I85PREP
⌘ K
FAA Instrument Ground Instructor IGI foundations study materials
FAA Instrument Ground Instructor IGI foundations study resources

FAA Instrument Ground Instructor IGI foundations practice questions

One question at a time. Build your FAA Instrument Ground Instructor IGI foundations understanding.

First 50 of 190 questions. Each one lists the choices, the correct answer, and an explanation. The checker at the top of this page saves progress in this browser when it is available.

Continue in the practice tool above to load more questions, 50 at a time.

Question 1US IFR applicability, clearance and descent

An instructor holds only an instrument ground instructor rating, with no separate flight-instructor authorization. Which proposed activity falls within the ground privileges described in 14 CFR 61.215(c)?

  1. Certifying practical flight proficiency solely from classroom attendance
  2. Providing instrument-rating knowledge ground training Correct answer.
  3. Signing a student solo-flight authorization
  4. Conducting instrument flight instruction solely on the IGI rating

Explanation

The instrument ground rating authorizes the specified ground training, including instrument-rating knowledge training. It does not itself supply a flight-instructor authorization or establish practical flight proficiency.

Question 2US IFR applicability, clearance and descent

An IGI has provided the applicable ground instruction for an instrument proficiency check. What conclusion follows from 14 CFR 61.215(c), assuming the other applicable requirements are met?

  1. Ground training automatically makes the pilot instrument-current
  2. The pilot may omit required practical evaluation after attending class
  3. The rule includes that ground-training activity Correct answer.
  4. The IGI rating alone also authorizes the flight portion

Explanation

The ground privileges expressly include ground training required for an instrument proficiency check. Ground learning does not automatically complete a required flight evaluation or establish pilot instrument currency.

Question 3US IFR applicability, clearance and descent

A pilot has filed an IFR flight plan but has not received an appropriate ATC clearance. The proposed operation is under IFR in controlled airspace, with no exception supplied. What is missing under 14 CFR 91.173?

  1. Only a second copy of the flight plan
  2. Only a destination weather report
  3. Only a request for radar service after entry
  4. An appropriate ATC clearance Correct answer.

Explanation

The US rule requires an IFR flight plan and an appropriate ATC clearance for this stated operation. Filing the plan alone does not provide that clearance or authorize entry under IFR.

Question 4US IFR applicability, clearance and descent

A US IFR flight suffers two-way radio failure while remaining in VFR conditions. No different ATC authorization is supplied. Which branch of 14 CFR 91.185 addresses this condition?

  1. Continue under VFR and land as soon as practicable Correct answer.
  2. Remain in IFR conditions until the filed destination
  3. Apply IFR lost-communication route priorities without considering VFR conditions
  4. Descend immediately to the lowest assigned altitude regardless of terrain

Explanation

The rule separately addresses VFR conditions and calls for continuing under VFR and landing as soon as practicable. Its continued-IFR route and altitude provisions are not substituted without considering that branch.

Question 5US IFR applicability, clearance and descent

Under the IFR-conditions branch of US radio-failure rules, a route segment has assigned altitude 7000 ft, applicable minimum IFR altitude 6000 ft and an ATC-advised expected altitude 8000 ft. Which altitude is selected by 14 CFR 91.185(c)(2)?

  1. The arithmetic average of the three altitudes
  2. 8000 ft Correct answer.
  3. 6000 ft
  4. 7000 ft

Explanation

For the stated segment, the rule uses the highest applicable assigned, minimum IFR or ATC-advised expected altitude. The maximum of the supplied values is 8000 feet, not the lowest or their average.

Question 6US IFR applicability, clearance and descent

A US aircraft loses two-way radio communications in IFR conditions while being radar vectored. The vector clearance specified a fix to which the vector was leading. Under the stated route provision, what route is used from the failure point?

  1. Immediately resume the originally filed route regardless of the vector clearance
  2. Hold indefinitely at the failure position
  3. Direct to the fix specified in the vector clearance Correct answer.
  4. Direct to any airport with the best forecast

Explanation

The US route provision specifically addresses a radar-vector situation by referring to the fix, route or airway specified in that vector clearance. Altitude and clearance-limit timing remain separate considerations.

