Which multimeter setting is typically used for measuring continuity?

The correct choice for measuring continuity with a multimeter is the setting for ohms. This setting allows the multimeter to measure resistance in a circuit, which is essential when checking for continuity. When continuity is present, it means that electricity can flow through the circuit, indicating a complete path; therefore, the multimeter will show a low resistance reading (close to zero ohms).

Using the ohms setting is essential because it provides a clear indication of whether the circuit or component being tested is connected or if there is a break in the circuit. If continuity exists, the multimeter may also produce an audible beep, further confirming that continuity is present.

The other settings, such as DC voltage, AC voltage, and current are designed for different purposes: measuring voltage in a circuit and measuring current flow. These settings do not provide the specific information needed for continuity testing, which is why the ohms setting is the most appropriate choice.