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[CRJ] CRJ200 测试题(一)

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发表于 2013-10-18 13:20:25 | 显示全部楼层 |阅读模式 来自: 中国北京
CRJ200 测试题FLIGHT INSTRUMENTS/RECORDING SYSTEMS
1. Status messages.
a) Indicate that an abnormal condition exists or that a failure has occurred, presented below the advisory message and removable from screen at any time.
b) Indicate that an abnormal condition exists or that a lower priority failure has occurred, presented above the advisory message and removable from screen at any time.
c) Indicate that an abnormal condition exist or that a lower priority failure has occurred, presented below the advisory message and only removable from screen when the problem is solved or related system is switched OFF
d) Indicate that an abnormal condition exists or that a lower priority failure has occurred, presented below the advisory message and removable from screen at any time.
2. The selected decision height readout, on the PFD, is displaced upon descent below ------ feet RA.
a) 1000
b) 1500
c) 2000
d) 2500
3. The following is a list of the available system pages normally presented on the secondary EICAS page.
a) ECS, HYD, ELEC, APU, FUEL, F/CTL, A/ICE, DOORS
b) ECS, HYD, ELEC, ENG, FUEL, F/CTL, A/ICE, DOORS
c) ECS, HYD, ELEC, FUEL, F/CTL, A/ICE, DOORS
d) ECS, HYD, ELEC, BLEED, FUEL, F/CTL, A/ICE, DOORS
4. The following best describes “Advisory messages”:
a) Are presented in white and show that a safe condition exist and cannot be removed from screen unless the applicable system is switched OFF
b) Are presented in green and show that a safe condition exist and can be removed from screen at any time.
c) Are presented in green and show that a safe condition exist and cannot be removed from screen.
d) Are presented in green and show that a safe conditions exist and cannot be removed from screen unless the applicable system is switched OFF
5. What is the main information source for the stall protection system?
a) Stall Warning Computer
b) Mach Transducer
c) Air Data Computer
d) None of the above
6. AHRS provides attitude gyro, directional gyro and 3-axis rate/accelerometer data to various airplane systems. True or False?
a) True
b) False
7. Resistance changes from the temperature probe provide sensor data.
a) TAT
b) Airspeed
c) Altitude
d) All of the above
8. When the ECP (EICAS control panel) fails,
a) the system pages, CAS and STEP functions are no longer available.
b) the reversionary control panel can be used to display system pages on the EICAS secondary page.
c) PRI, STAT, CAS, STEP functions are still available while all other functions are lost.
e) all functions of buttons are lost
9. By which electrical bus is the CVR powered ?
a) AC ESS BUS
b) DC BUS I
c) DC ESS BUS
d) NONE OF THE ABOVE
10. EFIS/EICAS CRT page priority is:
a) Primary flight display, Status page, Multifunction display page, Engines page, Synoptic page
b) Primary flight display, Engines page, Status page, Synoptic page, Multifunction display page
c) Status page, Multifunction display page, Engines page, Primary flight display, Synoptic page
d) Status page, Primary flight display, Multifunction display page, Synoptic page, Engines page
11. The radio altimeter provides the pilot's and co-pilot's PFD’s with which readouts?
a) Radio altitude readout
b) Decision height set readouts
c) Decision height alerts and radio altimeter fail flags
d) All of the above
12. Two master caution switch/lights come on flashing when a caution occurs, Pushing either MASTER CAUTION switch/light.
a) will place a caution message on the CAS field, the Master Caution light remains steady illuminated until the problem does not longer exist
b) extinguishes both master caution lights for the duration of that caution and resets the lights for future cautions
c) extinguishes both master caution lights and resets the light for future cautions
d) extinguishes the depressed caution light for the duration of that caution and resets the light for future cautions
13. Warning of a impending stall is provided to the crew by the following
e) A warbler, glare-shield STALL light comes ON, and vibration of both columns, when the AOA continues to increase a stick pusher is activated
f) A warbler, and vibration of both column, when the AOA continues to increase a stick pusher is activated
g) A warbler, glare-shield STALL light comes ON and vibration of both columns, when the AOA continues to increase an aural STALL message is announced and the pusher is activated
a) a cavalry charge audio signal, glare-shield STALL lights come ON, and a stick shaker and pusher are activated and an aural STALL message is announced.
