Think about a ceiling light with a wall switch. What path does current travel to get from the switch on the wall to the light on the ceiling? How do you think the switch controls the flow of current to the light?
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the current will flow through the wall through wires.
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Answer:
When the switch is turned off, the circuit breaks and the power flow is interrupted.
Explanation:
When a continuous pathway is built that allows current (electrons) to flow, an electrical circuit is produced. In the diagram above, power is supplied by the service panel, and electrons flow constantly through the hot wire to the load (in this case, a lightbulb) and back to the service panel via the neutral wire.
- The flow of current through Positive to negative.
- switch It is similar to a circuit breaker in that it controls current flow.
- That gate closes as soon as the switch is turned on. It shuts the circuit and allows power to flow to the light through the switch. The switch snaps open when you change it to Off. It interrupts the passage of power to the light by opening the circuit.
If you turn it on, the circuit will be connected, and electricity will flow to the ceiling light.
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