It all depends on the load potential on each circuit. There are rules in the national Electric Code on how many outlets per 15 or 20 Amp circuits. As a worse case you will trip the breaker on a regular basis with more potential load. Also the wire size and devices must be compatible on both circuits.
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Answer for USA
The code allows 2 wires connected to one breaker so long as the two wires are the same size and both are either stranded or solid, and not one stranded and the other solid. This prohibits the terminal from being tight on the larger wire and loose on the smaller wire. Many local jurisdictions do not allow this as it often involves this problem and shows a lack of professional workmanship.
As for the word 'circuit', on any single pole breaker there can be only one circuit. Even if two wires are terminated, there is still only one circuit. It is no different than if you run one wire out to a junction box and branched off in two different directions from there. And running a single set of wires, hot/neutral/ground, out to a junction box and branching off from there is a more professional installation. It prohibits the look of poor workmanship in the panel and allows for the splicing of different sized or solid and stranded wires. All wires must be sized for the breaker as if it were the only wire on the circuit.
When making modifications or repairs to older homes it is sometimes necessary to do what is necessary given the circumstances. Yes, I have landed more than one wire on a breaker. Yes, I have landed different sized wires on a single breaker. But you must be sure the wires are tight and not be guessing.
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No. Each conductor requires its own circuit breaker. Be sure to match the size of the breaker to the size of the wire. Ex.: 15 amp breaker for #14 gauge wire/ 20 amp breaker for #12 hauge wire.
You certainly can. You can also have a single room serviced by more than one breaker. Breaker assignments are based on expected power usage and type of home wiring.
Bedrooms don't normally require a lot of power so several rooms' wall outlets can be on the same breaker. The ceiling lights also don't require much power and can be on the same breaker circuit. It also makes sense to have ceiling lights and wall outlets on different circuits so that if you need to shut one of the circuits for work or repair, you can still use the other for light and power.
Some areas such as kitchen, garage, work room, laundry room can have appliances and equipment that require more power and should consider having their own circuit breaker.
they do it everyday
it would cost to much otherwise You can put up to 12 outlets on a circuit. On a circuit count you have to include receptacles, switch boxes and fixture boxes.
The circuit breakers in a panelboard feed separate circuits. The lights that stay on are on a different circuit than the ones that go off. To fine the circuit that feeds the lights that stay on, go to the panelboard and turn off the breakers one by one until the lights go out. This is the circuit that feeds that circuit of lights. Remember that lights and receptacles can be on the same circuit together.
A trip free circuit breaker is one that will disconnect a circuit even if the manual switch is held at the "on" position. It is a safety feature to prevent a circuit breaker being disabled either deliberately or accidentally.
To create a dedicated circuit, you need to run a separate electrical cable from the circuit breaker box to the intended outlet or appliance. This circuit should have its own circuit breaker to prevent overloading. It's important to follow all local building codes and regulations when installing a dedicated circuit.
If the circuit breakers are confirmed to be in the "on" position and the power is still out in those rooms, the issue may lie with a tripped GFCI outlet in one of the rooms, a faulty electrical outlet or switch, or a problem with the wiring in those specific areas. It's recommended to consult a qualified electrician to further diagnose and address the problem.
A drawable circuit breaker is a graphical representation of a circuit breaker that can be visually manipulated. It typically consists of a switch that can be opened or closed to interrupt or restore the flow of electricity. This type of circuit breaker is often used in educational settings to help students understand how circuit breakers work.