MCAA PPL Theory Exam study plan

Label every major airframe, flight-control, and powerplant component on a blank aircraft diagram from memory, then explain the function of each in one sentence

Trace the electrical system from battery through bus, alternator/generator, and circuit protection, and state what fails when each breaker opens

Derive and apply the four forces in steady straight-and-level flight, including the lift equation and the effect of angle of attack on the stall

Explain how load factor changes stall speed using the square-root relationship and calculate stall speed at 2g and 3g for a given VS1

Describe the induction, ignition, lubrication, and cooling paths of a piston engine and identify the failure symptoms of each

Explain stability (static and dynamic, longitudinal, lateral, directional) and how CG position shifts each

Interpret a typical POH limitation section and list the airspeed, weight, and engine limits without referring to notes

Explain induced drag versus parasite drag and identify the speed for minimum total drag on a power-required curve

Map the structure of the applicable national aviation legislation: primary act, implementing regulations, and the parts covering licensing, operations, and airworthiness

State the privileges, limitations, and recent-experience requirements of the licence you are applying for

List the documents that must be carried on board and the aircraft records that must be retained, with retention periods

Explain right-of-way rules, minimum heights, and the rules for flying near people and property in the applicable jurisdiction

Describe the categories of airspace, their entry requirements, and the meaning of each VFR weather minimum table entry

Explain the rules on collision avoidance, lights, and signals, including interception procedures and distress signals

Decode a METAR and TAF line by line, including trend groups, and state what each group means operationally

Explain how pressure systems, fronts, and stability produce the weather a VFR pilot must avoid

Interpret a significant weather chart and identify areas of forecast icing, turbulence, and low cloud base

Compute density altitude from pressure altitude and temperature and explain its effect on takeoff, climb, and landing performance

Describe fog formation types, thunderstorm life cycle, wind shear, and mountain wave, and state the avoidance action for each

Convert between true, magnetic, and compass headings using variation and deviation, and compute track and groundspeed from a wind triangle

Plot a three-leg cross-country on a chart, measure tracks and distances, and complete a full navigation log by hand

Explain the principles of VOR, ADF, GNSS, and dead reckoning, and state the indications and failure modes of each

Compute takeoff and landing distance from POH charts for given weight, altitude, temperature, and wind, and apply the required safety factors

Build a fuel plan including taxi, trip, reserve, and contingency, and state the legal minimum reserve for the planned flight

Calculate mass and balance for a loaded aircraft and determine whether the CG falls within limits at takeoff and landing

Explain the effect of wind, runway slope, surface, and density altitude on the takeoff and landing phases

Verify a planned cross-country against airspace, terrain, and alternate requirements

Explain hypoxia, hyperventilation, and carbon monoxide poisoning, including symptoms, recognition, and correct response

Describe the effects of fatigue, dehydration, stress, and medication on pilot performance, and apply the IMSAFE checklist to a scenario

Explain spatial disorientation and the illusions encountered in approach and departure, and state the recovery action for each

Describe the pre-flight, taxi, departure, and emergency procedures for the aircraft you fly, including engine failure after takeoff and forced landing

Explain fire, decompression, and ditching procedures where applicable, and the use of the emergency checklist

Deliver standard VFR radiotelephony calls for departure, position reporting, arrival, and emergency, using correct phraseology and readback

Explain radio failure procedures under VFR and the light signals used to clear an aircraft

Complete three full-length timed mock exams across all nine domains and record the score for each domain

Review every missed question to its source reference and rewrite the underlying rule or formula in your own words

Re-drill the two weakest domains until each mock section scores above 75%