This is the part of an incandescent bulb called the filament. Incandescent bulbs are obsolescent and will probably phase out over the next few decades.
Eris may have a very thin atmosphere of methane.
Soil is a very thin layer on certain areas of the crust.
In an incandescent light bulb, a positive and negative (or neutral wire) are connected by a tungsten filament in a vacuum. An electrical current passes through the thin filament, heating it very hot and causing it to glow. Eventually, after repeated use, the tungsten filament gets quite thin and eventually breaks, which is what happens when the light bulb burns out! Also, if the filament is exposed to oxygen while the current is flowing, the filament will break melts.TIP: DON'T USE INCANDESCENT LIGHT BULBS... SWITCH TO ENERGY-SAVING COMPACT FLUORESCENTS!!!!Actually most incandescent light bulbs have argon and nitrogen inside them. Early lightbulbs were vacuums.
Which of these have very thin cell membranes?
You do not found C.F.L. bulb in nature as such. So it is an artificial or man made source of light. It consumes very less energy. As it does not gives out heat.
the light bolb
A filament bulb resistor is the common type of light bulb. It contain a thin coil wire called filament. It produces light as a result. It is made mainly from the element tungsten. The metle tungsten has very high melting point and it is a good conductor of electric current
a very thin cell
because its contain a silver mercury exactky fixed to it
Brittany has a reputation for very thin crêpes and galettes (a salted variation made up with darker flour)
COBWEB.
they are not made of plastic, they are made of very thin rubber
Base of transistor is made thin just to get Collector current equal to Emitter current.
spirits made from alike a clay that very thin do you get my explination?
diffusion
In this answer I m referring to the normal thermometers. Not the electronic thermometers. There is a very very thin capillary tube incide the thermometer which is filled with mercury and it has a bulb aT one end. When it touches a surface, the mercury expands, rises in the capillary and the temperature is shown.
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