A flashlight is an example of a series circuit; a battery in series with a switch in series with a bulb.
series-parallel curcuit
They will both last for the same amount of time. In both situations all of the battery's power is being used, but in parallel, you can separately control the individual loads that you put on the circuit with switches. Hope that helps
fart
its the same as normal resistance, so if you wanted to add the resistors when in parallel you would add them by 1/R1 +1/R2=. If they were in series you would simply add.
--------------[res 1---]------------|-----------------|| | || [res 2] [res 3]| | || | |--------------------------------------------------------res 1 is in series with a parallel connection of res 2 and 3. This is just one example.
series-parallel curcuit
a parallel circuit is in lines and a series circuit is one circle
yes. a parallel circuit is made up of many series curcuits. so therefore, without the series curcuit you could not have a parallel curcuit.
-- Any kind of radio ... with the possible exception of the simplest 'crystal set' ... comprises both series and parallel circuits. -- A flashlight is a series circuit. (Unless it's a new, modern one, with several LEDs putting out light. Then they're all in parallel.) -- The heaters in a toaster may be in either series or parallel.
Well it can depend on how many bulbs it has etc, but generally it would be a series circuit.
-- Any kind of radio ... with the possible exception of the simplest 'crystal set' ... comprises both series and parallel circuits. -- A flashlight is a series circuit. (Unless it's a new, modern one, with several LEDs putting out light. Then they're all in parallel.) -- The heaters in a toaster may be in either series or parallel.
pushing the button changes the circuit from a series circuit to a parallel circuit.
Series and parallelImproved AnswerThere are four categories of circuit: series, parallel, series-parallel, and complex. 'Complex' is a 'catch-all', used to describe circuits that are not series, parallel, or series-parallel. An example of a 'complex' circuit is a Wheatstone Bridge circuit.
Because the cell voltage in series is combined to achieve rated lamp voltage, at the same time ensure sufficient power.
They will both last for the same amount of time. In both situations all of the battery's power is being used, but in parallel, you can separately control the individual loads that you put on the circuit with switches. Hope that helps
fart
its the same as normal resistance, so if you wanted to add the resistors when in parallel you would add them by 1/R1 +1/R2=. If they were in series you would simply add.