Question 7US IFR applicability, clearance and descent

On a US standard instrument approach, a pilot at the applicable MDA sees only the airport rotating beacon. No other authorized visual reference is identifiable. Does that beacon alone satisfy 14 CFR 91.175(c)(3)?

  1. Yes, because any airport lighting is sufficient
  2. Yes, if the pilot knows the airport coordinates
  3. Yes, if the aircraft has remained on the published lateral course
  4. No, the rotating beacon is not one of the listed runway references Correct answer.

Explanation

The rotating beacon alone is not an authorized listed reference for descending below the applicable minimum. Position for a normal landing and prescribed flight visibility are also separate required conditions.

Question 8US IFR applicability, clearance and descent

During a US approach, one authorized runway reference is identifiable, but the aircraft is not continuously positioned for a normal descent and landing using normal maneuvers. What does 14 CFR 91.175(c) require the learner to recognize?

  1. A visual reference alone does not satisfy all descent conditions Correct answer.
  2. The visual reference overrides the normal-position requirement
  3. A current GPS position replaces the normal-maneuver requirement
  4. A landing clearance waives the published descent conditions

Explanation

The rule requires its conditions together. Identifying an authorized reference does not remove the requirement to remain positioned for a normal descent and landing using normal maneuvers, or the prescribed flight visibility.

Question 9US IFR applicability, clearance and descent

Under 14 CFR 91.175(c)(3), which of the following is NOT one of the approved visual references required to descend below DA/MDA?

  1. The approach light system
  2. The runway threshold markings
  3. The airport rotating beacon Correct answer.
  4. The visual approach slope indicator (VASI)

Explanation

Per 14 CFR 91.175(c)(3), the approved visual references include the approach light system, threshold, threshold markings, threshold lights, REIL, VASI, touchdown zone/markings/lights, runway/markings, and runway lights. The airport rotating beacon is NOT one of the approved references to continue descent.

Question 10US IFR applicability, clearance and descent

Under 14 CFR 91.173, what must a pilot do before operating an aircraft in controlled airspace under IFR?

  1. File a VFR flight plan with Flight Service
  2. File an IFR flight plan and receive an appropriate ATC clearance Correct answer.
  3. Call the destination tower
  4. Obtain a Mode C transponder

Explanation

Per 14 CFR 91.173, no person may operate an aircraft in controlled airspace under IFR unless that person has filed an IFR flight plan and received an appropriate ATC clearance. This is foundational to IFR operations.

Question 11Radio navigation and approach guidance

In a standard holding pattern with no wind, the turns are made in which direction?

  1. Left turns
  2. Right turns Correct answer.
  3. Either direction as chosen by pilot
  4. Alternating directions

Explanation

A standard holding pattern uses right turns. A nonstandard pattern uses left turns and must be specified in the charted or ATC-assigned holding instructions. An AIM-standard hold is right-turn, 1-minute inbound leg (at/below 14,000 MSL), and holding-speed limitations apply.

Question 12Radio navigation and approach guidance

The standard ILS glideslope angle is typically:

  1. 1.5 degrees
  2. 3.0 degrees Correct answer.
  3. 4.5 degrees
  4. 6.0 degrees

Explanation

The standard ILS glideslope is 3.0 degrees. Non-standard glideslopes (up to about 3.5 degrees) may be used at terrain-constrained airports and are noted on the approach plate. Full-scale deflection on the glideslope is approximately 1.4 degrees total (0.7 each side).

Question 13Radio navigation and approach guidance

On an RNAV (GPS) approach, what does the 'LNAV/VNAV' minima line provide?

  1. Lateral navigation only
  2. Lateral navigation plus barometric or SBAS vertical navigation Correct answer.
  3. A precision approach with DA as low as 200 HAT
  4. Circling minimums only

Explanation

LNAV/VNAV (Lateral/Vertical NAV) provides lateral course guidance plus a vertical path derived from either barometric VNAV or WAAS (SBAS). It is classified as an APV (approach with vertical guidance) with a DA, not an MDA, and has higher minima than LPV. LPV requires WAAS and offers the lowest RNAV minima.

Question 14Radio navigation and approach guidance

What does RAIM stand for in GPS operations?

