Sure. But before you can use it to provide light, you need to find a way
to take all the air out of it, and seal it so that no air gets back in. If air
gets into a light bulb, the bulb immediately burns out.
A glass support in a light bulb is a component that holds the filament in place within the bulb. It helps to stabilize the filament and prevent it from moving around or touching the bulb's glass, which could cause the bulb to fail.
The glass covering a light bulb is called a bulb or bulb glass, which protects the filament and controls the direction of light emitted.
Thomas Edison was inspired by the durability and transparency of glass when he saw a glass vacuum tube used in experiments with electric lighting. He realized that a filament inside a glass bulb could produce light without combustion, ultimately leading to the invention of the practical incandescent light bulb.
Oxygen in the bulb would cause the hot metal elements to oxidized and burn out. Mr. Edison had a large problem with this until he removed the air from his bulb. Most incandescent bulbs today do not have a vacuum but instead are filled with an inert gas. MORE DETAILS: Modern light bulbs don't hold a vacuum. Instead they are filled with an inert (electrically non-conducting) gas such as Nitrogen. An inert gas is used to fill the bulb (instead of just pumping out almost all the ordinary air to leave a near-vacuum) because the action of filling the bulb with an inert gas flushes away ALL of the ordinary air. In addition the inert gas has the very useful physical property of conducting heat directly from the glowing filament to the whole inner surface area of the glass bulb. The heat then passes through the glass and the whole outer surface area of the glass bulb then conducts and radiates heat into the surrounding air. It is important to understand that the inert gas does not allow the filament to "burn away" as it would if some air were still present in the bulb. This sometimes happens if a light bulb gets knocked and gets even a tiny hole or crack in its glass bulb: the oxygen present in ordinary air will quickly make the filament burn away. So, to summarize, the inert gas which is used to fill the glass bulb allows the filament to glow very brightly without burning away and conducts the heat produced by the filament away to the outside air via the glass bulb.
The glass topper light bulb was patented by Thomas Edison in 1879. He developed the first commercially viable incandescent light bulb, which featured a carbon filament housed in a glass bulb with a glass tip to create a vacuum inside.
Yes, you can replace ordinary light bulbs with an LED.
too hotIf it's Quartz-Halogen, then remember that the envelope is not made from ordinary glass, but from quartz, which will take the extreme heat generated by these bulbs. If someone has touched the bulb with bare fingers whilst fitting it, then the slightest trace of grease will cause the bulb to shatter when hot.
your bulbss ,the glass and metal base of the bulb could be loose
A glass bulb is an insulator because it does not easily allow the flow of electricity through it. The glass material used in the bulb has high resistance, preventing the movement of electrical charges.
In extremely old refrigerators an ordinary light bulb will fit. Be sure to use the smallest wattage you can. I believe normal fridge bulbs are 40W. The risk you run is they are not as rugged as a refrigerator bulb. It may break, causing glass to contaminate food. And a higher wattage could create enough heat that on busy days it may cause the temperature to rise enough to be a problem. When the door is closed the light is off, but if it is hot, the bulb takes a few moments to cool off and that may affect the cooling ability of the fridge.
That element inside the bulb is called filament. It is not replaceable once it is damaged because you cannot remove the glass from the base without fracturing it. Moreover these ordinary bulbs are cheap so no point of replacing them.
Electricity + Glass = Light bulb