Well, like anything in series it's subject to the chain weakness, so if any of them fail the whole string fails. Depending on what kind of lights you're talking, f you get too many in it, the resistance will be too high to actually light at a given voltage. Lightbulbs in series ware exactly what a set of Christmas lights are (before they went LED).
-- If the bulbs are in parallel, then the addition of a bulb has no effect on the brightness of those that were there before. -- If the bulbs are in series, then the addition of a bulb causes the brightness of those that were there before to decrease. (And I wasn't even there when you did the experiment !)
I have an idea
If you add more cells in series with the bulbs, the current will increase as the voltage across the bulbs increases. If you add more cells in parallel with the bulbs, the current will stay the same because the voltage of the cells does not increase when they are added in parallel.
Whether or not they're in series is an irrelevant detail. If the two bulbs are equally bright, it means that they're dissipating energy at the same rate. They can dissipate energy at the same or at different rates whether they're in series or parallel circuits. It only depends on the characteristics of the bulbs.
Since the SAME electrons have to go through both light bulbs, the current in both light bulbs will be the same (Kirchhoff's current law).
yes
As the number of bulbs in a series circuit increases, the current decreases. As the number of bulbs in a parallel circuit increases, the current increases.
Assuming the bulbs are identical, the voltage drop across each one is inversely proportional to the number of bulbs. So, for example, 240V could power 20 12V bulbs in series. In addition, the circuit would have to be able to supply the necessary current.
Neither. Connecting lamps in parallel subjects each lamp to its rated voltage, so they will each operate at their rated power (therefore brightness).
-- If the bulbs are in parallel, then the addition of a bulb has no effect on the brightness of those that were there before. -- If the bulbs are in series, then the addition of a bulb causes the brightness of those that were there before to decrease. (And I wasn't even there when you did the experiment !)
Series circuit gives higher resistance compared to parallel circuit.
Disadvantage of series connection: 1.If one point breaks in the series circuit, the total circuit will break. 2.suppose if you want to connect 3 bulbs rated 230v,5A in series then due to added up resistance less current flows and the bubs are dimmer
Connecting light bulb is equivalent to connecting a resistance. If you have connected light bulb, there will be some voltage drop across it and your TV may not get sufficient voltage. However if resistance is not big enough, than it wont have any effect.
I have an idea
As a series circuit, as asked, all bulbs will go off because of that just one bulb.
If you add more cells in series with the bulbs, the current will increase as the voltage across the bulbs increases. If you add more cells in parallel with the bulbs, the current will stay the same because the voltage of the cells does not increase when they are added in parallel.
Connecting integrated circuits is not the same as the much simpler cases of resistors, capacitors, inductors, motors, light bulbs, etc. Integrated circuits have designated functions, and they operate in concert with the surrounding circuit design. As such, the idea of "connecting identical integrated circuits in series" has no meaning in the general case. You would need to state what kind of integrated circuit is involved.