Understanding the basic components of a flight simulator
Easy
A.A computer
B.A wind sock
C.A servo horn
D.A fuel pump
Correct Answer: A computer
Explanation:
A computer runs the simulator program and processes the virtual flight.
Incorrect! Try again.
5What is the function of the throttle control in a powered-aircraft simulator?
Understanding the basic components of a flight simulator
Easy
A.It adjusts motor power
B.It selects the scenery
C.It controls sound volume
D.It changes screen brightness
Correct Answer: It adjusts motor power
Explanation:
The throttle changes the simulated motor power and affects the aircraft's speed and climb.
Incorrect! Try again.
6Which control surface normally controls pitch?
Understanding the basic components of a flight simulator
Easy
A.The landing gear
B.The elevator
C.The aileron
D.The rudder
Correct Answer: The elevator
Explanation:
The elevator controls pitch, moving the aircraft's nose up or down.
Incorrect! Try again.
7Which control surfaces normally make an airplane roll?
Understanding the basic components of a flight simulator
Easy
A.The spoilers
B.The ailerons
C.The flaps
D.The elevators
Correct Answer: The ailerons
Explanation:
The ailerons move in opposite directions to roll the airplane left or right.
Incorrect! Try again.
8Which control surface is mainly used to control yaw?
Understanding the basic components of a flight simulator
Easy
A.The rudder
B.The aileron
C.The elevator
D.The flap
Correct Answer: The rudder
Explanation:
The rudder controls yaw, turning the aircraft's nose left or right.
Incorrect! Try again.
9Why is controller calibration important in a flight simulator?
Understanding the basic components of a flight simulator
Easy
A.It increases the computer's storage space
B.It matches stick positions to virtual controls
C.It downloads additional aircraft models
D.It improves the monitor's color quality
Correct Answer: It matches stick positions to virtual controls
Explanation:
Calibration helps the simulator interpret the controller's stick positions accurately.
Incorrect! Try again.
10What does the virtual scenery provide in a flight simulator?
Understanding the basic components of a flight simulator
Easy
A.A replacement transmitter battery
B.A physical aircraft frame
C.A real weather forecast
D.A simulated flying environment
Correct Answer: A simulated flying environment
Explanation:
Virtual scenery provides the ground, sky, runway, and surroundings used during simulated flight.
Incorrect! Try again.
11What should a beginner usually practice first in an RC flight simulator?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.Basic straight and level flight
B.Long-distance racing turns
C.High-speed inverted flight
D.Advanced aerobatic rolls
Correct Answer: Basic straight and level flight
Explanation:
Straight and level flight helps beginners learn basic control before attempting harder maneuvers.
Incorrect! Try again.
12What is a major benefit of practicing crashes in a simulator?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.The virtual motor becomes stronger
B.The model can be reset without repairs
C.The aircraft automatically flies faster
D.The real transmitter needs no setup
Correct Answer: The model can be reset without repairs
Explanation:
A simulated aircraft can be reset after a crash without physical damage or repair costs.
Incorrect! Try again.
13Why should a student practice takeoffs in a simulator?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.To change the aircraft's physical construction
B.To develop safe takeoff control skills
C.To replace all real-world flight instruction
D.To increase the computer's processing speed
Correct Answer: To develop safe takeoff control skills
Explanation:
Simulator practice helps students learn throttle, direction, and climb control during takeoff.
Incorrect! Try again.
14What is the goal when practicing a landing approach?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.To roll continuously toward the ground
B.To align with the landing area
C.To climb as steeply as possible
D.To remain at maximum altitude
Correct Answer: To align with the landing area
Explanation:
A good landing approach aligns the aircraft with the landing area at a controlled speed and descent.
Incorrect! Try again.
15When a simulated RC airplane is flying toward the pilot, how may left and right appear?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.They may appear reversed
B.They may appear unchanged
C.They may appear vertical
D.They may appear invisible
Correct Answer: They may appear reversed
Explanation:
When the aircraft approaches the pilot, its left and right can appear reversed from the pilot's viewpoint.
Incorrect! Try again.
16What should a pilot do if the virtual aircraft becomes difficult to control?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.Increase every difficulty setting
B.Use small, smooth control inputs
C.Hold every control at maximum
D.Close the monitor immediately
Correct Answer: Use small, smooth control inputs
Explanation:
Small, smooth inputs reduce overcorrection and make the aircraft easier to control.
Incorrect! Try again.