14. Static and pitot port inputs to each ADC's differential sensor produce the sensor data.
a) TAT
b) Airspeed
c) Altitude
d) All of the above
15. The standby altimeter/indicated airspeed unit uses the ---- source and ---- source.
a) P1, S2
b) P2, S2
c) P3, S3
d) All of the above
16. The air data system interacts/interfaces with which systems?
a) ATC transponder and GPWS
b) Wind-shear detection and recovery guidance system and TCAS
c) A and B
d) None of the above
17. When a reversionary switch is set at either 1 or 2, the display receives information from:
a) A single source
b) Its on-side source
c) Both A and B
d) None of the above
18. The roll comparator indication, on the primary flight display, is displayed when a difference of ---- degrees level flight or ---- degrees on approach has been detected.
a) 4, 3
b) 3, 4
c) 5, 6
d) 6, 5
19. When a new caution message is to be presented on the CAS field:
a) It will appear on top of the listed messages on the CAS field.
b) It initially will appear on top of the listed messages and moved to alphabetical order after the message is acknowledged.
c) It will appear on top of the listed caution messages on the CAS field.
d) It will appear on top of the listed caution messages on the CAS field after master caution is reset.
20. The air data reference panels (ARP’s) enable pilot selection of airspeed reference pointers and barometric correction for altitude. True or False?
a) True
b) False
21. The standby attitude indicator displays airplane pitch and bank angle for at least --- minutes after power failure.
a) 5
b) 7
c) 9
d) 11
22. Using the reversionary control panel what can the Multi Function Display be used for?
a) Presenting the on-side PFD or EICAS primary and secondary display information
b) Presenting the Off-side PFD or EICAS primary and secondary display information
c) Presenting the on-side PFD or EICAS secondary display information
d) Presenting the On-side PFD or EICAS primary display information
23. When a problem caused a caution message to appear on the CAS field, the message will be removed when:
a) When the problem does no longer exist
b) After pressing the master caution light
c) The corresponding system circuit breaker is pulled
d) The system is reset
24. When will the landing gear horn of the landing configuration warning system sound?
a) Any gear not down and locked and one or both thrust levers selected to idle.
b) Two minutes after ground to air transition, any gear not down and locked and one or both thrust levers selected to idle.
c) Two minutes after ground to air transition, any gear not down and locked and IAS <163 KIAS and one or both thrust levers selected to idle.
d) Two minutes after ground to air transition, any gear not down and locked and both thrust levers selected to idle.
25. Is it possible to mute the landinggear horn of the landing configuration warning system?
a) Yes, at all times by the MUTE knob on either audio control panel.
b) Yes, but only when one thrust lever is at idle
c) No, since this is a warning system the situation can only be corrected by selecting the gear down.
d) Yes, but only when one thrust lever is at idle or by selecting the gear down
26. Each AHRS receives compass compensation values from the
a) On-side flux detector
b) Applicable air data system
c) On-side remote compensator
d) None of the above
27. How is the crew notified of the fact that the aircraft is in a safe take off configuration?
a) When the system does not indicate an unsafe situation by flashing both master warning light the take-off is considered to be safe.
b) T/O CONFIG OK advisory (green)message comes on, and the message is removed upon aircraft rotation.
c) T/O CONFIG OK advisory (green)message comes on, and the message is removed by the CLR button on the ECP (EICAS control panel).
d) T/O CONFIG OK status (white)message comes on, and the message is removed upon aircraft rotation.
