Depending on the length of the wire difference between the shot and long wire, in technical fact the bulb would be brighter if a shorter wire was used, but not that much brighter. Energy is used up as it travels along wires.
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Using a shorter wire with the same resistance would result in a brighter bulb, as there would be less electrical resistance in the circuit, allowing more current to flow through the bulb. This would make the bulb emit more light.
If you mean the length of the wire that supplies current to the bulb, the bulb will dim due to increased resistance in the wire, if you make it longer.
resistance is directly proportional to length and inversely proportional to area if more resistance is there more emf is converted to heat energy so the bulb will get dimmer due to less voltage
A wire connects to a bulb by attaching one end of the wire to the metal base of the bulb and the other end to the metal contact on the bulb socket. When the circuit is complete, electricity flows through the wire and powers the bulb, causing it to light up.
The cable to a light bulb (with a plastic bulb holder) in a house, etc, usually has just a live and neutral wire. If a brass or metal bulb holder is used, an earth wire is advised for safety reasons.In the UK, mains power cables and wall sockets are of the three pin types, with the live (bRown wire) to the right, and the neutral (bLue wire) to the left, and the green and yellow striped wire to the earth pin.
A complete electrical circuit is formed even with just one wire because the wire provides a path for the flow of electrons from the power source to the light bulb and back. This flow of electrons allows the bulb to light up. In this scenario, the bulb is acting as a resistor completing the circuit.
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The brightness of a light bulb directly has no direct relationship with magnets and wire. The bulbs brightness is determined by the wattage of the bulb. The higher the wattage of the bulb the brighter the bulbs light output.