Name one common tool used for circuit testing.

• Oscilloscope

• Multimeter

• Breadboard

• Soldering Iron

What does the term 'continuity' refer to in electrical testing?

• Continuity refers to the speed of electrical signals.

• Continuity indicates the voltage level in a circuit.

• Continuity is the measure of electrical resistance in a wire.

• Continuity refers to the presence of a complete electrical path allowing current to flow.

Why is it important to comply with electrical codes?

• To ensure safety and prevent hazards.

• To allow for more creative electrical designs.

• To make the installation process faster.

• To reduce the cost of electrical installations.

What is the purpose of an installation inspection checklist?

• To ensure compliance and identify issues during the installation.

• To schedule future maintenance checks.

• To evaluate the performance of the installation team.

• To provide a list of tools needed for installation.

What should be checked during a visual inspection of an electrical installation?

• Ensure the installation is aesthetically pleasing

• Check for wear or damage to wiring, proper grounding, functioning circuit breakers, loose connections, appropriate labels, and secure mounting of components.

• Inspect the length of the circuit breakers

• Check for the color of the wires

How often should electrical installations be inspected?

• Only when there is a complaint or issue.

• Every 5 years for residential, annually for commercial.

• Every 10 years for both residential and commercial.

• Every year for residential, every 3 years for commercial.

What is the significance of grounding in electrical systems?

• Grounding is only necessary for large industrial equipment.

• Grounding increases energy consumption in electrical systems.

• Grounding has no impact on electrical system performance.

• Grounding is crucial for safety, equipment protection, and voltage stability in electrical systems.

What is the role of a circuit breaker in an electrical installation?

• To enhance the aesthetic appeal of electrical installations.

• To increase the voltage in electrical circuits.

• To protect electrical installations from overloads and short circuits by interrupting the flow of electricity.

• To provide a constant flow of electricity without interruption.

Describe the process of testing for voltage in a circuit.

• Use a screwdriver to adjust the circuit settings.

• Check the circuit for physical damage only.

• Use a multimeter to measure voltage across circuit points.

• Measure the current flow instead of voltage.

What is the difference between AC and DC circuits?

• AC circuits are used in batteries; DC circuits are used in power plants.

• AC circuits use batteries; DC circuits use generators.

• AC circuits have alternating current; DC circuits have direct current.

• AC circuits have constant voltage; DC circuits have variable voltage.