Imagine a string of holiday lights, with many bulbs connected to each other by wires. One bulb burns out, causing the bulbs next on the string not to work either. What type of circuit must the holiday lights be using?
A. parallel.
B. resistor.
C. series.
D. fuse.

Consider resistors in a circuit - if all the resistors in the circuit are in series and one of the resistors fails then no current can flow thru the circuit,

If the resistors are in parallel then then each resistor experiences the same voltage drop regardless of whether or not any resistor in particular is carrying current.

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okpalawalter8 okpalawalter8 · Answer 2 · 2022-04-14T13:00:15+02:00

If the resistors are connected in series, each one will receive the same pd drop, if withstanding if it is carrying current or not.

Option C is correct Series

What is a circuit?

A circuit is simply defined as a channel that must always be followed in order for electricity to flow and perform something good.

In conclusion, if all of the resistors are connected in series, no current can pass through the circuit.

Imagine a string of holiday lights, with many bulbs connected to each other by wires. One bulb burns out, causing the bulbs next on the string not to work either. What type of circuit must the holiday lights be using? A. parallel. B. resistor. C. series. D. fuse.

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What is a circuit?

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Imagine a string of holiday lights, with many bulbs connected to each other by wires. One bulb burns out, causing the bulbs next on the string not to work either. What type of circuit must the holiday lights be using?
A. parallel.
B. resistor.
C. series.
D. fuse.