Lead wires in a light bulb are used to connect the filament to the electrical circuit. They conduct electricity from the power source to the filament, allowing it to heat up and produce light. Lead wires also provide support for the filament within the bulb.
The paper will not conduct electricity, so it will not light up the bulb. The pencil lead, on the other hand, can conduct electricity and complete the circuit, causing the light bulb to turn on.
No, a pencil lead cannot light up a bulb on its own as it does not conduct electricity. However, if a pencil lead is used as a component in an electrical circuit connected to a power source, it may help light up a bulb.
Thomas Edison used a carbonized bamboo filament in a glass vacuum bulb to create the first commercially viable incandescent light bulb. He also made use of a high-resistance platinum lead-in wires, a carbon paste sealed in a vacuum, and a low-cost, high-wattage generator to power the bulb.
The pencil lead does not have a significant effect on the brightness of the bulb in a circuit because it does not conduct electricity efficiently. In order for the bulb to light up brightly, the circuit needs an efficient conductor such as a metal wire to allow the current to flow easily and light up the bulb.
A light bulb can be dangerous if mishandled, broken, or overheated. Broken bulbs can expose live electrical components, while overheated bulbs can lead to fires. Additionally, improper disposal of light bulbs containing mercury can be hazardous to the environment.
The paper will not conduct electricity, so it will not light up the bulb. The pencil lead, on the other hand, can conduct electricity and complete the circuit, causing the light bulb to turn on.
No, a pencil lead cannot light up a bulb on its own as it does not conduct electricity. However, if a pencil lead is used as a component in an electrical circuit connected to a power source, it may help light up a bulb.
Thomas Edison used a carbonized bamboo filament in a glass vacuum bulb to create the first commercially viable incandescent light bulb. He also made use of a high-resistance platinum lead-in wires, a carbon paste sealed in a vacuum, and a low-cost, high-wattage generator to power the bulb.
Licking a light bulb can result in an electric shock and a burning sensation on the tongue. It is not safe to lick a light bulb as it can lead to injury or harm.
Yes it did.
Red Positive goes to Battery Positive and the small lead goes to the ignition light bulb in the dash which Will be negative until starts charging which will be positive and the light will go out
A "pencil lead" is a mixture of the graphite allotrope of carbon mixed with clay and baked hard. While a pencil lead will conduct electricity, it can not be used to make a light bulb.
No, pencil lead (graphite) cannot conduct electricity like a metal wire can. In order to light a light bulb, a material that can conduct electricity, such as a metal wire, is needed to create a closed circuit.
Load of shite
Yes, eventually. The components of the light itself are only designed to handle the heat of the 45 watt bulb. The extra heat from the 60 watt bulb would eventually damage parts of the light, including the wires.
The pencil lead does not have a significant effect on the brightness of the bulb in a circuit because it does not conduct electricity efficiently. In order for the bulb to light up brightly, the circuit needs an efficient conductor such as a metal wire to allow the current to flow easily and light up the bulb.
the bulb has 2 filaments. One may not be working. Try replacing the bulbs. Or, there is a bare section on the wires that lead to the bulb.