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Question 1. Which law of learning states that a response will be strengthened if it is followed by a reward? A) Primacy B) Effect C) Recency D) Readiness Answer: B Explanation: The Law of Effect, formulated by Thorndike, says that behaviors followed by satisfying outcomes are more likely to be repeated. Question 2. In Maslow’s hierarchy, which need must be satisfied before a student pilot can focus on learning advanced soaring techniques? A) Self-actualization B) Esteem C) Safety D) Physiological Answer: C Explanation: Safety (security) needs must be met before higher-order learning needs such as esteem or self-actualization become dominant. Question 3. Which defense mechanism involves redirecting anxiety from a threatening situation onto a safer target? A) Denial B) Repression C) Displacement D) Rationalization Answer: C
Explanation: Displacement shifts emotional energy from the original source to a less threatening object or person. Question 4. A common barrier to communication in glider instruction is “overuse of abstractions.” What does this refer to? A) Using technical jargon without explanation B) Speaking too loudly in the cockpit C) Relying on visual cues only D) Ignoring student questions Answer: A Explanation: Overuse of abstractions means employing specialized terminology that the student may not understand, hindering effective teaching. Question 5. Which instructional method emphasizes the instructor demonstrating a maneuver while the student watches and then repeats it? A) Lecture method B) Guided discussion C) Demonstration-performance D) Role-playing Answer: C Explanation: The Demonstration-Performance method involves the instructor showing a skill, the student observing, and then performing the same maneuver under supervision. Question 6. Which of the following is NOT a component of drag on a glider? A) Parasite drag B) Induced drag
C) Vertical axis D) Pitch axis Answer: B Explanation: The lateral (or transverse) axis runs wingtip-to-wingtip and controls roll motion. Question 10. When a glider experiences adverse yaw during a turn, the primary corrective action is: A) Increase elevator input B) Apply opposite aileron C) Use coordinated rudder in the direction of the turn D) Reduce throttle Answer: C Explanation: Adverse yaw causes the nose to yaw opposite the roll; applying rudder in the turn direction coordinates the turn. Question 11. Overbanking tendency in a steep turn is caused chiefly by: A) Increased lift on the outer wing B) Decrease in load factor C) Higher stall speed on the inside wing D) Greater centripetal force requiring more lift than level flight Answer: D Explanation: In a steep turn, load factor rises, demanding more lift; if not increased, the aircraft tends to overbank. Question 12. Deploying spoilers on a glider primarily: A) Increases lift and reduces drag B) Reduces lift and increases drag, causing a nose-up pitch
C) Reduces lift and increases drag, causing a nose-down pitch D) Has no effect on lift but adds drag only Answer: C Explanation: Spoilers break airflow, decreasing lift and increasing drag, which usually results in a nose-down pitch due to reduced lift. Question 13. Flaps are most beneficial when: A) Flying high-speed cruise between thermals B) Performing a steep turn at low altitude C) Thermalling to increase climb rate D) Landing on a short runway in calm wind Answer: C Explanation: Extending flaps increases camber, producing more lift at lower speeds, which helps maintain altitude in weak thermals. Question 14. During an aero-tow launch, the “high-tow” position is preferred because: A) It reduces the glider’s angle of attack B) It places the glider out of the tow-plane’s vortex C) It eliminates the need for a wing-runner D) It allows a faster release altitude Answer: B Explanation: High-tow positions keep the glider above the turbulent wake of the tow-plane, improving stability during launch. Question 15. The visual signal “thumbs up” from the wing-runner to the tow pilot indicates: A) Ready for release
A] Deploying the parachute immediately B] Applying full nose-down pitch to maintain airspeed and gliding to a safe landing area C] Pulling the release lever as soon as possible D] Turning off the engine Answer: B Explanation: At low altitude there may be insufficient time to release; pitching down preserves airspeed and allows a controlled glide to land. Question 19. Thermal lift is most often indicated by which visual cue? A) Lenticular clouds over mountain ridges B) Bird activity circling in a column of rising air C) Uniform cloud deck at 10 000 ft D) Clear sky with no visible features Answer: B Explanation: Birds commonly circle within thermals, providing a clear visual indication of rising air. Question 20. Ridge soaring requires the wind to be: A) Perpendicular to the ridge, creating lift on the windward side B) Parallel to the ridge, causing no lift C) From the lee side, causing down-wash D) Calm, to avoid turbulence Answer: A Explanation: When wind hits a ridge, it is forced upward on the windward side, creating lift for ridge soaring.
