Efficiency isn't the question. They just do different things. For example, if you look at a typical lighting circuit in a house, all the bulbs on a circuit are in parallel. They each have the same voltage across the bulbs.
If you rewired this so that the bulbs were in series then the voltage would be divided across each bulb and if one bulb burned out the others in series would get no current and would not light.
If you had two 60Watt bulbs in parallel in your house, each would draw 1/2 Amp. Add another bulb and it would draw 1/2 amp as well, for a total of three 60W bulbs drawing 1.5 amps from the power source. If the same three bulbs were in series there would be 40 Volts across each one with a current of 1/6 amps per bulb. Hence each bulb would be about 1/3 as bright as in the parallel circuit.
A parallel circuit would work better than a series circuit when there are multiple fixtures in a room that need the same amount of energy
A parallel circuit
Yes, but then it would be a 'series-parallel' circuit, not a 'parallel' circuit!
In a series circuit, if you open a bulb, current loop will be broken. So, current cannot travel all the wayback, hence no output. But in a parallel circuit, current will be only shared with parallel circuit, but the loop remains closed even if you remove the bulb. So, no change occurs.
In a parallel circuit nothing would happen. All the other light bulbs would remain on since there is an alternative path for current to flow. In a series circuit the entire circuit would be de-energized and all the bulbs would go out.
For parallel circuit, there's bronchus which mean the electric current'd have to choose which path to go. There's a main loop and more than one bronchus.If the bulb in one of the bronchus break down,the other bulbs would still light up. For series circuit,there's only one path for the electric current to flow through.If one of the bulb breaks down,the other'd go out as well. The electric current of evbery bulb in a series circuit is the same while the electric current of bulb in parallel circuit are not the same. The sum of the bronchus in a parallel circuit is equal to the main loop's.The more bulbs in a path,the more resistance will there be and less brighter it will be.A larger current will flow through the path with lower resistance so te brightness of the bulb of the bronchus will hace differences asc well.
A parallel circuit
No, series parallel, as it implies has components of the circuit configured in both series and parallel. This is typically done to achieve a desired resistance in the circuit. A parallel circuit is a circuit that only has the components hooked in parallel, which would result in a lower total resistance in the circuit than if the components were hooked up in a series parallel configuration.
Yes, but then it would be a 'series-parallel' circuit, not a 'parallel' circuit!
A series/parallel circuit.
Well it can depend on how many bulbs it has etc, but generally it would be a series circuit.
Parallel circuit.
Nothing. That's why it's a parallel circuit. If it was a series circuit, then the first bulb would go out.
Yes you would use a serial circuit You would use parallel circuit lights for a Christmas tree because if you used series circuit lights, and one of the bulb blows, the rest of the bulbs will go out. But with parallel circuit lights, if one bulb blows the rest of the bulbs will remain their brightness.
All commercial power distribution is in parallel. If the school building operated on a series circuit, then the classrooms would go dark when the coffeepot in the teachers' lounge was shut off.
4.5 volts in series; 1.5 volts in parallel.
That is described as a circuit in series, as opposed to a circuit in parallel, in which there is more than one loop.
A relay race would be an example of a series circuit. Since every runner relies on the runner before him/her to continue on, if one runner fails the rest of them fail. With a series circuit, if one part of the circuit fails, all of the parts before and after it fails. A parallel circuit does not completely fail if one or more of the parts fail.