AR Electrician study plan

Classify at least 12 common wiring methods (NM-B, AC, MC, EMT, IMC, RMC, PVC, LFMC, LFNC, ENT, etc.) by permitted use, wet/damp/dry location, and corrosion resistance.

Calculate required support and securement spacing for each wiring method from memory, then verify against the code book and correct your errors.

Compute conductor ampacity with ambient-temperature correction and conduit-fill adjustment on 15 practice problems, showing each table lookup.

Size pull/junction boxes and device boxes for given conductor counts, including equipment grounding conductors and device fill allowances, across 10 scenarios.

Match cable and raceway types to structural conditions (concealed, exposed, underground, in concrete, in hazardous areas) on a 30-item sorting drill.

Trace a 200 A single-family service from the utility point of connection to the panelboard, labeling the code requirement that governs each component.

Size service-entrance conductors and the service disconnecting means for a 200 A dwelling, writing out every step of the calculation.

Differentiate branch-circuit requirements for small-appliance, laundry, bathroom, kitchen, garage, and outdoor receptacles, and state where GFCI and AFCI protection apply.

Solve 10 series, parallel, and combination circuit problems for voltage, current, resistance, and power, including voltage-drop checks on two long branch circuits.

Identify each component of a grounding electrode system and size the grounding electrode conductor for 8 given service sizes.

Distinguish grounding from bonding and correctly size main bonding jumpers and supply-side bonding jumpers in 6 written scenarios.

Select overcurrent devices and verify conductor protection for 6 branch-circuit and feeder scenarios, including tap rules and next-size-up allowances.

Explain in writing how series-rated systems, interrupting rating, and selective coordination affect device selection.

Locate and bond metal water piping, gas piping, structural steel, and intersystem bonding termination in a described building.

Perform a complete standard-method dwelling load calculation for a 2,400 sq ft house covering general lighting, small-appliance and laundry circuits, appliances, range, dryer, and heating versus cooling.

Apply demand factors to appliance, range, dryer, and neutral calculations and justify each factor used.

Repeat the same dwelling using the optional method and reconcile the difference between the two results.

Re-study the theory topics you missed on earlier quizzes (Ohm's law, power factor, AC impedance, three-phase relationships) until you can solve them without notes.

Size branch-circuit conductors, short-circuit and ground-fault protection, overload protection, and disconnects for 10 motor circuits using nameplate and table data.

Determine controller and disconnecting-means requirements, including location, ampere rating, and allowable exceptions, for each of those 10 circuits.

Apply HVAC-specific rules for hermetic refrigerant motor-compressors, using nameplate values versus table values and selecting the correct protection type.

Interpret three motor control diagrams (start/stop with overloads, reversing, and hand-off-auto) and describe the function of each component.

Verify conductor and overcurrent coordination between a motor branch circuit, its feeder, and the supplying panel.

Classify hazardous locations by class, division, and zone, and match the permitted wiring methods and equipment markings to each classification.

List the key wiring and equipment requirements for at least five special occupancies or locations (health care facilities, assembly occupancies, mobile/manufactured homes, swimming pools and fountains, agricultural buildings).

Sequence an inspection from permit application through rough-in to final, stating what the inspector verifies at each stage and what triggers a correction notice.

Describe lockout/tagout procedure, approach boundaries, arc-flash PPE categories, and safe work practices for energized versus de-energized work.

Re-take every quiz from weeks 1 through 6 and log each miss by domain and by code article.

Rebuild your ten weakest concepts by re-deriving the governing rule from the code book without looking at the answer key first.

Complete a timed 60-question set drawn mostly from domains 2, 3, 6, and 5, finishing within 90 minutes.

Drill table lookups under time pressure until ampacity, conductor sizing, and box-fill lookups take under two minutes each.

Complete two full-length timed practice exams under exam-day conditions, including a single sitting with no interruptions.

Review every missed or guessed item from both exams and re-solve each one until you can justify the correct answer.

Compress the highest-value numbers, tables, and exceptions into a single page you can recall from memory.

Confirm exam-day logistics: location or platform, identification required, allowed references, calculator policy, and arrival time.