  1. Radar Aided Integrity Monitor
  2. Receiver Autonomous Integrity Monitoring Correct answer.
  3. Remote Area Instrument Mode
  4. Runway Approach Integrity Monitor

Explanation

RAIM (Receiver Autonomous Integrity Monitoring) is an integrity function within GPS receivers that uses redundant satellite measurements to detect erroneous signals. For non-WAAS receivers, RAIM availability must be verified before IFR departure and approach. WAAS provides equivalent integrity without requiring pre-flight RAIM prediction.

Question 15Radio navigation and approach guidance

What does WAAS stand for?

  1. Wide Area Augmentation System Correct answer.
  2. Worldwide Aviation Area System
  3. Wireless Aircraft Avionics System
  4. Weather Aviation Advisory Service

Explanation

WAAS (Wide Area Augmentation System) is the FAA's satellite-based augmentation system that improves the accuracy, integrity, and availability of GPS signals using a network of reference stations and geostationary satellites. WAAS enables LPV approaches with minima as low as 200 feet HAT.

Question 16Radio navigation and approach guidance

A STAR (Standard Terminal Arrival Route) is primarily used to:

  1. Provide departure procedures from busy airports
  2. Transition from the enroute structure to a fix from which an approach can begin Correct answer.
  3. Replace the instrument approach procedure
  4. Serve as an IFR reserve route for VFR pilots

Explanation

A STAR transitions IFR traffic from the enroute structure to an arrival fix or the initial approach fix. STARs simplify clearances, aid traffic flow into busy terminal airspace, and may include altitude and speed restrictions. If a pilot does not wish to accept a STAR, they must state 'No STARs' in the remarks of the flight plan.

Question 17Radio navigation and approach guidance

What is the purpose of a procedure turn on an instrument approach?

  1. To descend for the final approach
  2. To reverse course and intercept the final approach course inbound Correct answer.
  3. To slow the aircraft
  4. To communicate with tower

Explanation

A procedure turn is a maneuver used to reverse direction and establish the aircraft inbound on an intermediate or final approach course. The turn is depicted on the plan view of the approach plate. When receiving vectors to final or 'NoPT' is charted or assigned, a procedure turn is not flown.

Question 18Radio navigation and approach guidance

A pilot is cleared to 'hold west of ABC VOR on the 270 radial, left turns'. What type of holding pattern is this?

  1. Standard holding pattern (right turns)
  2. Nonstandard holding pattern (left turns) Correct answer.
  3. Teardrop pattern only
  4. Procedure turn

Explanation

Because the ATC clearance specifies 'left turns', this is a nonstandard holding pattern. Standard patterns use right turns by default; any deviation must be specified in the clearance or charted on the plate. Nonstandard holds use the same entry rules (direct, parallel, teardrop) but mirrored for the left-turn geometry.

Question 19Radio navigation and approach guidance

Which of the following describes a circling approach?

  1. A straight-in approach to the runway aligned with the final approach course
  2. A maneuvering flight in visual conditions to align with a runway that is not aligned with the final approach course Correct answer.
  3. A missed approach procedure
  4. A GPS overlay of an ILS

Explanation

A circling approach is used when the published final approach course is not aligned with the runway of intended landing (typically exceeding 30 degrees offset or 400 fpm required descent angle). The pilot descends to circling MDA, then maneuvers visually to the desired runway while remaining within the protected circling area based on aircraft category.

Question 20Attitude instruments and information failures

Which instrument is the PRIMARY pitch instrument during straight-and-level flight at a constant airspeed?

  1. Attitude indicator
  2. Altimeter Correct answer.
  3. Vertical speed indicator
  4. Airspeed indicator

Explanation

Under the primary/supporting concept of attitude instrument flying, the altimeter is the primary pitch instrument in straight-and-level flight because altitude is the performance being held constant. The attitude indicator is the primary control/performance reference (pitch control), and the VSI and ASI are supporting.

Question 21Attitude instruments and information failures

In a constant-airspeed climb, which instrument is PRIMARY for pitch?

  1. Attitude indicator
  2. Altimeter
  3. Airspeed indicator Correct answer.
  4. Vertical speed indicator

Explanation

In a constant-airspeed climb, the airspeed indicator is primary for pitch because airspeed is the performance variable being held constant. In a constant-rate climb, the VSI is primary for pitch. In level flight, the altimeter is primary for pitch.

Question 22Attitude instruments and information failures

Which instrument is the PRIMARY bank instrument in straight-and-level flight?

