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cuz it slows down the evaporation of d filament of the bulb....so that d bulb doesn't stop working.
If you use air instead of argon to fill a light bulb, the air will burn the light bulb.
Argon does not have an electric configuration.
Electric light bulbs, fluorescent tubes, and radio vacuum tubes and as an inert gas shield in arc welding.
light bulbs :)
Modern bulbs are usually filled with a mixture of argon and nitrogen. More rarely, some bulbs are filled with pure argon, krypton or xenon. The earliest bulbs weren't filled with any gas, but had vacuum inside.
Electric light bulbs are commonly filled with argon gas. The other ones could also be either helium, neon, nitrogen or krypton.
Modern bulbs are usually filled with a mixture of argon and nitrogen. More rarely, some bulbs are filled with pure argon, krypton or xenon. The earliest bulbs weren't filled with any gas, but had vacuum inside.
Argon gas .
cuz it slows down the evaporation of d filament of the bulb....so that d bulb doesn't stop working.
Light bulbs are filled up by Neon or Argon gases, because they are inert.
Light bulbs are filled up by Neon or Argon gases, because they are inert.
"filled with nothing" ??? yes is the answer your looking for, but the bulbs we use today are optimized to work with whatever gases each company uses. Oxygen is the destroyer of fillaments (remember the old flash bulbs?)
If you use air instead of argon to fill a light bulb, the air will burn the light bulb.
By replacing oxygen in the bulbs, argon can prevent the corrosion by oxidation of the filament.
Argon does not have an electric configuration.
used as filling for fluorescent lamps, electric light bulbs, incandescent lamps and for vacuum tube.