, creating what is commonly seen in neon signs.
Electric power is put trough a metallic filament inside a bulb that is filled with an inert gas. the filament is surrounded by the inert gas rather then air to stop the metallic filament from oxidizing when it starts to glow as a result of the electricity being run through it. the glowing filament produces the light.
That depends on the type of light bulb in question. Traditional incandescent light bulbs have four main pairs: The filament, which glows and emits light, when electricity runs through it; The inert gas, which keeps the filament from burning; The outer casing, which keeps the inert gas in place; and, The electrical connection, which screws into the socket to provide electricity.
That depends on what inert gas you're taling about.
Carbon monoxide is not an inert gas.
when electricity is passed throug inert gas like Neon,it liberates its electron and this electrons can allow elecricity to pass through it.
I think that would be Neon.
inert gas inert gas inert gas
The dictionary definition opposite of "inert" is "reactive". Well, "reactive" would be the best one. ^___^"
As an inert gas, it shields the weld from oxygen and corrosion during the melting process. Tig welding means "through inert gas".
argon is an inert gas
All argon gas is inert.
No, krypton is not a good conductor of electricity. It is a noble gas and is categorized as an insulator. It does not easily allow the flow of electric charge through it.
The gas most likely described is neon. Neon is an inert gas that can emit a bright orange-red glow when electricity is applied to it, creating what is commonly seen in neon signs.
Electric power is put trough a metallic filament inside a bulb that is filled with an inert gas. the filament is surrounded by the inert gas rather then air to stop the metallic filament from oxidizing when it starts to glow as a result of the electricity being run through it. the glowing filament produces the light.
That depends on the type of light bulb in question. Traditional incandescent light bulbs have four main pairs: The filament, which glows and emits light, when electricity runs through it; The inert gas, which keeps the filament from burning; The outer casing, which keeps the inert gas in place; and, The electrical connection, which screws into the socket to provide electricity.
Yes, you can make a chemical reaction without making the product an inert gas. For example, if you run an electric current through Hydrogen and Oxygen, the product is Water, or H2O. Water is not an inert (noble) gas, so you can make a chemical reaction without making the product an inert gas.