Flight Controls Flashcards

1
Q
  1. At radio altitudes less than _________do not deploy the speed brakes in flight.
A
  1. At radio altitudes less than _________do not deploy the speed brakes in flight.

• 1,000 feet

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2
Q
  1. Full power control to the ailerons is provided by _____________ hydraulic system.
A
  1. Full power control to the ailerons is provided by _____________ hydraulic system.

• Either

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3
Q
  1. If you have a total hydraulic power failure, rotation of the controls wheels _________ positions the ailerons.
A
  1. If you have a total hydraulic power failure, rotation of the controls wheels _________ positions the ailerons.

• mechanically

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4
Q
  1. If you have a jammed spoiler system, force applied to the _____ control wheel provides roll control from the ailerons.
A
  1. If you have a jammed spoiler system, force applied to the _____ control wheel provides roll control from the ailerons.

• Captain’s

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5
Q
  1. If you have a jammed aileron system, force applied to the _____ control wheel provides roll control from the spoilers.
A
  1. If you have a jammed aileron system, force applied to the _____ control wheel provides roll control from the spoilers.

• First Officer’s

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6
Q
  1. If the autopilot is engaged, any ______ trim applied can result in an out of trim condition and an abrupt ________ movement when the autopilot is disconnected.
A
  1. If the autopilot is engaged, any ______ trim applied can result in an out of trim condition and an abrupt ________ movement when the autopilot is disconnected.

• aileron; rolling

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7
Q
  1. When the control wheel is displaced more than approximately ____, spoiler deflection is initiated and the flight spoilers rise on the wing with the up aileron and remain faired on the wing with the down aileron.
A
  1. When the control wheel is displaced more than approximately ____, spoiler deflection is initiated and the flight spoilers rise on the wing with the up aileron and remain faired on the wing with the down aileron.

• 10 degrees

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8
Q
  1. On the 737, __________ Aileron Trim Switch(es) repositions the aileron neutral control position.
A
  1. On the 737, __________ Aileron Trim Switch(es) repositions the aileron neutral control position.

• Movement of both

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9
Q
  1. Looking at the pitch control surfaces, these consist of _______ powered elevators and an _______ powered stabilizer.
A
  1. Looking at the pitch control surfaces, these consist of _______ powered elevators and an _______ powered stabilizer.

• hydraulically; electrically

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10
Q
  1. If you have a control column jam, an override mechanism allows ___________.
A
  1. If you have a control column jam, an override mechanism allows ___________.

• the control columns to be physically separated

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11
Q
  1. If the FEEL DIFF PRESS light Illuminates, this indicates _______.
A
  1. If the FEEL DIFF PRESS light Illuminates, this indicates _______.

• excessive differential hydraulic pressure is sensed in the elevator feel computer

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12
Q
  1. On the 737, engagement and disengagement of the Mach Trim System is accomplished _____________.
A
  1. On the 737, engagement and disengagement of the Mach Trim System is accomplished _____________.

• automatically as a function of airspeed

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13
Q
  1. What has occurred when the MACH TRIM FAIL light is illuminated only when the Master Caution Annunciator recall is activated?
A
  1. What has occurred when the MACH TRIM FAIL light is illuminated only when the Master Caution Annunciator recall is activated?

• a single channel failure of the mach trim system

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14
Q
  1. The Elevator Feel Shift module increases hydraulic system A pressure to the elevator feel and centering unit during a stall. This increases the _________ force to approximately double the normal feel pressure.
A
  1. The Elevator Feel Shift module increases hydraulic system A pressure to the elevator feel and centering unit during a stall. This increases the _________ force to approximately double the normal feel pressure.

• forward control column

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15
Q
  1. There are two modes on the main electric and autopilot stabilizer trim: high speed with flaps _________ and low speed with flaps _________.
A
  1. There are two modes on the main electric and autopilot stabilizer trim: high speed with flaps _________ and low speed with flaps _________.

• extended; retracted

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16
Q
  1. Actuating either pair of stabilizer trim switches ______________, if the autopilot is engaged.
A
  1. Actuating either pair of stabilizer trim switches ______________, if the autopilot is engaged.

• automatically disengages the autopilot

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17
Q
  1. With the stabilizer trim outside the takeoff trim range ___________ if takeoff is attempted.
A
  1. With the stabilizer trim outside the takeoff trim range ___________ if takeoff is attempted.

• An intermittent horn sounds

18
Q
  1. _______________ may be used to return the stabilizer to electrical trim units if manual trim is used to position the stabilizer beyond the electrical trim limits.
A
  1. _______________ may be used to return the stabilizer to electrical trim units if manual trim is used to position the stabilizer beyond the electrical trim limits.

• the stabilizer trim switches

19
Q
  1. The stabilizer trim main electric cutout switch and the stabilizer trim autopilot cutout switch are provided to allow the autopilot or main electrical trim inputs to be ____________________.
A
  1. The stabilizer trim main electric cutout switch and the stabilizer trim autopilot cutout switch are provided to allow the autopilot or main electrical trim inputs to be ____________________.

• disconnected from the single stabilizer trim moto(r)

20
Q
  1. When control column movement opposes the trim direction, what will occur?
A
  1. When control column movement opposes the trim direction, what will occur?

• The control column actuated stabilizer trim cutout switches stop operation of the main electric and autopilot trim

21
Q
  1. Switching the STAB TRIM override switch to OVERRIDE ____________.
A
  1. Switching the STAB TRIM override switch to OVERRIDE ____________.

