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Light bulbs connected in parallel automatically have "the same voltage applied to them".
The voltage source that is applied to them is the difference between AC and DC light bulbs.
No, it would glow very dimly or not at all. Bulbs must run at the voltage they were designed for.
The 2 bulb series circuit , a 3 bulb series circuit will increase resistance and therefore reduce the voltage across the bulb. The current in all points of the circuit will remain the same according to Kirchhoff.
If the voltage is right for the bulbs, you can hook up 600 amps divded by the amps taken by one bulb - that gives the number of bulbs. But 600 amp needs very thick wire.
the voltage across it is reduced, the voltage is shared with other bulbs
The bulb is dim.Because,the voltage is drops in series connection so you add more bulbs in series the last bulb got low voltage that reason for the bulb is dim
it all depends on the voltage the light bulb can sustain.
The circuit voltage or the resistance of the individual bulb is needed to answer this question. Divide the total power (400 W) by the supply voltage.
Two bulbs in parallel are brighter than the same two bulbs in series, given the same potential voltage, because there is twice the available voltage to each bulb.
if the resistance of bulb A is 2x that of B then there will be twice as much voltage across it (ratio 2:1 ). both voltages shall equal the system voltage assuming they are in series and there are no other components in the circuit if the bulbs are in parallel the voltage across them will be equal and that of the system
A Bulb can be connected in a series in such a way that the energy source which is applied want to flow equally across the bulbs connected in series. A Bulb has to knobes or holds in which we supply the power. Assume one knob as a positive voltage absorbing source and other has a negative voltage absorbing source. When we connected in such a way that we can apply the voltage continuously in which the bulb will blow easily. When two or more bulbs are connected in series like end of the knob of one bulb i.e., negative to the next positive of the next bulb in series and negative of second bulb to the positive of the third bulb. Then the voltage splits equally across the bulbs connected.
This has to do with the potential difference(voltage) reaching each bulb.If the bulbs are placed in series, the voltage will be divided among them(for example, 9V battery powering two identical bulbs will result in each bulb getting 4.5V). Thus, they would each only be One fourth as bright than if there was a single bulb as the power is Voltage squared. If Voltage is halved then power goes one fourth.If the bulbs are placed in parallel, the current(amperage) is divided instead, resulting in each bulb getting the same voltage. This will result in both bulbs having brightness equal to a single bulb.
Bulbs that are connected in parallel would be the same brightness as a bulb on its own. If the bulbs were in series with other bulbs, then they would be dimmer. The voltage would drop across a series.
A dimmer reduces the voltage to a light so that the current is reduced, which causes the bulb to have a reduced lumen output.
Light bulbs connected in parallel automatically have "the same voltage applied to them".
The voltage source that is applied to them is the difference between AC and DC light bulbs.