For Light to emit properly with out any incident of light happening the glass is kept thin and clear
The bulb thermometer is made of thin glass so as to detect the slightest change in temperature. It is made of thin glass for visibility as well.
Why_is_the_glass_on_the_bulb_of_a_clinical_thermometer_so_thin
The glass is so thin so it can tell the tempature. If the glass were thicker, the thermomiter would be wrong.
It is the extremely thin wire inside the bulb. It is so thin that when the electricity goes through produce light, when that filament breaks the bulb is not good.
Glass is a bad conductor of heat, it has to be thin. So that heat should eventually pass to the mercury. And for that purpose we have to keep thermometer for at least two minutes in position.
The bulb thermometer is made of thin glass so as to detect the slightest change in temperature. It is made of thin glass for visibility as well.
Why_is_the_glass_on_the_bulb_of_a_clinical_thermometer_so_thin
The glass is so thin so it can tell the tempature. If the glass were thicker, the thermomiter would be wrong.
It is the extremely thin wire inside the bulb. It is so thin that when the electricity goes through produce light, when that filament breaks the bulb is not good.
Glass is a bad conductor of heat, it has to be thin. So that heat should eventually pass to the mercury. And for that purpose we have to keep thermometer for at least two minutes in position.
there are a little air in the surrounding
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.
Run a diamond glass scribe completely around the neck of the bulb back to the starting point. Tap the cut with the handle of the scribe and remove the inner section. Be aware that the inner section is larger that the neck of the bulb and some pieces may break off on removal.
it separates the filament and supports so they won't touch
The glass of the light bulb is not conductive, so the circuit would not be completed. You would need to join the wires to the positive and negative contacts on the base of the bulb for the circuit to work.
An incandescent light bulb is your common household bulb. It is best identified by the presence of a filament (the thin piece of wire in the center of the glass bulb that glows when turned on.) The incandescent bulb's interior space is a vacuum (all the air is removed) so that the filament doesn't burn up. It produces a warm, slightly gold/yellow light. A "florescent" bulb, on the other hand, has no filament. It works by electrically exiting gas in a long tube creating a cool white light with almost the same color as the sun.
Light bulbs have most of the air removed, that is there is a partial vacuum inside the bulb. So, when they break atmospheric pressure pushes the on the glass where it is weakened and air rushes somewhat violently into the bulb.