28. The flight compartment's clocks are the time base source for the airplane avionics equipment. True or False?
a) True
b) False
29. Each AHRS computer receives magnetic flux sensor input from the
a) On-side flux detector
b) Applicable air data system
c) On-side remote compensator
d) None of the above
30. In the indicating system, for synoptics, the color "half intensity magenta" is used .
a) when invalid data is received by the indicating system
b) for advisory information only
c) when the displayed information is related to the FIVIS system
d) Both A and C are correct
31. Where is the standby compass located in the flight compartment?
a) Below the overhead panel
b) On the center pedestal
c) On the observer's station
d) On primary flight display
32. In the event of a PFD failure, the PFD format may be displayed on the adjacent MFD by actuation of the switch.
a) MFD format selector
b) Reversionary mode
c) TCAS
d) None of the above
33. Each MRS computer receives true and vertical speed from the
a) On-side flux detector
b) Applicable air data system
c) On-side remote compensator
d) None of the above
34. A dual total air temperature probe is provided to supply temperature input to ADC 1 and 2. True or False?
a) True
b) False
35. each wheel to release excessive air pressure caused by heat build-up in the wheel/tire assembly.
a) 2
b) 3
c) 4
d) 5
36. Nose wheel steering is possible to degrees either side of center by the use of the steering tiller.
a) 7
b) 70
c) 9
d) 90
37. The brake wear indicator pins can be checked at any time. True or False?
A. True
B. False
38. The inboard/outboard brake pressure readout, on the EICAS hydraulic page, displays white to indicate brake pressure is than 3200 psi.
a) Less
b) Greater
39. The Brake Temperature Monitoring System monitors the temperature of each brake by the means of a chrome/alumel thermocouple. True or False?
a) True
b) False
40. The brakes of the outboard wheels are powered the hydraulic system.
a) No. I
b) No. 2
c) No. 3
d) None of the above
41. The anti-skid system independently controls the braking of each main wheel by modulating the pressure outputs of the appropriate .
a) Dual anti-skid valves
b) Speed transducers
c) Nose landing gear selector valve
d) None of the above
42. Loss of the No. 2 or No. 3 hydraulic system leaves the airplane with ------ % anti-skid control to the working brakes.
a) 25
b) 50
c) 75
d) None of the above
43. When operating the nose landing gear door on the ground, ensure that the nose wheel and surrounding area are clear of personnel and equipment. True or False?
a) True
b) False
44. You must always ensure that the nose landing gear bay area is clear before selecting the nose door switch to FLT/NORM. True or False?
a) True
b) False
45. The anti-skid system consists of a dual-channel anti-skid control unit, - axle-mounted speed transducers and dual anti-skid control valves.
a) 6,4
b) 2,4
c) 4,2
d) 2,6
46. The proximity sensor system consists of the:
a) Proximity sensors and proximity switches
b) Micro switches
c) PSEU
d) All of the above
47. The brakes of the inboard wheels are powered by the
a) No. 1
b) No. 2
c) No. 3
d) None of the above
SECTION 33: LIGHTING
48. Lavatory mirror light brightness is controlled by switches activated by movement of the lavatory door latch. The light is off when the door is open, and on when closed. True or False?
a) True
b) False
49. What color is the STBID NAV light?
a) White
b) Green
c) Red
d) None
50. The emergency lighting system is powered by - 28-volt DC rechargeable battery packs. When AC power is not available during ground operations (prior to APU startup), the overhead panel lighting system is powered by the BATT BUS. True or False?
a) True
b) False
51. What color is the PORT NAV light?
a) White
b) Green
c) Red
d) None
52. What color are the AFT NAV lights?
a) White
b) Green
c) Red
d) None
53. The wing leading edge lights are mounted on the left and right fuselage. True or False?
a) True
b) False
54. Exterior lighting provides
a) High intensity lights
b) Ground floodlights
55. The battery packs for the emergency lighting system supplies power for approximately minutes when fully charged.
a) 15
b) 20
c) 30
d) 45
56. Flight compartment area lighting is provided by a dome light at the flight compartment door/threshold area. True or False?
