A filament is part of a bulb.I will give you a full sentence.
"The filament of a bulb is the part that gets hot and produces light"
For reducing fractions to their lowest terms
A small gauge filament is a thin wire with a high melting point, just like the filament in light bulbs. That filament will heat up when electricity will pass through it. If you have enough battery power, I would suggest using a piece if pencil lead.
You plug it in and it lights up. Current flowing in the filament makes it white hot, and it emits light.
You plug it in and it lights up. Current flowing in the filament makes it white hot, and it emits light.
No power is used. The lamp in the light fixture is the load of the circuit. The load resistance is what makes the current flow. When the current flows through the filament's resistance, heat and light are generated. With no lamp in the fixture, the circuit's voltage potential is still at the socket contact points and if touched could cause you a shock. This is a good reason to shut the fixture off at the switch when removing the burnt out bulb and replacing it with a new one.
A standard filament bulb works on the principle that it gets hot and glows when a current is passed through it. If the filament has burned out (blown) it is open circuit and no current can flow. Therefore you are not using any electricity even if the switch is still on It may still use power if it is a lighted switch. Find a licensed electrician at www.contraxtor.com
the voltage pushes
Electricity can be converted to light using light bulb. An incandescence light bulb produce light by passing electricity through filament (resistance) and create heat so hot that it radiate out light. It also can produce light using Electro-luminescence effect as in LED lamb or using ionized gas discharged as in Fluorescent lamb.
By using mathematics
Reducing equivalent fractions to their simplest form.
yes he improved the light bulb that Edison invented using the carbon filament.
A flash light generally makes light using a light bulb, which contains a filament. The filament is typically made from tungsten. It is very thin, but capable of withstanding extremely high temperatures. Electricity, from an internal power source, is passed through the filament. The filament has a resistance, so the current creates a very large heat in the wire. Because the wire is so thin, it heats up very quickly, and this excess energy is given out as light, and heat.