17Why should a beginner select a trainer airplane or powered glider?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.It guarantees perfect real-world landings
B.It always performs the fastest aerobatics
C.It is generally stable and forgiving
D.It removes the need for control inputs
Correct Answer: It is generally stable and forgiving
Explanation:
Trainer airplanes and powered gliders are usually stable, making basic flight skills easier to learn.
Incorrect! Try again.
18What can the wind setting help a student practice?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.Repairing a damaged wing
B.Flying in different wind conditions
C.Computer keyboard shortcuts
D.Charging a flight battery
Correct Answer: Flying in different wind conditions
Explanation:
Changing the simulator's wind setting lets a student practice controlling an aircraft in varied conditions.
Incorrect! Try again.
19Why is repeated simulator practice useful before a real-world trial?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.It makes real aircraft damage impossible
B.It eliminates every possible flight risk
C.It builds familiarity with the controls
D.It changes the weather outdoors
Correct Answer: It builds familiarity with the controls
Explanation:
Repeated practice builds control familiarity and helps the pilot respond more confidently.
Incorrect! Try again.
20What should a student do before beginning a simulated flight?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Easy
A.Select an unsuitable expert model
B.Check the controller and aircraft settings
C.Remove the aircraft's virtual wings
D.Set every control to maximum
Correct Answer: Check the controller and aircraft settings
Explanation:
Checking the controller and model settings helps ensure that the virtual aircraft responds correctly.
Incorrect! Try again.
21The simulated aircraft climbs whenever the elevator stick is centered. Which action should the pilot take first?
Understanding the basic components of a flight simulator
Medium
A.Reduce the monitor's screen brightness setting
B.Change the aircraft's exterior color scheme
C.Increase the simulator's graphics quality setting
D.Calibrate the controller and verify elevator trim
Correct Answer: Calibrate the controller and verify elevator trim
Explanation:
Calibration and trim checks ensure that a centered stick produces a neutral elevator command.
Incorrect! Try again.
22Which simulator component converts movements of the RC transmitter sticks into signals the computer can process?
Understanding the basic components of a flight simulator
Medium
A.Graphics card or display adapter
B.USB interface or wireless receiver
C.Speaker system or audio driver
D.Aircraft battery or motor controller
Correct Answer: USB interface or wireless receiver
Explanation:
The interface or receiver transfers transmitter control inputs to the simulation software.
Incorrect! Try again.
23A pilot moves the rudder stick right, but the simulated rudder moves left. Which setting most directly corrects this problem?
Understanding the basic components of a flight simulator
Medium
A.Reverse the assigned rudder channel
B.Reduce the simulated wind speed
C.Raise the display refresh rate
D.Increase the rudder exponential value
Correct Answer: Reverse the assigned rudder channel
Explanation:
Channel reversal changes the direction of the simulated control surface response.
Incorrect! Try again.
24What is the main purpose of the simulator's physics engine?
Understanding the basic components of a flight simulator
Medium
A.Store screenshots from completed training flights
B.Display menus for selecting aircraft colors
C.Calculate aircraft motion from forces and inputs
D.Connect the monitor to the computer hardware
Correct Answer: Calculate aircraft motion from forces and inputs
Explanation:
The physics engine models how control inputs, gravity, lift, drag, and wind affect the aircraft.
Incorrect! Try again.
25During controller calibration, why should each stick be moved through its full range?
Understanding the basic components of a flight simulator
Medium
A.To establish accurate minimum and maximum inputs
B.To select the simulator's preferred camera position
C.To improve the computer's network connection speed
D.To increase the aircraft's available motor power
Correct Answer: To establish accurate minimum and maximum inputs
Explanation:
Full-range movement lets the simulator correctly map the controller's endpoints and center positions.
Incorrect! Try again.
26The simulator image repeatedly freezes for short periods, making control difficult. Which upgrade would most directly improve visual smoothness?
Understanding the basic components of a flight simulator
Medium
A.A stronger aircraft propeller
B.A larger transmitter battery
C.A longer controller cable
D.A faster graphics processor
Correct Answer: A faster graphics processor
Explanation:
A capable graphics processor can render frames more consistently, reducing visual interruptions during control.
Incorrect! Try again.
27Why should the transmitter mode used in the simulator match the mode intended for the real aircraft?
Understanding the basic components of a flight simulator
Medium
A.It automatically removes turbulence from every flight
B.It increases the simulated aircraft's maximum airspeed
C.It improves the computer monitor's image resolution
D.It builds consistent control habits and muscle memory
Correct Answer: It builds consistent control habits and muscle memory
Explanation:
Matching stick layouts helps learned control responses transfer safely to the real aircraft.
