Exam Questions Explained

Seven recent Flight Planning & Monitoring questions (ICAO ATS Flight Plan) from real EASA exams, covering TAS deviations, "Heavy" designation, endurance, flight rules, and route info.

Six recent ATPL Meteorology questions (Air Masses & Fronts) from real EASA exams, covering warm/cold fronts, occlusions, air mass types, and weather prediction.

Six recent ATPL Communications questions from real EASA exams, covering METAR interpretation, coding rules, alternate weather, forecasts, Q codes, and radio phraseology.

Six recent Radio Navigation (PBN) questions from real EASA exams, covering ANP vs RNP, RNAV vs RNP, TSE, LPV certification, and PBN principles and usage.

Seven recent Meteorology questions from real EASA exams, covering cloud formation, fog types, wind shear, ISA deviations, ITCZ shifts, and precipitation patterns.

Five recent Aircraft General Knowledge (Oxygen Systems) questions from real EASA exams, covering passenger deployment, rapid decompression, delivery modes, smoke hoods, and chemical vs gaseous systems.

Six recent Aircraft General Knowledge (Hydraulics) questions from real EASA exams, covering accumulators, Pascal’s principle, overpressure protection, cockpit monitoring, NRVs, and stand pipes.

Five recent Human Performance & Limitations (Basic Aviation Psychology) questions from real EASA exams, covering briefing, situational awareness, SOPs, cockpit lighting, and mode awareness.

Five recent General Navigation (VFR Navigation) questions from real EASA exams, covering visual approaches, checkpoints, lost position, snow terrain, and groundspeed checks.

Seven recent Meteorology questions from real EASA exams, covering wind/temp charts, METAR/TAF interpretation, prognostic charts, synoptic depressions, and icing forecasts.

Six recent Instrumentation questions from real EASA exams, covering IAS/TAS in cold fronts, ASI function, baro VSI, climb speeds, ADC systems, and EAS vs CAS.

Six recent Principles of Flight questions from real EASA exams, covering AoA effects, flaps, slat asymmetry, speed brakes, ground effect, and aerofoil flow changes.