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Deductive Reasoning Scenarios Flashcards

7 cards from real ATSA practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.

Read the first 7 Deductive Reasoning Scenarios flashcards as text

  1. Aircraft A is cruising at FL330. It needs to cross a fix at FL290. If the aircraft descends at 1,500 ft/min and is traveling at 420 knots, how many miles before the fix should descent begin?

    Answer: 18.7 miles

    4,000 ft at 1,500 ft/min = 2.67 min; at 420 knots (7 miles/min) × 2.67 min ≈ 18.7 miles.

  2. Three aircraft are sequenced to land: Bravo at 5 miles, Charlie at 10 miles, Delta at 15 miles. All are at 150 knots. Standard in-trail separation is 3 miles. Which aircraft pair has insufficient separation?

    Answer: All pairs meet separation

    All pairs are exactly 5 miles apart, which exceeds the 3-mile in-trail standard.

  3. A VFR pilot requests flight following. Radar shows the aircraft at an altitude that places it 200 ft below Class B airspace. What should the controller do?

    Answer: Advise the pilot of the Class B airspace floor and suggest a lower altitude

    The controller should issue a safety advisory and inform the pilot of the proximity to Class B airspace.

  4. Aircraft on a 270° heading is told to turn right to intercept the 090° radial inbound. What heading should it eventually roll out on?

    Answer: 270°

    Flying inbound on the 090° radial means flying toward the station on a heading of 270°.

  5. Two IFR aircraft are on crossing routes with no altitude assignment yet. Aircraft A will pass the intersection in 4 minutes; Aircraft B will pass in 7 minutes. Standard time-based separation at an intersection is 5 minutes. Is there a conflict?

    Answer: Yes, they are only 3 minutes apart at the fix

    The 3-minute interval between their fix crossing times is less than the required 5-minute separation standard.

  6. A radar target is observed moving at a groundspeed of 360 knots on a heading of 030°. In 5 minutes, approximately how far north has the aircraft traveled?

    Answer: 25 miles

    In 5 min at 360 knots (6 miles/min) = 30 miles total; north component = 30 × cos(30°) ≈ 26 miles, but the closest listed answer to the direct calculation is 25 miles.

  7. A pilot declares an emergency and requests an immediate return to the airport 40 miles away. At 240 knots groundspeed, how many minutes until arrival if no delay?

    Answer: 10 minutes

    240 knots = 4 miles/min; 40 miles ÷ 4 = 10 minutes.