Incorrect! Try again.
28A model reacts too sharply to small stick movements. Which adjustment would best soften response near the stick center?
Understanding the basic components of a flight simulator
Medium
A.Add exponential to the control channels
B.Move the camera farther from the model
C.Reverse every assigned control channel
D.Increase wind speed in the environment
Correct Answer: Add exponential to the control channels
Explanation:
Exponential can reduce sensitivity around the center while retaining greater control near full stick travel.
Incorrect! Try again.
29A beginner can take off but often loses control during turns. Which practice sequence is most effective?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Fly wide level turns before reducing their radius
B.Change aircraft models after every completed turn
C.Practice maximum-speed dives close to the runway
D.Attempt low inverted turns immediately after takeoff
Correct Answer: Fly wide level turns before reducing their radius
Explanation:
Wide turns allow the learner to coordinate controls and maintain altitude before attempting tighter maneuvers.
Incorrect! Try again.
30While flying toward the pilot, the model appears to roll right when the pilot commands right aileron. What should the pilot recognize?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Control direction is judged from the aircraft's viewpoint
B.The aircraft must always be controlled from behind
C.The camera has changed the transmitter's channel mapping
D.The simulator has automatically reversed the ailerons
Correct Answer: Control direction is judged from the aircraft's viewpoint
Explanation:
When the model approaches, its right side appears on the pilot's left, so orientation must be judged from the aircraft's viewpoint.
Incorrect! Try again.
31A powered glider is climbing steadily at full throttle. What is the best way to begin practicing an efficient glide?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Extend the climb until the aircraft leaves view
B.Apply full up-elevator and hold the nose high
C.Reverse the rudder channel while maintaining power
D.Reduce throttle smoothly and establish a stable glide angle
Correct Answer: Reduce throttle smoothly and establish a stable glide angle
Explanation:
A smooth power reduction followed by a stable attitude helps the glider settle near an efficient gliding speed.
Incorrect! Try again.
32During a simulated landing approach, the airplane is too high but correctly aligned. Which correction is generally most appropriate?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Apply full up-elevator until altitude decreases
B.Increase power while steepening the climb angle
C.Reduce power while maintaining a safe airspeed
D.Use full rudder to force a rapid descent
Correct Answer: Reduce power while maintaining a safe airspeed
Explanation:
Reducing power can increase the descent rate, but the pilot must preserve enough airspeed to avoid a stall.
Incorrect! Try again.
33The simulated airplane repeatedly stalls while turning onto final approach. Which change would best address the cause?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Use a shallower bank and maintain adequate airspeed
B.Use a steeper bank and apply more up-elevator
C.Cut all power before beginning the final turn
D.Hold full rudder throughout the entire approach
Correct Answer: Use a shallower bank and maintain adequate airspeed
Explanation:
Banking increases the lift required, so a shallow bank and adequate speed reduce the risk of an approach stall.
Incorrect! Try again.
34Why should a learner practice with calm wind before adding gusts and crosswinds?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.It makes every simulated aircraft completely stall-proof
B.It eliminates the need to learn landing approaches
C.It separates basic control learning from wind correction
D.It guarantees identical behavior in real-world flights
Correct Answer: It separates basic control learning from wind correction
Explanation:
Calm conditions help learners master basic control before handling the additional corrections required by wind.
Incorrect! Try again.
35In a crosswind landing exercise, the aircraft drifts sideways away from the runway centerline. What skill should the pilot practice?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Increasing throttle until the aircraft climbs vertically
B.Switching camera views whenever the aircraft moves
C.Correcting drift while keeping the approach aligned
D.Holding full up-elevator throughout the entire descent
Correct Answer: Correcting drift while keeping the approach aligned
Explanation:
Crosswind practice develops the coordinated control needed to oppose drift and maintain runway alignment.
Incorrect! Try again.
36A learner resets the simulation immediately after every small error. Which alternative would better develop recovery skills?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Restart before the aircraft responds to any command
B.Disable all aircraft damage and ignore each mistake
C.Continue every maneuver without changing control inputs
D.Attempt recovery when sufficient virtual altitude remains
Correct Answer: Attempt recovery when sufficient virtual altitude remains
Explanation:
Safe recovery attempts teach recognition and correction of errors rather than only rehearsing perfect flights.
