first we want to take an aluminium tin then connect it to the bulb
It provides a protective, oxygen-free atmosphere for the filament, the glow wire. If the wire was to be heated in regular air, it'd burn and break immediately.
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The hot filament in an incandescent light bulb is protected by a glass bulb filled with an inert gas, such as argon or nitrogen. This gas prevents the filament from reacting with oxygen in the air, allowing it to glow and produce light.
Thomas Edison used a vacuum pump to remove air, including oxygen, from inside the light bulb. This created a vacuum so that the filament could glow without burning out.
Aluminium.
A light bulb is a source of electric light. In an incandescent light bulb, the glass bulb forms a protective shield around a glowing filament. The air inside the glass bulb is removed, or replaced with an inert gas. Electric current is passed through a thin metal filament (usually tungsten), which causes it to glow white hot, giving out light. The protective bulb stops the filament from burning up, as it has no Oxygen.
Not all Air Yeezy models glow in the dark; however, the Air Yeezy 2 is particularly known for its glow-in-the-dark features. The outsole and some parts of the upper on this model are designed to glow when exposed to light. Other models, like the original Air Yeezy 1, do not have this feature. Always check specific releases for glow-in-the-dark details, as they can vary by colorway and edition.
neither of them corrodes. Both of them are passivated, in stainless steel it is a film of chromium oxide, in aluminium a film of aluminium oxide.
Yes, in a way it does make meteors glow. Air resistance creates friction on the rock which heats it up. This heat is then emitted in the form of light, which is why you see meteors glow.
Bauxite is an ore of aluminium. Aluminium is an important metal used in construction of machinery and air-crafts.
Electric power is put trough a metallic filament inside a bulb that is filled with an inert gas. the filament is surrounded by the inert gas rather then air to stop the metallic filament from oxidizing when it starts to glow as a result of the electricity being run through it. the glowing filament produces the light.
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