a) True
b) False
57. Beacon and airline logo lights are optional. True or False?
a) True
b) False
58. The two VHF navigation receivers provide VOR, LOC, GS and MB signals. True or False?
a) True
b) False
59. warnings take priority over all other aural alerts and warnings, except a stall warning.
a) Fire
b) Windshear
c) Gear not down
d) None of the above
60. TCAS monitors a radius of approximately nautical miles about the airplane.
a) 30
b) 40
c) 50
d) 60
61. mode functions as a direction finder indicating bearing to station and outputs an aural tone.
a) ANT
b) TONE
c) ADF
d) DNone of the above
62. The weather radar system provides the flight crew with a display of x-band radar detectable areas of precipitation along and within degrees on either side of the airplane's flight path.
a) 60
b) 75
c) 90
d) 180
63. Each of the MFDs has the primary function of showing:
a) Current heading
b) Course information
c) Aircraft attitude
d) Both A and B
64. Weather radar returns and system modes are displayed on the flight compartment MFDs.
a) True
b) False
65. VOR frequency range is from 108.10 to 111.95 MHz. True or False?
a) True
b) False
66. The two ADF receivers provide relative bearing between the airplane and a selected ground station for display on the HIS portion of the PFDs and MFDs. True or False?
a) True
b) False
67. The ADF receivers operate in which mode/s?
a) ADF
b) ANT
c) TONE
d) All of the above
68. The FIVIS contains a data base unit, one CIDU and two flight management computers. True or False?
a) True
b) False
69. Traffic advisories indicate the relative positions of intruding airplanes that are about seconds for the closest point of approach.
a) 30
b) 40
c) 45
d) 60
70. Where is the radar control panel mounted?
a) Pilot's side panel
b) Co-pilot's side panel
c) Overhead panel
d) Center pedestal
71. Frequency selection is through radio tuning units. True or False?
a) True
b) False
72. Each PFD has the primary function of pictorially showing:
a) Flight director commands
b) Aircraft attitude
c) Flight control system annunciations
d) All of the above
73. The GPWS alerts and warns the flight crew when the airplane's flight path and position relative to requires immediate crew attention and action.
a) Other airplanes
b) Terrain
74. The two distance measuring transceivers provide slant range distance from the airplane to a selected ground station. True or False?
a) True
b) False
75. The FIVIS can be used for:
a) Secondary radio tuning
b) Flight parameter computations
c) NAV sensor control
d) All of the above
76. The flight management system is an integrated navigation system that provides world wide point-to-point and great circle navigation. True or False?
a) True
b) False
77. The danger area for the APU exhaust is feet.
a) 5
b) 10
c) 15
d) 20
78. The APU engine consists of:
a) A power section
b) A gear box
c) Both A and B
d) None of the above
79. The EICAS caution message "APU BLEED ON" indicates the load control valve is open and barometric altitude is greater than feet.
