Argon and nitrogen are the two main gases used in bulbs today.
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Fluorescent tubes last longer and supply more light per watt of energy consumed than an incandescent bulb.
At present there are several types of light bulbs available for indoor domestic use.Arranged by their efficiency from least-to-most they are:Incandescent bulbs (60 watts)The old style light bulb emitting light from a hot filamentFluorescent tubes (30 to 40 watts)Several inch to several foot long tubes emitting light from a vacuum with a trace of Mercury vapour requiring a special fixtureCompact Fluorescent bulbs (15 watts)Roughly incandescent sized small fluorescent tubes designed to screw into standard light bulb fixturesLight Emitting Diode /LED's (5 watts)Small cool running lights using special mini-sockets or designed to fit into conventional sockets.Notes:Power requirements to provide as much light as a 60 watt incandescent bulb indicated in parenthesesBoth types of fluorescent tubes contain mercury and require special handling and disposal requirementsOutdoor lights would also include Mercury and Sodium vapour bulbs as well as high powered incandescent bulbs. These are more efficient than incandescent bulbs but the colour spectrum emitted and other aspects makes indoor use unlikely
Halogen light bulbs are a type of incandescent light bulbs and are filled with a halogen gas. The halogen gas gives the bulbs a longer life than traditional incandescent bulbs because it helps redeposit the evaporated tungsten back to the filament. Halogen light bulbs are not the same thing as compact fluorescent light bulbs (CFL bulbs), which have mercury inside and are often subject to state or local disposal regulations. Also, halogen light bulbs are not recyclable like CFL bulbs are.
The cost of lighting should drop because the fluorescent tubes use lower energy to obtain similar lumin
These tubes need a ballast to operate the tubes. The current and voltage will be marked on the fixtures ballast.
Fluorescent tubes last longer and supply more light per watt of energy consumed than an incandescent bulb.
its used for light bulbs, radio tubes, and welding.
1) electric light bulbs 2) fluorescent tubes 3) radio vacuum tubes 4) welding
Electric light bulbs, fluorescent tubes, and radio vacuum tubes and as an inert gas shield in arc welding.
At present there are several types of light bulbs available for indoor domestic use.Arranged by their efficiency from least-to-most they are:Incandescent bulbs (60 watts)The old style light bulb emitting light from a hot filamentFluorescent tubes (30 to 40 watts)Several inch to several foot long tubes emitting light from a vacuum with a trace of Mercury vapour requiring a special fixtureCompact Fluorescent bulbs (15 watts)Roughly incandescent sized small fluorescent tubes designed to screw into standard light bulb fixturesLight Emitting Diode /LED's (5 watts)Small cool running lights using special mini-sockets or designed to fit into conventional sockets.Notes:Power requirements to provide as much light as a 60 watt incandescent bulb indicated in parenthesesBoth types of fluorescent tubes contain mercury and require special handling and disposal requirementsOutdoor lights would also include Mercury and Sodium vapour bulbs as well as high powered incandescent bulbs. These are more efficient than incandescent bulbs but the colour spectrum emitted and other aspects makes indoor use unlikely
None or a negligible effect. Similarly to incandescent or fluorescent tubes, they light up your work area so you can see what you're doing at the computer.
Energy saving light bulbs are economical to operate because they are flourescent tubes. Flourescent tubes put out more lumens than incandescent bulbs by a ratio of three to one. For instance, a 40 watt flourescent tube will put out the equivilent of 120 watts of light, yet only use 40 watts of electricity. A 120 watt incandescent lamp will require 120 watts of energy to put out the same amount of light. That's savings #1. Savings # 2 is that the flourescent lamps will last two to three times longer than the standard incandescent lamp, and as they become more readily available, we can expect to see the prices drop. The light from the energy savings bulbs seem to be about the same in color as an incandescent bulb, and they don't glare like the long cylindrical tubes do. I've switched over several lamps and plan to do more. Cheaper to run and last longer. In my mind, it's ecologically and economically sound. The one big drawback though, is that flourescent tubes usually use mercury in them so proper disposal needs to be taken into consideration.
Halogen light bulbs are a type of incandescent light bulbs and are filled with a halogen gas. The halogen gas gives the bulbs a longer life than traditional incandescent bulbs because it helps redeposit the evaporated tungsten back to the filament. Halogen light bulbs are not the same thing as compact fluorescent light bulbs (CFL bulbs), which have mercury inside and are often subject to state or local disposal regulations. Also, halogen light bulbs are not recyclable like CFL bulbs are.
Electric lights that use from 0.02 watts to 50,000 watts have been manufactured. The CFLs, fluorescent tubes, and incandescent bulbs in your house probably operate in the range of 20-100 watts.
An ordinary household Incandescent type light bulb does not contain nitrogen gas. The bulb contains a vacuum surrounding the incandescent elements. There are other kinds of lights that do contain gases, Like Neon, argon and nitrogen but they are not commonly found in homes and and are not generally made as "Bulbs" being more commonly made as gas filled tubes.
General Electric Lighting is widely acknowledged as the industry leader, a position it has maintained for years. The firm sells about 500 million standard incandescent bulbs and 10 million compact fluorescent bulbs
The cost of lighting should drop because the fluorescent tubes use lower energy to obtain similar lumin