What term do we use to describe a good electrical circuit that provides a complete path for current?

The term that describes a good electrical circuit providing a complete path for current is "continuity." Continuity refers to the unbroken and continuous path of electrical flow within a circuit. It ensures that all components in the circuit can function properly because the electrical current can travel from the power source through the entire circuit and back without any interruptions.

In practical applications, continuity is often tested with a multimeter to confirm that there are no breaks or faults in the circuit, allowing technicians to verify that connections are intact and that equipment will operate as intended.

Other terms such as conduction refer to the transfer of electrical energy through a medium but do not directly describe the completeness of the path like continuity does. Circuitry is a broader term referring to the arrangement and interconnection of electrical components rather than the quality of the connection. Voltage is a measure of electrical potential difference and does not indicate whether a circuit is complete or functioning properly. Understanding these distinctions helps in accurately diagnosing issues within electrical circuits.