actually consumption of electricity depends on the material of wire , that means resistive capacity ....... that's why we can say that it does not depend naked or not.
Because it conducts electricity only when it is connected to a "live' wire.
Copper wire itself does not produce electricity. However, when copper wire is part of an electrical circuit and connected to a power source such as a battery or generator, it can transfer electricity by allowing the flow of electrons through it.
The active wire is responsible for carrying electrical current to a device or electrical appliance. It is typically connected to the power source and is the main conductor of electricity in a circuit.
All three wires, the "hot", neutral and the ground must all maintain the integrity of the circuit. This is why pigtails are connected from the main circuitry to the receptacle or switch devices so that they can be removed without opening the electrical circuit.
A single pole switch is typically connected to a circuit that controls the flow of electricity to a light fixture or device. It has two terminals: one connected to the power source (live wire) and the other to the load (light or appliance). When the switch is in the "on" position, it completes the circuit, allowing electricity to flow, and when "off," it breaks the circuit, stopping the flow of electricity.
the electricity goes through the wire which is connected to the T.V and then the T.V will start working, if the wire isn't connected to the T.V then the electricity could not pass through.
Because it conducts electricity only when it is connected to a "live' wire.
A wire not connected properly after changing a solenoidÊcan cause no electricity. To restore electricity check that all wires are properly connected and not corroded.
The common wire in a switch is used to provide a continuous flow of electricity to the switch, allowing it to control the flow of electricity to the connected device or light fixture.
The common wire on a switch is used to provide a continuous flow of electricity to the switch, allowing it to control the flow of electricity to the connected device or light fixture.
If the ground wire is not connected in an electrical circuit, there is an increased risk of electric shock or fire because the ground wire helps to safely redirect excess electricity away from the circuit.
Maybe, maybe not, it depends what else was connected in the circuit.
When one wire or terminal is not connected to a light bulb, it is not possible for electricity to complete the circuit. When a circuit is not completed, the bulb will not light. An off switch, for example, breaks the circuit.
If a conductor - such as a wire - moves through a magnetic field, a voltage is produced in the conductor. This may cause a current (if the wire is connected to an external circuit). This effect is used in generators to generate electricity.
A light bulb is not lit when the swtich is not connected to the wire becasue there is no flow of electricity, specifically, flow of electrons. By disconnecting the wire, the bulb is no longer connected to the electricity source.
In electrical circuits, the line wire carries the incoming electrical current from the power source, while the load wire carries the current to the device or appliance being powered. The line wire is typically connected to the power source, while the load wire is connected to the device that needs electricity.
Copper wire itself does not produce electricity. However, when copper wire is part of an electrical circuit and connected to a power source such as a battery or generator, it can transfer electricity by allowing the flow of electrons through it.