  1. Attitude indicator
  2. Heading indicator Correct answer.
  3. Turn coordinator
  4. Magnetic compass

Explanation

In straight-and-level flight, the heading indicator is the primary bank instrument because heading is the performance being maintained constant. The attitude indicator is primary for bank control (control-performance method), while the turn coordinator is supporting.

Question 23Attitude instruments and information failures

In a standard-rate turn, which instrument is PRIMARY for bank?

  1. Attitude indicator
  2. Heading indicator
  3. Turn coordinator Correct answer.
  4. Magnetic compass

Explanation

In a standard-rate turn, the turn coordinator is primary for bank because turn rate is the performance being maintained. The attitude indicator remains the primary control instrument for setting bank angle, but the turn coordinator shows the desired performance (3 deg/sec).

Question 24Attitude instruments and information failures

What is a standard-rate turn?

  1. A turn at 1 degree per second
  2. A turn at 2 degrees per second
  3. A turn at 3 degrees per second Correct answer.
  4. A turn at 6 degrees per second

Explanation

A standard-rate turn is 3 degrees per second, which completes a 360-degree turn in 2 minutes. A half-standard-rate turn is 1.5 degrees per second. Turn coordinators and turn-and-slip indicators mark standard rate with an index.

Question 25Attitude instruments and information failures

The selective radial scan pattern is best described as:

  1. A scan that follows a rectangular path around all instruments
  2. A scan that starts at the attitude indicator and moves radially to the instrument most relevant to the maneuver Correct answer.
  3. A random scan alternating between all six instruments
  4. A scan exclusively using the attitude indicator

Explanation

In the selective radial scan, the pilot starts at the attitude indicator (the 'hub') and moves outward radially to whatever instrument provides the most critical performance information for the current maneuver, then returns to the attitude indicator. This is more efficient than a fixed rectangular pattern for dynamic phases of flight.

Question 26Attitude instruments and information failures

If both the pitot tube ram-air inlet and drain hole are blocked (but the static port is clear), how will the airspeed indicator behave during a climb?

  1. Indicates zero airspeed
  2. Indicates increasing airspeed (acts like an altimeter) Correct answer.
  3. Indicates decreasing airspeed
  4. Remains frozen at the value when blockage occurred

Explanation

When both the ram-air inlet and drain hole are blocked, trapped pitot pressure cannot change. As the airplane climbs, static pressure decreases, so the pressure differential (pitot - static) increases and the ASI shows INCREASING airspeed. In a descent it shows decreasing airspeed. This is the classic 'ASI acts like an altimeter' scenario.

Question 27Attitude instruments and information failures

If the static port is blocked (pitot tube and drain are clear), what happens to the altimeter during a climb?

  1. Reads higher than actual altitude
  2. Reads lower than actual altitude
  3. Freezes at the altitude where blockage occurred Correct answer.
  4. Fluctuates erratically

Explanation

A blocked static port traps static pressure. The altimeter reads the altitude at which the blockage occurred and does not change. The VSI reads zero (no change in static pressure). The ASI becomes unreliable - reading low in a climb and high in a descent because the reference static pressure is wrong.

Question 28Attitude instruments and information failures

On a vacuum-powered attitude indicator, a failure of the vacuum pump typically results in:

  1. Immediate and obvious loss of indication
  2. Gradual and potentially unnoticed erroneous indications as the gyro spins down Correct answer.
  3. The indicator locked in the wings-level position
  4. The indicator flipped upside down

Explanation

A vacuum pump failure causes the gyros to spin down slowly, producing gradual, potentially UNNOTICED erroneous indications on the attitude indicator and heading indicator. This is more dangerous than sudden failure because pilots may trust an AI that reads almost-right. Modern AIs include a warning flag when suction drops below minimum.

Question 29Attitude instruments and information failures

An HSI (Horizontal Situation Indicator) combines which two traditional instruments?

  1. Altimeter and VSI
  2. Heading indicator and course deviation indicator (CDI) Correct answer.
  3. Turn coordinator and slip/skid indicator
  4. Airspeed indicator and attitude indicator

Explanation

The HSI combines the heading indicator (DG) and the VOR/ILS course deviation indicator (CDI) into a single display. It shows heading, course, course deviation, and TO/FROM, with the CDI overlaid on the heading card. The HSI eliminates back-course reverse sensing when the front-course bearing is set.

