Series:
It is impossible to control the bulbs individually. This is one reason that series circuits are not practical for use in home lighting: It is not possible to control the lights in different rooms throughout the house on the same circuit. For example, if someone wanted to read the newspaper or watch television, he would have to turn on a switch that would put on every light and electrical appliance in the whole house.
Also, in a series circuit, the more output devices you add the slower the current becomes. If these output devices were, for example, bulbs, this would mean that the brightness of the bulbs would be dimmed. Another disadvantage of a series circuit is that if a bulb were broken or the pathway broken in any way, the other bulbs would go out too.
Advantages are that you can add more power sources, like batteries, and increase the force of the output which grants you more power. In Parallel, however, the power stays at the same voltage of the original power source. For example, if you were running a circuit on a 5-volt battery and it kept the bulb going for two hours and then added another 5-volt battery, it would keep the bulbs going for four hours instead, but it would only give out 5-volts instead of increasing it to ten.
Parallel:
Advantages would be that, if it were light bulbs that were the output devices linked in parallel, if one bulb broke the others would continue going. Also, the brightness of the bulbs would be greater than the brightness of bulbs in series.
Disadvantages are that there could be a risk of fire in some cases. Another would be that, if you have multiple power sources, the power stays at the same voltage as that of the single power source. In parallel, increasing the number of output devices does not increase the resistance like it does in series.
There are no particular advantages or disadvantages of series or parallel circuits. Some circuits require one while other circuits require the other. Frequency filters often require one or the other depending on whether you need a pass or rejection filter.
No, electric lights come in both parallel and series circuit.
Any circuit that includes a switch (or other control - or measuring indicator) is a series circuit.
Homes are wired in parallel because of basic electrical theory. If something in a series circuit fails, the electrons cannot flow anymore. The WHOLE circuit is now down. Also, the voltage would drop after every resistance. A breaker is on each separate circuit in your house as protection. Those separate circuits are broken down even more as parallel circuits. When you unplug something, the whole circuit isn't affect (well, current, but you can still use your other electronics). Also, voltage must be at a certain level for all our things. In series, the resistance would lower the voltage, which can harm electronics designed for higher voltages.
The examples of everyday series circuits are the flashlight that uses batteries to operate. Another example is the Christmas tree lights.
Basically if there is a break in a parallel circuit then it will continue to work, whereas if there was a break in a series circuit everything will go off.
There are no particular advantages or disadvantages of series or parallel circuits. Some circuits require one while other circuits require the other. Frequency filters often require one or the other depending on whether you need a pass or rejection filter.
There are no particular advantages or disadvantages of series or parallel circuits. Some circuits require one while other circuits require the other. Frequency filters often require one or the other depending on whether you need a pass or rejection filter.
There are no particular advantages or disadvantages of series or parallel circuits. Some circuits require one while other circuits require the other. Frequency filters often require one or the other depending on whether you need a pass or rejection filter.
parallel combination of resistors are used in house circuits
No,a parallel will win because it has more power and had equal number of energy!AnswerNeither will 'win'. Each has advantages/disadvantages compared with the other -it depends upon their application. Parallel circuits don't necessarily 'have more power' and an 'equal number of energy' (sic).
FEEDBACK CIRCUITS. In addition to parallel and series circuits, there are also closed and short circuits.
The types of circuits are series and parallel!
parallel is better
It is used to reduce the complexitiy of the networkAnswerNorton's Theorem is one of several theorems necessary to solve 'complex' circuits -i.e. circuits that are not series, parallel, or series parallel.
The two basic types of circuits are series and parallel circuits.
Parallel for main circuits and series parallel for lighting circuits.