, Alaska Electrical Administrator Exam – Practice
Question Bank
250 Questions with Verified Answers & Detailed Rationales
Exam Content Areas:
• General Electrical Knowledge
• Grounding and Bonding
• Services, Feeders, and Branch Circuits
• Wiring Methods and Materials
• Overcurrent Protection
• Motors and Transformers
• Load Calculations
• Alaska Statutes and Regulations
Section 1: NEC Fundamentals & General Knowledge
(Questions 1–30)
1. What is the primary purpose of the National Electrical Code (NEC)?
• A. Establish labor rates for electricians
• B. Provide electrical design specifications only
• C. Safeguard persons and property from electrical hazards
• D. Regulate utility companies
• C. Safeguard persons and property from electrical hazards
Rationale: The NEC is intended to provide practical safeguarding of persons and property
from hazards arising from the use of electricity. It establishes minimum safety standards for
electrical installations.
, 2. How often is the NEC typically revised?
• A. Every year
• B. Every 2 years
• C. Every 3 years
• D. Every 5 years
• C. Every 3 years
Rationale: The NEC is updated on a three-year cycle (e.g., 2020, 2023) to address new
technologies and safety concerns. Alaska typically adopts the latest edition with state-specific
amendments.
3. Which NEC chapter covers wiring methods and materials?
• A. Chapter 1
• B. Chapter 2
• C. Chapter 3
• D. Chapter 4
• C. Chapter 3
Rationale: Chapter 3 of the NEC covers wiring methods and materials, including articles on
various conduit types, cable assemblies, and raceways. Chapter 1 covers general
requirements, Chapter 2 covers wiring and protection, and Chapter 4 covers equipment for
general use.
4. Ohm's Law states that voltage equals:
• A. Power × Current
• B. Current × Resistance
• C. Resistance ÷ Current
• D. Power ÷ Resistance
• B. Current × Resistance
Rationale: Ohm's Law defines the relationship between voltage, current, and resistance: V = I
× R. This is a foundational principle for all electrical circuit analysis.
, 5. The unit of electrical power is the:
• A. Volt
• B. Ampere
• C. Watt
• D. Ohm
• C. Watt
Rationale: Electrical power is measured in watts and represents the rate at which electrical
energy is consumed or produced in a circuit. Power = Voltage × Current (P = V × I).
6. What does "ampacity" refer to?
• A. The voltage rating of a conductor
• B. The insulation type of a conductor
• C. The maximum current a conductor can carry continuously
• D. The resistance of a conductor per unit length
• C. The maximum current a conductor can carry continuously
Rationale: Ampacity is the current-carrying capacity of a conductor under specified
conditions without exceeding its temperature rating. It is a critical factor in conductor sizing.
7. Which conductor is intentionally grounded in an electrical system?
• A. Equipment grounding conductor
• B. Bonding jumper
• C. Grounded conductor (neutral)
• D. Grounding electrode conductor
• C. Grounded conductor (neutral)
Rationale: The grounded conductor is commonly referred to as the neutral and is
intentionally connected to ground at the service equipment. It carries current under normal
operation.
Question Bank
250 Questions with Verified Answers & Detailed Rationales
Exam Content Areas:
• General Electrical Knowledge
• Grounding and Bonding
• Services, Feeders, and Branch Circuits
• Wiring Methods and Materials
• Overcurrent Protection
• Motors and Transformers
• Load Calculations
• Alaska Statutes and Regulations
Section 1: NEC Fundamentals & General Knowledge
(Questions 1–30)
1. What is the primary purpose of the National Electrical Code (NEC)?
• A. Establish labor rates for electricians
• B. Provide electrical design specifications only
• C. Safeguard persons and property from electrical hazards
• D. Regulate utility companies
• C. Safeguard persons and property from electrical hazards
Rationale: The NEC is intended to provide practical safeguarding of persons and property
from hazards arising from the use of electricity. It establishes minimum safety standards for
electrical installations.
, 2. How often is the NEC typically revised?
• A. Every year
• B. Every 2 years
• C. Every 3 years
• D. Every 5 years
• C. Every 3 years
Rationale: The NEC is updated on a three-year cycle (e.g., 2020, 2023) to address new
technologies and safety concerns. Alaska typically adopts the latest edition with state-specific
amendments.
3. Which NEC chapter covers wiring methods and materials?
• A. Chapter 1
• B. Chapter 2
• C. Chapter 3
• D. Chapter 4
• C. Chapter 3
Rationale: Chapter 3 of the NEC covers wiring methods and materials, including articles on
various conduit types, cable assemblies, and raceways. Chapter 1 covers general
requirements, Chapter 2 covers wiring and protection, and Chapter 4 covers equipment for
general use.
4. Ohm's Law states that voltage equals:
• A. Power × Current
• B. Current × Resistance
• C. Resistance ÷ Current
• D. Power ÷ Resistance
• B. Current × Resistance
Rationale: Ohm's Law defines the relationship between voltage, current, and resistance: V = I
× R. This is a foundational principle for all electrical circuit analysis.
, 5. The unit of electrical power is the:
• A. Volt
• B. Ampere
• C. Watt
• D. Ohm
• C. Watt
Rationale: Electrical power is measured in watts and represents the rate at which electrical
energy is consumed or produced in a circuit. Power = Voltage × Current (P = V × I).
6. What does "ampacity" refer to?
• A. The voltage rating of a conductor
• B. The insulation type of a conductor
• C. The maximum current a conductor can carry continuously
• D. The resistance of a conductor per unit length
• C. The maximum current a conductor can carry continuously
Rationale: Ampacity is the current-carrying capacity of a conductor under specified
conditions without exceeding its temperature rating. It is a critical factor in conductor sizing.
7. Which conductor is intentionally grounded in an electrical system?
• A. Equipment grounding conductor
• B. Bonding jumper
• C. Grounded conductor (neutral)
• D. Grounding electrode conductor
• C. Grounded conductor (neutral)
Rationale: The grounded conductor is commonly referred to as the neutral and is
intentionally connected to ground at the service equipment. It carries current under normal
operation.