Question 30Attitude instruments and information failures

A 'partial panel' scenario in instrument training typically refers to:

  1. Flight with all six primary instruments
  2. Flight with the attitude indicator and heading indicator (gyros) failed due to vacuum loss Correct answer.
  3. Flight with only the attitude indicator working
  4. Flight with the radios turned off

Explanation

Partial panel refers to instrument flight with the vacuum-powered gyros (AI and HI) inoperative, requiring use of the turn coordinator, airspeed indicator, altimeter, VSI, and magnetic compass. Pilots learn 'needle-ball-airspeed' technique for attitude control. Loss of the vacuum pump is the classic partial-panel scenario.

Question 31Attitude instruments and information failures

What is the primary teaching advantage of the 'control and performance' method over the 'primary and supporting' method of attitude instrument flying?

  1. It eliminates the need for a cross-check
  2. It emphasizes setting a known control input (pitch/power) and then monitoring performance, which generalizes well across aircraft Correct answer.
  3. It works only for jet aircraft
  4. It uses fewer instruments

Explanation

The control-and-performance method teaches the pilot to first establish a known pitch attitude and power setting (control), then verify the resulting performance on the performance instruments (airspeed, altitude, VSI). It generalizes well across aircraft types. The primary-supporting method designates specific instruments as primary/supporting for each maneuver and is well-suited for precise maneuvering.

Question 32Instrument weather mechanisms

Clear (glaze) ice is most commonly formed by:

  1. Small supercooled droplets freezing instantly
  2. Large supercooled droplets spreading before freezing Correct answer.
  3. Dry snow contacting the airframe
  4. Frost at altitudes above the freezing level

Explanation

Clear (glaze) ice forms when large supercooled liquid droplets strike the airframe and only partially freeze on impact, allowing water to flow back along the surface before freezing. It is smooth, dense, transparent, and the most hazardous form of structural icing because it adds weight and distorts airfoil shape. Freezing rain and freezing drizzle are major sources.

Question 33Instrument weather mechanisms

What weather phenomenon typically contains the greatest hazard of severe turbulence, hail, icing, lightning, and windshear simultaneously?

  1. Stratus overcast
  2. Cold front (dissipating stage)
  3. Mature-stage thunderstorm Correct answer.
  4. Upslope fog

Explanation

A mature-stage thunderstorm simultaneously contains severe turbulence, hail, icing, lightning, microbursts, and heavy precipitation. Thunderstorms should be circumnavigated by at least 20 NM, especially when tops exceed 35,000 ft. The life cycle is cumulus, mature, dissipating - hazard peaks in the mature stage.

Question 34Instrument weather mechanisms

A VFR pilot inadvertently enters IMC. The first priority action is:

  1. Turn immediately to reverse course without looking at instruments
  2. Maintain control of the aircraft by transitioning to instrument reference Correct answer.
  3. Descend to get below the clouds immediately
  4. Transmit Mayday on 121.5 before doing anything else

Explanation

The first priority is to maintain aircraft control using the instruments (Aviate, then Navigate, then Communicate). Once control is established on instruments, the pilot should execute a controlled 180-degree turn away from the weather at a safe altitude, and contact ATC for assistance. Panic maneuvers cause most VFR-into-IMC fatalities.

Question 35Instrument weather mechanisms

Induction icing refers to:

  1. Ice on the wings
  2. Ice blocking engine air intake, including carburetor icing Correct answer.
  3. Ice on the propeller tips
  4. Ice on the tail

Explanation

Induction icing is ice that forms in the engine air intake system, including carburetor icing (venturi cooling causing moisture to freeze in the carburetor throat) and impact icing at the air filter. Carb heat is used to melt carburetor ice by routing unfiltered heated air around the exhaust manifold into the carburetor.

Question 36Ground instruction and assessment

Per the Fundamentals of Instructing, which of the following is one of the six 'laws of learning'?

  1. Law of thermodynamics
  2. Law of primacy Correct answer.
  3. Law of gravity
  4. Law of supply and demand

Explanation

The six laws of learning (Aviation Instructor's Handbook) are: Readiness, Exercise, Effect, Primacy, Intensity, and Recency. 'Primacy' states that what is learned first creates a strong, almost unshakable impression - so initial instruction must be correct, because unlearning errors is difficult.