• electric trim can be used regardless of control column position

22
Q
  1. The speed trim system (STS) is a speed stability augmentation system designed to improve the flight characteristics during any operation with a low gross weight, aft center of gravity, and high thrust when the autopilot _______ engaged.
A
  1. The speed trim system (STS) is a speed stability augmentation system designed to improve the flight characteristics during any operation with a low gross weight, aft center of gravity, and high thrust when the autopilot _______ engaged.

• is not

23
Q
  1. ___________ operates the rudder system.
A
  1. ___________ operates the rudder system.

• Either hydraulic system

24
Q
  1. B737-800, the yaw damper uses the _____________.
A
  1. B737-800, the yaw damper uses the _____________.

• hydraulic system B or standby hydraulic system pressure

25
Q
  1. Above approximately 135 knots, there is a reduction in both hydraulic system A and B pressure. This function limits full rudder authority _____________,.
A
  1. Above approximately 135 knots, there is a reduction in both hydraulic system A and B pressure. This function limits full rudder authority _____________,.

• in flight after takeoff and before landing

26
Q
  1. The rudder pedals permit limited nose gear steering up to ______ degrees each side of center for steering.
A
  1. The rudder pedals permit limited nose gear steering up to ______ degrees each side of center for steering.

• 7

27
Q
  1. Which hydraulic system powers the ground spoilers?
A
  1. Which hydraulic system powers the ground spoilers?

• A

28
Q
  1. When the SPEED BRAKE lever is actuated all of the spoilers will__________.
A
  1. When the SPEED BRAKE lever is actuated all of the spoilers will__________.

• extend on the ground and only the flight spoilers extend when the aircraft is in the air

29
Q
  1. If you use the flight spoilers during a turn ___________.
A
  1. If you use the flight spoilers during a turn ___________.

• greatly increase the roll rate

30
Q
  1. All flight and ground spoilers will automatically rise to the full extension on landing if the speed brake lever is in the ARMED position and __________.
A
  1. All flight and ground spoilers will automatically rise to the full extension on landing if the speed brake lever is in the ARMED position and __________.

• both thrust levers are at IDLE

31
Q
  1. An illuminated SPEED BRAKE DO NOT ARM light indicates ___________.
A
  1. An illuminated SPEED BRAKE DO NOT ARM light indicates ___________.

• an abnormal condition or during landing the wheel speed has dropped below 60kts and the speed brake lever is not in the down position

32
Q
  1. The speedbrake lever _______ position in the 737 indicates all flight spoilers are extended to their maximum position for inflight use, while the ________ indicates all flight and ground spoilers are extended to their maximum position for use on the ground.
A
  1. The speedbrake lever _______ position in the 737 indicates all flight spoilers are extended to their maximum position for inflight use, while the ________ indicates all flight and ground spoilers are extended to their maximum position for use on the ground.

• FLIGHT DETENT; UP

33
Q
  1. In the event of a total hydraulic system B failure, the trailing edge flaps ___________.
A
  1. In the event of a total hydraulic system B failure, the trailing edge flaps ___________.

• can be operated electrically

34
Q
  1. ____________ is provided through the electrical alternate flap drive system.
A
  1. ____________ is provided through the electrical alternate flap drive system.

• No asymmetry or skew protection

35
Q
  1. The Flaps/Slats Electronic Unit (FSEU) monitors trailing edge flaps for _______________. If the Flaps/Slats Electronic Unit (FSEU) detects a trailing edge problem, it_______ the trailing edge flap bypass valve preventing further travel.
A
  1. The Flaps/Slats Electronic Unit (FSEU) monitors trailing edge flaps for _______________. If the Flaps/Slats Electronic Unit (FSEU) detects a trailing edge problem, it_______ the trailing edge flap bypass valve preventing further travel.

• asymmetry and skew conditions; closes

36
Q
  1. The TE flap load relief function protects the flaps from excessive air loads. When the flaps are set to 40 the trailing edge flaps will _______ if airspeed exceeds a predetermined limit.
A
  1. The TE flap load relief function protects the flaps from excessive air loads. When the flaps are set to 40 the trailing edge flaps will _______ if airspeed exceeds a predetermined limit.

• retract to 30

37
Q
  1. Why are there mechanical Flap Gates positioned at the flaps 1 and flaps 15 detent?
A
  1. Why are there mechanical Flap Gates positioned at the flaps 1 and flaps 15 detent?

• for single engine and normal go-around

38
Q
  1. Where would a TE flaps asymmetry error or skew indication issue be seen?
A
  1. Where would a TE flaps asymmetry error or skew indication issue be seen?

• The Flap Position Indicator

39
Q
  1. The 737 Leading edge devices are normally extended and retracted by ___________.
A
  1. The 737 Leading edge devices are normally extended and retracted by ___________.

• hydraulic power from system B

40
Q
  1. The 737 Leading edge devices _______ be retracted by the standby hydraulic system.
A
  1. The 737 Leading edge devices _______ be retracted by the standby hydraulic system.

• cannot

41
Q
  1. At flaps 1, the Auto Slat system _____________ as the aircraft approaches a stall condition.
A
  1. At flaps 1, the Auto Slat system _____________ as the aircraft approaches a stall condition.

• automatically drives the slats to FULL EXTEND

42
Q
  1. An amber illuminated Leading Edge Devices Transit (LE FLAP TRANSIT) Light, indicates _________.
A
  1. An amber illuminated Leading Edge Devices Transit (LE FLAP TRANSIT) Light, indicates _________.

• a LE slat skew condition exists
• any LE device is in transit, or is not in its programmed position with respect to the trailing edge flaps