It go out.
A closed switch completes the electrical circuit, allowing current to flow through the light bulb and generate light. If the switch is not closed, there is an open circuit, meaning the current cannot flow and the light bulb does not turn on.
If the bulb is removed from its holder, the circuit will be open, breaking the flow of electricity. This will result in the current being unable to pass through the circuit and the bulb will not light up as a result.
When you switch off the electric circuit, the flow of electricity to the light bulb will stop, causing the filament in the bulb to cool down and stop emitting light. The bulb will go dark until the circuit is switched back on.
To light up the bulb, the two-way switch must be closed in the on position at both the 'Switch 1' location and the 'Switch 2' location. This will complete the circuit and allow electricity to flow to the light bulb, turning it on.
Opening the switch in a circuit that supplies electricity to a light bulb disrupts the supply of energy, extinguishing the light on the bulb. It looks like an instant to the human eye since the speed of electrons is similar to that of light. However, it was more like a finite decay as the light bulb dies out of its brightness due to the disruption of the supply of electrons. The analogy we can use here is similar to closing the faucet to stop the flow of water. If you can close the faucet fast enough like opening a switch, it will appear that the water went out instantly.
the bulb will light up when current flows thru it if the switch is open no flow will take place
It will not work because it has to be closed so the electricity can go to the bulb.
If someone only connect one of the wires to the bulb holder, the circuit will be open and the lamp will not light. This is the same principal that a switch in the circuit does. It opens and closes the circuit.
A closed switch completes the electrical circuit, allowing current to flow through the light bulb and generate light. If the switch is not closed, there is an open circuit, meaning the current cannot flow and the light bulb does not turn on.
Switch
it is because the energy flows through the switch and it makes the light bulb turn on and if the switch is open the energy will not flow it will stay in the place the switch begins
it's bulb 3
Circuit Electrons flow form the positive end of the battery through the wire connecting the positive terminal to a switch. The other end of the switch is connected to one terminal on the bulb, the other terminal of the bulb is connected to the negative end of the battery. No electrons (current) flows as long as the switch is open. Once the switch is closed and if the battery has enough voltage and current capacity to make the filament in the bulb glow, then the bulb emits light (together with wasted heat). If the switch is open, no current flows through the entire circuit and the bulb does not glow.
Nothing will happen to the resistance of the circuit. However, with the switch open, it will be 'seen' as having infinite resistance from the supply side.
no because when you remove the lamp the circuit is still open; even if the switch is on
The simplist answers is that electricity needs to complete a circuit fully. It stops flowing because there is no complete circuit. The switch is a device for opening and closing the circuit. When the switch is in the off position the circuit is said to be open and electricity cannot flow.
Fuse, bulb, wiring, door switch, switch on overhead light.