a) 9,000
b) 10,000
c) 13,000
d) 15,000
80. The APU is a gas turbine engine equipped with a gearbox driving an-cooled 30 kVA ac generator.
a) Air
b) Oil
c) Both A and B
d) None of the above
81. APU LCV switch, on the bleed air panel, connects or disconnects APU supply to:
a) Air-conditioning system
b) Left and right pneumatic systems
c) 10th stage bleed air manifold
d) All of the above
82. There are - secondary fuel nozzles in the APU fuel system.
a) 2
b) 3
c) 1
d) 4
83. The EICAS warning message "APU OVERSPEED" indicates the APU is running greater than % rpm.
a) 95
b) 100
c) 107
d) 124
84. Concerning the APU the following is indicated on the Status page when the APU is in use:
a) RPM, EGT, Door position
b) RPM, ITT, Door position
c) N, EGT, Door position
d) N, ITT, Door position
85. The APU intake door has three positions, Closed,Mid and Open. The positioning of the doors is controlled by the ECU and depending on:
a) Air or ground operation
b) Pressure altitude
c) Aircraft speed
d) Both B and C are correct
86. The APU is controlled by an ECU during start-up operations only. True or False?
a) True
b) False
87. The purpose of the ECU is to:
a) Monitor all sensors and switches
b) Set up the appropriate fuel acceleration and temperature schedules
c) Relays appropriate operating data to the pilots through EICAS
d) All of the above
88. The APU control system ensures that priority is given to electrical loads by increasing bleed air flow when exhaust gas temperature limits are approached. True or False?
a) True
b) False
89. What happens when the PWR/FUEL button is pressed?
a) APU fuel shutoff valve opens
b) ECU energized
c) APU XFLOW pump comes on
d) All of the above
90. The EICAS warning message "APU OVERTEMP" indicates:
a) EGT is greater than 743'C
b) APU RPM is greater than 87% at all times
c) APU RPM is greater than 974oC at all times
d) All of the above
91. The capacitive discharge ignition is on at % rpm and off at % rpm.
a) 10,85
b) 12,85
c) 12,94.5
d) 10,94.5
92. The APU compressor is protected against surge by altering the position of the compressor's variable diffusers. True or False?
a) True
b) False
93. The fuel control unit, torque motor and oil pump are located on the right side of the accessory gearbox. True or False?
a) True
b) False
94. Protective breathing hoods, used for smoke and fire fighting, are installed in the flight compartment and cabin in a vacuum-sealed bag inside a container mounted in what location?
a) Aft of the pilot's seat on the CB panel wall
b) Forward wardrobe unit
c) Aft attendant's seating area
d) All of the above
95. The flight compartment's oxygen bottle is located in the left hand forward fuselage underfloor area. True or False?
a) True
b) False
96. Normal charge pressure for the flight compartment's oxygen bottle is 127.5 bar at degrees
a) 21
b) 36
c) 19
d) 27
97. The flight compartment oxygen system consists of which of the following?
e) One oxygen bottle, a ground servicing panel and one smoke hood.
f) Three oxygen mask/regulator units and a fuselage-mounted relief valve.
g) Both A and B
h) None of the above
98. The protective breathing hood nay be used without the oxygen supply. True or False?
a) True
b) False
99. Where is the emergency crash axe located?
a) Behind the co-pilot's seat
b) Ceiling panel above co-pilot
c) overhead bin at row 12
d) Access panel adjacent to overwing exits
100. The blinker on the pilot's/co-pi lot's oxygen mask container shows across to indicate when oxygen is flowing or harness is inflated.
a) White
b) Yellow
c) Green
d) Red
101. Odor similar to scorched cloth may be created by activation of the passenger oxygen generator. This poses no oxygen purity or fire hazard. True or False?
a) True
b) False
SECTION 72: ENGINES
102. The DCUs record engine operating times and conditions, and all limits. True or False?
a) True
b) False
103. The DCUs perform what function?
a) Signal processing
b) Engine signal analog/digital conversion
c) Engine system failure detection
d) All of the above
104. Bypass air passes through the single-stage fan only and is clucted around the engine to produce approximately 80% of the engine thrust. True or False?
a) True
b) False
105. The ignition systems/ igniters can only be selected on one at a time. True or False?
a) True
b) False
106. Engine airflow passes through 14-stage fan and is divided into two airflow systems: core air and bypass air. True or False?
a) True
b) False
107. -stage compressor section bleed air is used for engine starting, air conditioning and avionics cooling and pressurization.
a) 7th
b) 10th
c) 14th
d) None of the above
108. In the event of an engine failure, the automatic performance reserve system, increases thrust on the remaining engine to pounds.
a) 8521
b) 8729
c) 9220
d) 9626
109. The airplane is equipped with two General Electric CIF 34-3A1 high bypass ratio turbofan engines which have a normal takeoff thrust rating of pounds.
