A series circuit has only one conducting path for the electrons that move through, it is a parallel circuit has multiple conducting paths.

True

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False

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Solution

The correct option is A
True

In a series circuit, electrons have a single conducting path to move through. While in a parallel circuit, electrons move through multiple conducting paths depending upon the branching pattern.

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Similar questions

State true or false.
A series circuit has only one conducting path for the electrons that move through, and a parallel circuit has multiple conducting paths.

A series circuit has only one conducting path for the electrons that move through, whereas a parallel circuit has multiple conducting paths.

A series circuit has only one conducting path for the electrons, but a parallel circuit has multiple conducting paths.

Q. State true or false:
A series circuit has one conducting path for the flow of electrons while a parallel.

A series circuit has only one path for the current to flow through, whereas a parallel circuit has multiple paths.

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A series circuit has only one conducting path for the electrons that move through, it is a parallel circuit has multiple conducting paths.

The correct option is A True In a series circuit, electrons have a single conducting path to move through. While in a parallel circuit, electrons move through multiple conducting paths depending upon the branching pattern.

The correct option is A
True

In a series circuit, electrons have a single conducting path to move through. While in a parallel circuit, electrons move through multiple conducting paths depending upon the branching pattern.