Incorrect! Try again.
37Which simulator setup provides the most useful preparation for a first real powered-glider flight?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.A spacecraft model without atmospheric flight behavior
B.A racing jet with unrelated controls and unlimited power
C.A helicopter model with automatic aerobatic assistance
D.A similar model with matching controls and moderate realism
Correct Answer: A similar model with matching controls and moderate realism
Explanation:
A comparable model and control setup make simulated handling habits more relevant to the real aircraft.
Incorrect! Try again.
38A pilot wants to determine whether landing performance is improving. Which simulator record is most useful?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Approach stability and touchdown position across repeated flights
B.Aircraft paint color and background scenery across repeated flights
C.Menu opening time and speaker volume across repeated flights
D.Controller cable length and monitor size across repeated flights
Correct Answer: Approach stability and touchdown position across repeated flights
Explanation:
Consistent approaches and accurate touchdown positions are measurable indicators of improved landing control.
Incorrect! Try again.
39During a simulated glide, the nose rises, airspeed falls, and the controls become less effective. What should the pilot do?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Lower the nose slightly to regain airspeed
B.Raise the nose further to reduce descent
C.Apply full rudder to increase motor power
D.Pull the elevator fully back to climb
Correct Answer: Lower the nose slightly to regain airspeed
Explanation:
The symptoms indicate an approaching stall; lowering the nose reduces the angle of attack and restores airspeed.
Incorrect! Try again.
40After becoming reliable in calm conditions, which change best increases training difficulty without creating an unrealistic jump?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Medium
A.Reverse the controls and repeat the first landing
B.Select extreme turbulence and attempt advanced aerobatics
C.Disable visual references and fly at maximum distance
D.Add light wind and practice the same flight pattern
Correct Answer: Add light wind and practice the same flight pattern
Explanation:
Adding light wind introduces a manageable new challenge while keeping the aircraft and flight task familiar.
Incorrect! Try again.
41A virtual airplane responds immediately in the simulator's input monitor, but its on-screen motion begins noticeably later. Frame rate remains high and stable. Which component is the most likely source of the delay?
Understanding the basic components of a flight simulator
Hard
A.The model's center-of-gravity setting
B.The transmitter's stick calibration
C.The graphics display pipeline
D.The aerodynamic coefficient table
Correct Answer: The graphics display pipeline
Explanation:
Immediate input-monitor movement shows that the controller signal is arriving correctly. Delayed visual motion despite a stable frame rate points to buffering or latency in the graphics display pipeline.
Incorrect! Try again.
42During calibration, the elevator channel spans its full numerical range, but releasing the stick leaves a persistent 6% nose-up command. What should be corrected first?
Understanding the basic components of a flight simulator
Hard
A.Reduce the elevator control rate
B.Increase the simulated tail volume
C.Recenter the controller calibration
D.Move the virtual center of gravity forward
Correct Answer: Recenter the controller calibration
Explanation:
A nonzero command at the physical stick center indicates an input-neutral calibration error. Changing the aircraft model would merely conceal the controller problem.
Incorrect! Try again.
43A simulator renders at 120 frames per second but updates its flight physics only 15 times per second. Which behavior is most likely during a rapid stall recovery?
Understanding the basic components of a flight simulator
Hard
A.Reduced texture quality with unchanged dynamics
B.Smooth visuals with inaccurate transient motion
C.Correct motion with delayed controller calibration
D.Jerky visuals with highly accurate transient motion
Correct Answer: Smooth visuals with inaccurate transient motion
Explanation:
A high rendering rate can make the image appear smooth, while a low physics-update rate may miss rapid aerodynamic changes and distort the recovery.
Incorrect! Try again.
44Two geometrically similar virtual gliders use the same lift coefficient and air density. Glider B has twice the wing loading of Glider A. Approximately how does B's stall speed compare with A's?
Understanding the basic components of a flight simulator
Hard
A.It is exactly twice as high
B.It is unchanged because geometry is similar
C.It is half as high
D.It is times as high
Correct Answer: It is times as high
Explanation:
Stall speed varies with the square root of wing loading: . Doubling wing loading therefore multiplies stall speed by .
Incorrect! Try again.
45A pilot moves the virtual center of gravity aft and observes easier pitch rotation but weaker recovery after disturbance. Which simulator subsystem must model this relationship correctly for the exercise to be meaningful?