a) 8521
b) 8729
c) 9220
d) 9626
110. A minimum pneumatic supply pressure of
a) 20,44
b) 44,20
111. The engine control system operates to prevent compressor stall and surge. True and False?
a) True
b) False
112. The N I rotor consists of a --stage fan connected through a shaft to a --stage low pressure turbine.
a) Single, 14
b) Single, 4
c) 14,2
d) 2, 14
113. An control system operates to prevent the engine from producing high thrust levels during inadvertent reverser deployment.
a) Thrustlever
b) VIB
c) Automatic throttle retarder
d) None of the above
114. The engine is on hydromechanical N2 control at high power settings. True or False?
a) True
b) False
115. Pressurized air and DC electrical power are required for starter operation. True or False?
a) True
b) False
116. A fan exhaust thrust reverser system is installed to deflect fan discharge air to assist in airplane on the ground.
a) Braking
b) Reversing
c) Taxiing
d) changing direction
117. Pushing the MASTER/CAUTION switch will not silence which alerts?
a) GPWS voice alerts
b) TCAS voice alerts
c) Altitude aural alerts
d) All of the above
118. A siren aural warning indicates:
a) Stall
b) Wind shear
c) Gear not down
d) Altitude alert
119. Caution messages cannot be removed from the EICAS display unless the applicable failure has been rectified. True or False?
a) True
b) False
120. All crew alerting system messages are divided into two categories: Warnings and Status. True or False?
a) True
b) False
121. The OVIRD position of the GPWS and FLAP override switch on the center pedestal inhibits ground proximity warnings. True or False?
a) True
b) False
122. At engine start-up, the gear status indicators on the EICAS primary page displays for down/lock.
a) White
b) Green
c) Amber
d) Red
123. On the EICAS primary display, the flap position indicators displayto indicate a miscompare in flap indications.
a) White
b) Green
c) Ambe
d) Red
124. The landing gear horn will sound if the indicated airspeed is at less that or equal to knots.
a) 125
b) 165
c) 170
125. A warbler aural warning indicates:
a) Stall
b) Wind shear
c) Fire warning
d) Autopilot disconnect
126. Status messages appear in after the advisory messages.
a) Green
b) Amber
c) Red
d) White
127. Caution messages can be removed from view by pressing the CAS button. True or False?
a) True
b) False
128. The FDR provides a digital record of airplane flight data for the last 25 hours and operates whenever:
a) The power is on
b) STROBES lights on and/or weight-off -wheels
c) Both A and B
d) None of the above
129. L JETPIPE OVHT is a. message.
a) Warning
b) Caution
c) Status
d) Advisory

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发表于 2013-10-18 14:15:50 | 显示全部楼层 来自: 中国海南海口
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 楼主| 发表于 2013-10-18 13:21:10 | 显示全部楼层 来自: 中国北京

CRJ200测试题(二)

KNOWLEDGE REVIEW
Systems are covered in a cockpit flow,,
not all questions need to be covered if
student knowledge is satisfactory.
Instructor generated questioning is a
valuable aid in assessing the individual
students system knowledge
AC GENERAL & LIMITATIONS
1. What is the A/C maximum take-off weight ?
a) 9100/ 200ER - 51000 lbs (23133 kgs)
100/ 20OLR - 53000 lbs (24040 kgs)
2. What is the MLW ?
b) 47000 lbs (21319 kgs)
3. What is the MZW ?
a) 44000 lbs (19958 kgs)
4. What is the APU danger exhaust area ?
a) 15 foot arc around the exhaust area of the APU
5. What is the engine inlet danger area at idle and at maximum T/O thrust ?
a) 12 feet at idle (trailing edge of wing)