Question 21. Lenticular clouds are most often associated with which type of soaring? A) Thermal soaring B) Ridge soaring C) Wave soaring D) Convergence soaring Answer: C Explanation: Lenticular clouds form at the crest of standing mountain waves, indicating strong lift for wave soaring. Question 22. The Lifted Index (LI) is used to assess: A) Turbulence intensity B) Potential for thunderstorm development C) Wind shear near the surface D) Icing conditions at altitude Answer: B Explanation: A negative Lifted Index indicates an unstable atmosphere conducive to thunderstorm formation. Question 23. The Minimum Sink Speed (V ms) is important because: A) It is the fastest speed the glider can achieve B) It provides the longest possible time aloft in weak lift C) It is the speed for safe take-off from a winch D) It is the recommended speed for landing in crosswinds Answer: B Explanation: V ms is the airspeed at which the glider’s sink rate is lowest, maximizing endurance in weak lift.
Question 27. Under FAA regulations, a glider instructor must have which minimum certificate to provide instruction? A) Private Pilot – Glider B) Commercial Pilot – Glider C) Flight Instructor – Glider (CFI-G) D) Sport Pilot – Glider Answer: C Explanation: The FAA requires a Certified Flight Instructor – Glider (CFI-G) rating to give glider instruction. Question 28. The PAVE checklist for risk management does NOT include which element? A) Pilot B) Aircraft C) Velocity D) External pressures Answer: C Explanation: PAVE stands for Pilot, Aircraft, enVironment, and External pressures; “Velocity” is not part of the acronym. Question 29. Which hazardous attitude is characterized by a “I’m invincible” mindset? A) Anti-authority B) Impulsivity C) Invulnerability D) Macho Answer: C
Explanation: The invulnerability attitude reflects overconfidence and belief that accidents happen to others, not oneself. Question 30. Situational awareness can be degraded by: A) Systematic checklist use B) Single-task focus on a single instrument C) Maintaining proper scan patterns D) Regular briefings before flight Answer: B Explanation: Focusing on one instrument neglects other cues, reducing overall situational awareness. Question 31. During a pre-flight inspection of a glider, the most critical visual check for wing integrity is: A) Paint condition on the fuselage B) Presence of dents on the nose wheel C) Condition of the wing spar caps and leading-edge skin D) Color of the canopy frame Answer: C Explanation: Wing spar caps and leading-edge skin are structural components; any damage can compromise safety. Question 32. In straight-and-level flight, the primary visual reference for maintaining altitude is the: A) Horizon line B) Airspeed indicator C) Turn coordinator D) Altimeter
Answer: C Explanation: The standard spin recovery is PARE: Power idle (if applicable), Ailerons neutral, Rudder opposite spin, Elevator forward to break the stall. Question 36. A forward slip is most useful for: A) Increasing glide distance B) Reducing airspeed without gaining altitude C) Counteracting a cross-wind during landing D) Improving climb rate in thermals Answer: B Explanation: Forward slip increases drag and descent rate, allowing speed reduction without altitude gain, useful for approach control. Question 37. A side slip is primarily employed to: A) Increase lift during a climb B) Align the aircraft’s longitudinal axis with the runway in a cross-wind landing C) Reduce fuel consumption D) Accelerate the aircraft for take-off Answer: B Explanation: Side slip aligns the aircraft’s nose with the runway while the wind pushes the aircraft laterally, enabling a safe cross-wind landing. Question 38. When entering a standard traffic pattern, the correct altitude for the downwind leg in a glider is: A) Same as the runway elevation B) 500 ft above the runway C) 1 000 ft above the runway
D) 100 ft above the runway Answer: B Explanation: The typical pattern altitude for gliders is about 500 ft AGL, providing sufficient clearance for turns. Question 39. During a cross-wind landing, the “crab” technique involves: A) Keeping the aircraft’s nose pointed directly at the runway while drifting sideways B) Aligning the aircraft’s longitudinal axis with the runway and using a side slip C) Turning the aircraft into the wind to maintain runway alignment D) Using full rudder opposite the wind direction while keeping the wings level Answer: D Explanation: The crab method applies opposite rudder to counteract drift, keeping the aircraft’s path aligned with the runway while the nose points into the wind. Question 40. A “land-out” situation in soaring refers to: A) Landing at the intended aerodrome after a cross-country flight B) Touching down at a field other than the home airport due to loss of lift C) Executing a forced landing on water D) Performing a night landing in a glider Answer: B Explanation: A land-out occurs when the pilot must land away from the planned destination because lift cannot be found. Question 41. Which of the following best describes the difference between static and dynamic stability?
