Atpl Questions - Easa

“An aircraft in a level turn at 45° bank angle, with a load factor of 1.414, experiences a stall speed increase of what factor? Assume no other changes.”

Last block: Human Performance and Limitations. “A pilot flying at FL350 for 5 hours without supplementary oxygen. Which statement is most accurate regarding hypoxic hypoxia?” You remember: EASA loves the time of useful consciousness and the partial pressure of oxygen . At 35,000 ft, TUC is 30–60 seconds. They want to know that you know: “Symptoms can occur even at cabin altitudes below 10,000 ft in susceptible individuals” is wrong for hypoxic hypoxia – that’s more about hypemic or histotoxic . The correct one: “Partial pressure of oxygen in the alveoli drops below 60 mmHg, leading to decreased oxygen saturation.” easa atpl questions

You’re a 32-year-old former cargo pilot who decided, after a decade of hauling freight through red-eye shifts, to finally chase the airline dream. The problem? You haven’t touched an EASA ATPL theory book since you converted your foreign license six years ago. Now you’re sitting in a cold exam centre in Brussels, proctored by a woman who looks like she hasn’t smiled since the JAA era. “An aircraft in a level turn at 45°

The screen flashes:

Your finger hovers. Load factor n = 1.414. √1.414 = 1.189. Stall speed increase factor = 1.19. Option A. You click it, and the screen doesn’t immediately turn red. Your heart rate drops from “flaps up overshoot” to “cruise climb.” Which statement is most accurate regarding hypoxic hypoxia

You remember the trick: Don’t panic. Use the formula: ΔCG = (weight moved × arm change) / total mass. Arm change = 400 – 100 = 300 cm. ΔCG = (150 × 300) / 5700 = 45,000 / 5700 ≈ 7.89 cm aft. Old CG in cm from datum: 22% of MAC means 22% × 200 = 44 cm aft of MAC leading edge. MAC leading edge at station 150, so old CG station = 150 + 44 = 194 cm. New CG station = 194 + 7.89 = 201.89 cm. New CG in % MAC = (201.89 – 150) / 200 × 100 = 51.89 / 200 × 100 ≈ 25.94% ≈ 26% MAC.