925 feet at T/O (wing leading edge area at the wing root
6. What is the purpose of the winglets ?
a) Provide forward lift
Reduce induced drag
3% fuel consumption reduction
7. How much horizontal stab trim is provided ?
a) 15 units of moveable stab trim +2 nose down and -13 units of nose up trim
8. How is aileron and rudder trim accomplished ?
a) Electrically repositioning of control cables through
trim system repositions the control surface
9. How is the landing gear controlled ?
a) Electrically controlled through PSEU and moved hydraulically by system #3
10. Describe the nose wheel steering system ?
a) Steer-by-wire electro-hydraulic
rudder pedal 5 degrees
tiller 70 degrees
employs free castoring
11. What is the normal T / O trust rating?
a) 8729 lbs of trust
12. Describe the engine major assemblies ?
a) Single stage fan driven by 4 stage low pressure turbine produces 80% T/O thrust
N2 core consists of 14 stages driven by 2 stage hi pressure turbine
fan discharge can be reversed
13. What services are provided by the engine
a) AC electrical power- 30 KVA GEN
bleed air - 10th and 14th stage
hydraulic power- EDP systems 1 and 2.
14. Where is the AC external services power panel located ?
a) Right side aft of the radome
15. Where is the single point refuel panel located ?
a) Right side wing root
16. What is the maximum cargo weight ?
a) 3500 lbs
17. What is the minimum oil temp for starting ?
a) - 40 degrees C
18. What is the minimum engine oil pressure at idle ?
a) 25 PSI
19. What is the maximum continuous oil temperature ?
a) 155 degrees C
20. What is the maximum continuous oil pressure ?
a) 115 PSI
21. When must continuous ignition be used ?
a) Take-off and landing on contaminated runways
Take-off with high cross wind
Moderate or greater rain
Moderate or greater turbulence
Flight in the vicinity of thunderstorms
22. What is the minimum engine fuel temp for take-off ?
a) 5 degrees C
23. When does powered or gravity cross flow have to be off ?
a) Take-off
24. During a normal T/0, what is the maximum ITT that may be observed ?
a) 900 degrees C
25. What is the maximum N 1 during a normal take-off ?
a) 96.2 %
26. What is the maximum ITT that may be observed during nor
a) 874 degrees C
27. What is the minimum AP engage altitude after take-off ?
a) 600 feet
28. What flight control surfaces does the auto pilot control ?
a) Right aileron
left elevator
29. What flap positions have mechanical stops ?
a) Flap 8 retracting flap
flap 20 flap extension
30. What comprises the stab trim system ?
a) 2 channel HSTCU
engage switches / control wheel disengage button
2 DC powered trim motors
control wheel trim switches
31. Does the pilots manual trim switch, over-ride the copilots trim input ?
a) yes
32. With the flight spoilers in use, what causes a FLT SPLR DPLY caution message ?
b) RAD ALT below 800 feet
c) Thrust levers above 79% N1
EICAS
33. How can the status page be displayed after failure of ED1 ?
a) PNF selecting reversionary panel selector to EICAS
selection of EICAS reversionary switch on source select panel to ED2
34. What is the function of the lamp driver unit ?
a) Interprets DCU signal and lights appropriate panel light
35. After an ECP failure what buttons remain available ?
a) Mechanical buttons PRI CAS STAT STEP
36. Which EICAS messages are second in priority ?
a) Caution messages
37. What EICAS message are inhibited if N1 greater than 79% weight on wheels ?
a) Caution message
38. How are warning messages displayed
a) Top of the primary page red message
triple chime, voice advisory(some messages)
cannot be removed until problem cleared
39. When can caution messages be paged and/or boxed ?
a) Paged on the ground
boxed 2 engine generators on line
boxing in flight is a function of WOW only
40. What do green advisory messages mean ?
a) Pilot selected input or system status
cannot be paged or boxed
41. Why should status messages be boxed in flight ?
a) No other indication of new message other than un-boxing of status messages
42. How can the MDC be displayed ?
a) Selection of the MDC guarded switch behind the pilot position displays the MDC on the applicable MFD
ELECTRICAL
43. How many AC buses does the CRJ have ?
a) 6
44. How many AC generators are on the CRJ,, and what rating are they ?
a) 3 / 30 KVA generators
45. Is there a maximum KVA altitude restriction ?
a) Engine generators are rated 30 KVA up to FL350 and 25 KVA to FL410.