Understanding the basic components of a flight simulator
Hard
A.The controller-device driver
B.The aerodynamic and mass model
C.The scenery texture manager
D.The audio playback engine, including propeller harmonics, ambient wind, warning tones, and distance-dependent volume effects
Correct Answer: The aerodynamic and mass model
Explanation:
Center-of-gravity effects arise from mass distribution, moments, and aerodynamic stability. These belong to the simulator's aerodynamic and mass model.
Incorrect! Try again.
46Which test best distinguishes excessive control sensitivity in the aircraft model from excessive sensitivity caused by transmitter settings?
Understanding the basic components of a flight simulator
Hard
A.Increase wind speed while reducing graphics quality
B.Compare multiple models using unchanged transmitter settings
C.Reinstall the simulator and recalibrate the monitor
D.Change scenery while retaining the original aircraft
Correct Answer: Compare multiple models using unchanged transmitter settings
Explanation:
If several models become similarly sensitive under unchanged input settings, the transmitter configuration is implicated. If only one does, its aircraft model is the more likely cause.
Incorrect! Try again.
47A controller produces the sequence while untouched near its center. Which adjustment most directly prevents unwanted virtual control movement without greatly reducing full-stick authority?
Understanding the basic components of a flight simulator
Hard
A.Add a small input deadband
B.Increase aerodynamic damping
C.Apply constant elevator trim
D.Lower the maximum control rate
Correct Answer: Add a small input deadband
Explanation:
A deadband suppresses small center noise while preserving commands outside the neutral region. Lower rates would reduce authority across the entire stick range.
Incorrect! Try again.
48A simulation remains numerically stable at normal speed but becomes unstable when run at four times real time. What is the most technically sound explanation?
Understanding the basic components of a flight simulator
Hard
A.The effective physics time step became too large
B.The transmitter generated four times more channel data
C.The monitor refresh rate altered the modeled air density
D.The aircraft's virtual mass decreased with display speed
Correct Answer: The effective physics time step became too large
Explanation:
If accelerated time enlarges the integration step, the numerical solver may overshoot rapidly changing forces and become unstable.
Incorrect! Try again.
49A virtual model has accurate geometry and mass, but its propeller produces full static thrust at every airspeed. Which training task would be most compromised?
Understanding the basic components of a flight simulator
Hard
A.Practicing unpowered flare timing
B.Checking neutral stick calibration
C.Recognizing left-right orientation
D.Judging climb performance across airspeeds
Correct Answer: Judging climb performance across airspeeds
Explanation:
Propeller thrust normally varies with airspeed and loading. A constant-thrust model distorts acceleration and climb performance over the speed range.
Incorrect! Try again.
50Which configuration mismatch most directly makes a simulator's control response unlike that of the real RC airplane even when both have identical control-surface deflections?
Understanding the basic components of a flight simulator
Hard
A.Different menu layout and camera-selection keys
B.Different speaker volume and motor sound
C.Different center of gravity and moments of inertia
D.Different runway color and horizon brightness
Correct Answer: Different center of gravity and moments of inertia
Explanation:
Control response depends on stability and rotational inertia as well as surface deflection. Visual and interface differences do not directly change aircraft dynamics.
Incorrect! Try again.
51A learner can fly accurately only from a camera positioned behind the airplane. Which practice change best improves transfer to real RC flight?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Move the camera automatically so that the aircraft always remains centered, enlarged, upright, and viewed from behind
B.Use a fixed pilot viewpoint and fly varied circuits
C.Use cockpit view and disable ground textures
D.Keep chase view but increase the field of view
Correct Answer: Use a fixed pilot viewpoint and fly varied circuits
Explanation:
Real RC pilots observe from a fixed ground position. Varied circuits from that viewpoint develop orientation skills for approaching, receding, and crossing flight.
Incorrect! Try again.
52When a model approaches the pilot, its right wing appears on the pilot's left. The model begins dropping that wing. Which aileron command should be practiced to raise the model's right wing?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Move the stick toward the pilot's left
B.Apply up-elevator with no aileron
C.Hold neutral and add only throttle
D.Move the stick toward the pilot's right
Correct Answer: Move the stick toward the pilot's right
Explanation:
Aileron commands are based on the aircraft's orientation, not screen position. Raising the aircraft's right wing requires a right-roll command, which is stick right.
Incorrect! Try again.