Explanation: Role-playing and having the student restate instructions reinforces active listening. Question 44. During a lecture method of instruction, the instructor’s primary responsibility is to: A) Demonstrate each maneuver repeatedly B) Provide a clear, organized presentation of information C) Allow the student to discover concepts without guidance D) Conduct a hands-on flight test Answer: B Explanation: The lecture method focuses on delivering organized information verbally. Question 45. Which of the following best characterizes “exercise” in the Laws of Learning? A) The learner’s motivation to learn B) The amount of practice required to form a habit C) The intensity of the learning environment D) The order in which material is presented Answer: B Explanation: Exercise refers to repetition that strengthens the association between stimulus and response. Question 46. In a glider’s performance polar curve, the point where the curve is steepest corresponds to: A) Minimum sink speed B) Best glide speed C) Maximum speed D) Stall speed
Answer: A Explanation: The steepest part of the polar curve represents the highest rate of sink, which occurs at V ms. Question 47. The K-Index is used primarily to assess the likelihood of: A) Icing conditions B) Turbulence over mountains C) Convective cloud development and thunderstorms D) Fog formation at airports Answer: C Explanation: The K-Index combines temperature and moisture parameters to estimate thunderstorm potential. Question 48. When a glider is launched from a winch and the pilot feels an “oscillating” motion, the likely cause is: A) Improper release of the tow hook B) Uneven cable tension due to winch speed variations C) Excessive water ballast D) Low wing loading Answer: B Explanation: Variations in winch speed create tension fluctuations, resulting in oscillatory motion during climb. Question 49. In a “boxed wake” maneuver during aero-tow, the glider pilot should: A) Fly directly into the vortex to gain lift B) Maintain a position directly behind the tow-plane to stay out of the vortex C) Fly along the edge of the vortex to experience a smooth transition into lift
C) The wind direction relative to the ridge D) The timing of thermals over the ridge Answer: A Explanation: The “beat” is the optimal airspeed that keeps the glider within the lift zone produced by the ridge. Question 53. Which of the following is a sign that a glider is entering a wave-induced rotor zone? A) Clear blue sky with no clouds B) Rapid, turbulent roll motions and a sudden loss of altitude C) A steady increase in lift without any turbulence D) A smooth ride with distant cumulus clouds Answer: B Explanation: Rotor zones are turbulent areas beneath mountain waves, characterized by sudden roll and sink. Question 54. In a METAR report, the code “RA” indicates: A) Light rain B) Moderate rain C) Heavy rain D) No precipitation Answer: B Explanation: “RA” denotes rain; the intensity (light, moderate, heavy) is indicated by preceding symbols (+ for heavy, - for light). Question 55. The “recency” principle of learning states that: A) The most recent learning experience has the strongest effect on behavior. B) Learning is most effective when it occurs early in life.
C) Repetition over time is unnecessary. D) Learners must be physically ready before instruction. Answer: A Explanation: Recency emphasizes that recent exposure to material influences performance more than older exposure. Question 56. Which of the following best describes “cognitive theory” of learning? A) Learning is a result of stimulus-response conditioning only. B) Learning involves internal mental processes such as thinking and problem solving. C) Learning occurs only through physical practice. D) Learning is unrelated to experience. Answer: B Explanation: Cognitive theory focuses on mental activities—understanding, reasoning, and memory—as central to learning. Question 57. When teaching a student to perform a coordinated turn, the instructor should emphasize: A) Maximum aileron deflection before rudder input B) Simultaneous aileron, rudder, and elevator inputs to maintain a constant bank and heading C) Holding the rudder steady throughout the turn D) Using only ailerons and letting the aircraft yaw naturally Answer: B Explanation: Coordination requires balanced use of aileron, rudder, and elevator to keep the turn smooth and prevent adverse yaw.
