Want this question answered?
neon
it is made of tungsten and is a resistor when current flows thru it it heats up and glows
When the current increases as a voltage is applied to the bulb it causes the bulb's special wire filament to get so hot that it glows very brightly. The heating causes changes in the normal electron lattice of the filament, creating more barriers to the flow of the electrons and therefore the resistance of the wire increases as it gets hotter.
Authentic 10 dollar bills do not have optical brighteners. Under black light, they should not glow brightly.
Parallel branches each draw a current from the supply. The more branches, the more current is drawn. Adding additional loads to a series circuit increases its resistance, causing its supply current to reduce.
Lantern
Nychrome wire glows brightly when a electric current runs through it and can cut through plastic foam or ignite the solid fuel in model rocket engines.
When a current is passed through a thin wire filament it gets hot. Insulate the filament in a glass envelope with no air, and the filament glows brightly.
on applying same power the one which glows brighter is the one connected in parallel connection.
since all the bulbs are connected in parallel the voltage supplied for all the bulbs are same......so third bulb also glows with the same brighteness......this is same as the tube lights connected in our house.............
Incandescent means an object is producing light because of a high temperature. In an incandescent light bulb, the current flowing through the filament causes it to heat up to the point that it glows brightly.
The supporting metals are insulated from the current path and current cannot flow.
no current
Remove a light bulb. If they all go out, it is series, if the all stay on, it is parallel.
neon
No. A shooting star, scientifically called a meteor, is an object from space that is passing through the atmosphere, heating the air until it glows brightly.
The bulb glows dimly when current is passed through a vinegar solution because the small number of ions in the vinegar solution move through the filament of the bulb.