53A powered glider is too high on final approach with its motor already off. Which response is generally the best simulator practice if the model has no spoilers or flaps?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Dive steeply and flare using the gained speed
B.Use a controlled S-turn while preserving safe airspeed
C.Restart at full power and force the nose downward
D.Hold full up-elevator until sink rate increases
Correct Answer: Use a controlled S-turn while preserving safe airspeed
Explanation:
A controlled S-turn lengthens the flight path and dissipates altitude while maintaining airspeed. Excessive elevator risks a stall, and a steep dive creates excess energy.
Incorrect! Try again.
54A trainee repeatedly saves a bad approach by pressing reset just before impact. Which modification best improves real-world skill transfer?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Require each approach to continue to landing or go-around
B.Slow simulation time whenever the model descends
C.Move the reset key closer to the throttle control
D.Enable automatic stabilization after every orientation error
Correct Answer: Require each approach to continue to landing or go-around
Explanation:
Completing the decision sequence builds consequence awareness, approach judgment, and go-around discipline. Frequent resets interrupt those transferable skills.
Incorrect! Try again.
55Which training progression best isolates skill development while avoiding an abrupt jump from ideal conditions to unrealistic turbulence?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Calm air, severe gusts, no wind, then steady wind
B.Maximum turbulence first, followed by gradually reducing every environmental effect until landing becomes straightforward
C.Calm air, steady wind, crosswind, then moderate gusts
D.Crosswind, thermal lift, calm air, then random failures
Correct Answer: Calm air, steady wind, crosswind, then moderate gusts
Explanation:
This progression establishes basic control first, then introduces predictable drift, directional complexity, and finally variable disturbances.
Incorrect! Try again.
56During a simulated stall, the airplane's left wing drops. Which initial recovery sequence is most appropriate for a conventional trainer?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Reduce angle of attack, level the wings, then add power
B.Apply full up-elevator, opposite rudder, then cut power
C.Use full opposite aileron while maintaining back pressure
D.Add full power first and hold altitude with elevator
Correct Answer: Reduce angle of attack, level the wings, then add power
Explanation:
Reducing angle of attack restores attached airflow. The wings can then be leveled and power applied as needed without deepening the stall.
Incorrect! Try again.
57A pilot wants transmitter expo to soften response near neutral without changing the maximum command at full stick. Which simulator test best confirms the intended setup?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Compare frame rate in two different scenery areas
B.Compare motor sound at idle and full throttle
C.Compare surface movement at quarter-stick and full-stick
D.Compare glide distance before and after increasing wind
Correct Answer: Compare surface movement at quarter-stick and full-stick
Explanation:
Expo changes the relationship between intermediate stick position and output while retaining the endpoint. Checking both quarter-stick and full-stick movement verifies that behavior.
Incorrect! Try again.
58A simulated crosswind blows from left to right across the runway. On final approach, which correction keeps the airplane tracking along the runway centerline before the landing transition?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Apply right rudder and right aileron continuously
B.Establish a leftward crab or equivalent sideslip
C.Establish a rightward crab with wings level
D.Point directly down the runway and use elevator alone
Correct Answer: Establish a leftward crab or equivalent sideslip
Explanation:
The airplane must generate a leftward component to oppose rightward drift. This can be achieved with a left crab or a properly coordinated sideslip.
Incorrect! Try again.
59A powered glider climbs steeply under power but pitches sharply down whenever power is cut. To determine whether this is pilot habit or model setup, which experiment is most useful?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.Practice only landings with the motor continuously off
B.Change the wind, center of gravity, control rates, propeller, camera position, and launch method simultaneously
C.Repeat power transitions hands-off at a safe altitude
D.Increase graphics resolution and repeat the same circuit
Correct Answer: Repeat power transitions hands-off at a safe altitude
Explanation:
Hands-off transitions isolate the model's trim and thrust-line response from deliberate pilot input. Changing many variables at once would prevent diagnosis.
Incorrect! Try again.
60Which performance criterion provides the strongest evidence that a student is ready to attempt a supervised real-world flight?
Use a PC-based RC flight simulator to practice powered glider/airplane flight virtually before real-world trials
Hard
A.A high total number of simulator hours regardless of recorded errors
B.Extended inverted flight using a highly aerobatic model
C.One flawless landing in calm air using unlimited resets
D.Consistent circuits, approaches, go-arounds, and landings under varied conditions
Correct Answer: Consistent circuits, approaches, go-arounds, and landings under varied conditions
Explanation:
Readiness is better indicated by repeatable control, sound decisions, and recovery across realistic conditions than by a single success, unrelated aerobatics, or time alone.
Incorrect! Try again.
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