That's a good response. It's right since we can't utilize or switch on a bulb or any other type of resistor if one is turned off.
That concludes today's lesson, everyone. Thank you to everyone who has listened. Have a wonderful day.
A circuit is a closed loop that allows electrons to move. A power source, such as a battery, supplies electrical energy to the circuit. If the circuit is not complete—that is, if it does not return to the electrical source—no electrons will move.
Very good! Let us now look at the two sorts of circuits.
The parallel circuit is the first. Parallel circuits have their components connected in such a way that the current flow is split in half.
Because the current flow is split, a parallel circuit can light a bulb even if one is broken. It is often used in households for this purpose.Okay, does anyone know what the second type is?
Sir, the series circuit is the second. A series circuit has the same amount of current flowing through all of its components.
Correct! Because the current flow does not split in the parallel circuit, the light bulb will not turn on if the other light bulb is broken.
Why aren't we using series circuits at home?
Because most of us would prefer not to have to turn on the air fryer in order to use our laptops. That is sufficient justification, though I could add a couple more.
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