If there is no complete path, excess electrons will very quickly build up at some place, and repel further electrons - no more current will thus flow.
An electric current will flow if there is a voltage, and a conducting path (usually a closed circuit is required).An electric current will flow if there is a voltage, and a conducting path (usually a closed circuit is required).An electric current will flow if there is a voltage, and a conducting path (usually a closed circuit is required).An electric current will flow if there is a voltage, and a conducting path (usually a closed circuit is required).
current
current?
Potential Source connected across a Closed Circuit Path.
To generate a complete path for current to flow freely, you need a closed circuit where electricity can travel without any interruptions. This typically involves connecting a power source (such as a battery) to a load (such as a light bulb) using conductive materials like wires. Any breaks or gaps in this path will disrupt the flow of current.
An electrical current will only flow in a closed loop or circuit where there is a complete path for the electricity to follow. If there is a break in the circuit or an open switch, the current will not flow.
A complete closed path is a continuous loop in a circuit where current can flow from a power source back to the source without interruption. This path allows for the flow of electrical energy and ensures that the circuit operates properly.
A controlled and linear path of current is an electrical circuit. A complete circuit has a beginning and terminus for the flow of charge.
A circuit must be closed in order for a current to flow because it helps keep a current flow pass. When the switch is closed on a circuit there is a constant flow. When the switches open the flow is disturbed around the circuit.
Current will flow as long as there is a difference of potential (a voltage) and a path for current to flow. So no power-control device is required for current flow but yes it will flow with a power control decive.
An operating circuit, is by definition, complete. The electrons in a DC circuit flow from the -ve terminal of the power source, through the various components and switches etc, then to the +ve terminal of the power source.
A closed loop circuit provides a complete path for an electric current to flow from the source of electrical energy, through the load, and then back again to the source. This ensures a continuous flow of electrons and allows electrical devices to work properly.