yes
"Normal" light globes use a glowing filament, heated by the current. Flourescent tubes ignite a gas within a tube, using an arc.
The wire that lights up inside the globe is the filament.
Light bulbs usually do not shatter when they are turned on. If they change temperature rapidly from hot to cold then this could happen. The usual scenario is that they get splashed with cold water from another source. This rapid change in operating temperature of the glass globe causes the glass globe around the filament to contract and burst. When the atmosphere hits the hot filament it literally burns up and the light bulb goes out.
Evacuating the globe clears ionic resistance from the path of the electron stream to allow a stronger vibratory flow in the plasma helix generating e-m waves that are relayed at light speeds through the surrounding, aethereal plenum.
The first successful light bulb filaments were made of carbon (from carbonized paper or bamboo). In 1902 the Siemens company developed a tantalum lamp filament. From 1898 to around 1905 osmium was also used as a lamp filament. In 1906 the tungsten filament was introduced
When you turn it on, yes. The glowing electrical arcs contain plasma.
The length ,thickness, and alloy of the filament determines its resistance. The lower the resistance, the lower the voltage required to power it.
A variable is something that can change in a experiment. A globe can't really change, so no. -yoda
earth
The Theatre
It was called globalizal
The globe is the outer glass shell. The shaped coil inside is the filament. Wires and the stem support the filament inside the bulb. There are gases within the light bulb to prevent it from burning out. And the base is to securely support the bulb.