Question 37Ground instruction and assessment

The three domains of learning identified in the Aviation Instructor's Handbook are:

  1. Academic, physical, spiritual
  2. Cognitive, affective, psychomotor Correct answer.
  3. Knowledge, skill, judgment
  4. Theory, application, evaluation

Explanation

The three domains of learning are: Cognitive (thinking/knowledge), Affective (feelings/attitudes), and Psychomotor (physical skills). Each has hierarchical levels; for example, the cognitive domain progresses from knowledge to comprehension, application, analysis, synthesis, and evaluation (Bloom's taxonomy).

Question 38Ground instruction and assessment

The five hazardous attitudes identified in aeronautical decision-making (ADM) are:

  1. Arrogance, selfishness, laziness, impulsivity, fear
  2. Anti-authority, impulsivity, invulnerability, macho, resignation Correct answer.
  3. Aggression, indifference, pride, anxiety, denial
  4. Hostility, panic, overconfidence, doubt, hesitation

Explanation

The five hazardous attitudes are: Anti-Authority ('Don't tell me'), Impulsivity ('Do something quickly'), Invulnerability ('It won't happen to me'), Macho ('I can do it'), and Resignation ('What's the use'). Each has a specific antidote the pilot should repeat when recognized.

Question 39Ground instruction and assessment

The antidote for the hazardous attitude of 'Invulnerability' is:

  1. 'Follow the rules; they are usually right'
  2. 'Not so fast; think first'
  3. 'It could happen to me' Correct answer.
  4. 'Taking chances is foolish'

Explanation

The antidote for Invulnerability is 'It could happen to me.' Each hazardous attitude has a specific antidote: Anti-Authority → 'Follow the rules'; Impulsivity → 'Not so fast, think first'; Invulnerability → 'It could happen to me'; Macho → 'Taking chances is foolish'; Resignation → 'I'm not helpless, I can make a difference'.

Question 40Ground instruction and assessment

The DECIDE model is used for:

  1. Structured aeronautical decision-making Correct answer.
  2. Weight and balance calculations
  3. Weather briefings
  4. Fuel planning

Explanation

The DECIDE model provides a structured approach to ADM: Detect the change, Estimate the need to counter/react, Choose a desirable outcome, Identify actions to control the change, Do the necessary action, Evaluate the effect of the action. It supports single-pilot decision-making under stress.

Question 41Ground instruction and assessment

Which of the following is an acceptable technique for teaching students to interpret METARs quickly?

  1. Memorizing 100 random METARs
  2. Breaking the METAR into standard sections (station, time, wind, visibility, weather, sky, temperature/dew point, altimeter, remarks) and decoding each Correct answer.
  3. Reading METARs backward
  4. Ignoring coded phenomena

Explanation

An effective FOI-aligned teaching technique is chunking - breaking complex information into standard sections. METARs should be taught in standard order: station (ICAO), date/time (UTC), wind, visibility, present weather, sky condition, temperature/dew point, altimeter, and remarks (RMK). Students decode each section in turn until the structure becomes automatic.

Question 42Ground instruction and assessment

An instructor explains the four forces of flight during an instrument lesson because:

  1. It is irrelevant to instrument flying
  2. Instrument maneuvering requires understanding of how pitch, power, trim, and configuration relationships control performance Correct answer.
  3. Only VFR students need to know this
  4. The FAA requires it on every flight

Explanation

Instrument flying requires deep understanding of how pitch, power, trim, and configuration affect performance - especially since the outside visual cues are gone. A student who understands the four-forces relationship (lift, weight, thrust, drag) internalizes why a certain pitch + power combination yields specific airspeed and climb rate, which is essential for instrument scanning.

Question 43Ground instruction and assessment

Which of the following is the BEST reason for an IGI to emphasize 'Aviate, Navigate, Communicate' during instrument training?

  1. It is a catchy phrase without technical meaning
  2. It establishes the correct priority order of pilot tasks - flying the aircraft is always first, navigation second, and radio communication last Correct answer.
  3. It replaces the checklist
  4. It is only for VFR pilots

Explanation

'Aviate, Navigate, Communicate' establishes task priority: first, maintain aircraft control (Aviate); second, know where you are and where you are going (Navigate); third, talk to ATC (Communicate). Reversing this priority - for example, fixating on the radio during an emergency - causes many GA accidents. An IGI reinforces this principle repeatedly during ground training.

Question 44Ground instruction and assessment

The FAA Aviation Instructor's Handbook (FAA-H-8083-9B) defines learning as a change in the behavior of the learner as a result of experience. Which of the following best illustrates this definition?

  1. A student memorizes a list of VOR frequencies but cannot apply them during flight planning.
  2. A student demonstrates a consistently smoother flare during landings after several practice sessions. Correct answer.
  3. A student watches the instructor perform a maneuver without attempting it.
  4. A student passes a written test without reviewing the assigned material.

Explanation

Per Chapter 3 of FAA-H-8083-9B, learning is defined as a change in behavior resulting from experience. A demonstrable improvement in landing skill after practice fits the definition because the behavior has measurably changed through experiential repetition. Pure memorization without behavioral application is not learning in the FAA sense.

Question 45Ground instruction and assessment

The Law of Readiness states that learners learn best when:

  1. The material is repeated often enough to be memorized.
  2. They are physically, mentally, and emotionally prepared to learn. Correct answer.
  3. The learning experience is pleasant and successful.
  4. The instructor presents material in vivid, dramatic ways.

Explanation

FAA-H-8083-9B Chapter 3 identifies the Law of Readiness as the principle that students learn best when they are ready - physically, mentally, and emotionally prepared. The other choices describe the Laws of Exercise, Effect, and Intensity respectively.

Question 46Ground instruction and assessment

Under the Law of Primacy, what is the most important instructional consideration?

  1. Frequent, recent practice of the most important skills.
  2. Ensuring the first impression of a procedure or technique is correct, because what is learned first is most lasting. Correct answer.
  3. Linking new material to vivid, dramatic experiences for retention.
  4. Providing positive reinforcement so students associate learning with success.

Explanation

Per FAA-H-8083-9B Chapter 3, the Law of Primacy holds that the first experience of a topic creates a strong, lasting impression - so instructors must teach things correctly the first time. Unteaching is harder than teaching it right initially.

Question 47Ground instruction and assessment

A student watches a vivid video of an aircraft accident caused by VFR-into-IMC and afterward recalls the weather decision factors more clearly than from any classroom lecture. Which law of learning best explains this?

  1. Law of Exercise
  2. Law of Effect
  3. Law of Intensity Correct answer.
  4. Law of Recency

Explanation

FAA-H-8083-9B Chapter 3 explains the Law of Intensity: vivid, dramatic, or exciting learning experiences teach more than routine or boring ones. A graphic accident video creates an intense emotional impression that aids recall.

Question 48Ground instruction and assessment

The Law of Recency implies that an instructor should:

  1. Repeat new material multiple times within a single lesson.
  2. Summarize the most important points at the END of a lesson so they are freshest in the student's mind. Correct answer.
  3. Schedule lessons close together to maintain proficiency.
  4. Open each lesson with an attention-getting story.

Explanation

Per FAA-H-8083-9B Chapter 3, things learned most recently are remembered best. The instructional implication is to review and summarize critical points at the end of each lesson so they are the freshest in memory.

Question 49Ground instruction and assessment

Which of the four levels of learning (Rote, Understanding, Application, Correlation) is demonstrated when a student associates the principles of crosswind landings with the principles of slow flight and crab/wing-low techniques in turbulence?

  1. Rote
  2. Understanding
  3. Application
  4. Correlation Correct answer.

Explanation

FAA-H-8083-9B Chapter 3 defines Correlation as the highest level of learning: the student associates what has been learned with other previously learned knowledge and skills. Associating crosswind technique with slow flight and turbulence handling is a classic correlation example.

Question 50Ground instruction and assessment

A student can recite the V-speeds for a Cessna 172 but cannot explain what they mean or apply them to operations. The student is at which level of learning?

  1. Rote Correct answer.
  2. Understanding
  3. Application
  4. Correlation

Explanation

FAA-H-8083-9B Chapter 3 identifies Rote as the ability to repeat back something learned with no real understanding of meaning. Memorizing V-speeds without operational meaning fits Rote precisely.