46. What does the AC ESS transfer PBA do ?
a) Transfers the AC ESS to BUS 2, to provide manual
capability of the AC power source feeding the AC
ESS BUS
47. What will cause the IDG fault light to illuminate ?
a) High oil temperature, low oil pressure; QRH procedure after disconnect engine must be shut down to manually reset IDG on the ground
48. What is the purpose of the AUTO XFER switches ?
a) Selected manually inhibits the normal generator
priority system, not allowing offside or APU gen to
power the affected BUS.
49. Can the AUTO XFER switch activate automatically
a) Yes, as a result of an AC BUS short the APU / offside Gen
are not allowed to power the affected bus .
50. How many TRU's, where are they located, what is their rating ?
a) 5 trus located in the unpressurized nose compartment rated at 100 amps each
51. Of the 3 DC TIE's, which one is manual only ?
a) ESS
52. When would DC tie 1 or 2 close automatically ?
a) Close if the applicable TRU failed, or if the AC bus feeding the TRU failed
53. What is the purpose of the SERV TRU in flight ?
a) Normally acts as a back up power source for DC BUSES 1 and 2.
54. In flight, does the SERV TRU provide any other function ?
a) Yes, it is available through the manual ESS tie to
provide redundant power to DC ESS should the ESS TRU
2 fail.
55. What does the DC service switch power when selected ON ?
a) Powers the DC service bus, normally used for lights when towing the airplane at night
56. What is tested with the ADG unit test selected ?
a) Checks continuity of the up-lock squib circuitry, the
three transfer contactors, and logic circuits.
57. Where is the ADG located and what does it do ?
a) Located forward right side of the nose, in the event of a total
AC power loss, it powers the ADG bus, AC ESS bus and
hydraulic pump 3B.
58. What is the memory item for EMER POWER ONLY ?
a) ADG maual deploy, QRH
59. What is the KVA rating and airspeed restriction on the ADG ?
a) 15 KVA, wet ADG 330- 335
Dry ADG no speed limitation
FIRE PROTECTION
60. When performing a single loop test, what indication would indicate a failed loop ?
a) Single chime master caution and primary page caution message L(R)FIRE FAIL
61. What does the WARN position of the test switch do
a) Simulates a fire and overheat condition on the engines and APU.
62. What would be the indication of a failure during this test ?
a) The applicable primary page warning message would not be displayed
For engine or APU, glare shield switchlight would not illuminate
63. What does the FAIL position of the test switch do?
a) Tests the ability of the system to distinguish between a false fire and real fire
64. When selecting bottle test switch to test, what is being checked ?
a) It tests the integrity of the squibs on the associated bottle.
65. Describe the engine fire detection and protection system ?
a) Dual loop detection system
2 zones A and B
zone A has 2 bottles available, HALON 1301
ozone B overheat detection only includes the jet pipe area and pylon
66. What APU fire protection is available ?
a) Dual loop detection system
single bottle 2 squibs discharge into the sealed titanium APU enclosure
complete automatic system on the ground
inflight APU shutsdown pilot must discharge agent
67. What is the importance of checking for an APU FIRE FAIL caution message,, prior to starting the APU on the ground?
a) Message indicates a failed loop, if the failed loop is selected with the APU operating, the APU will shutdown and the bottle will discharge.
Contact maintenance, do not start the APU
68. What are the memory items for an engine fire in flight ?
a) Affected thrust lever confirm and idle
affected thrust lever confirm and shutoff
affected engine fire push switch, confirm and push
affected boost pump, confirm and off
after 10 seconds, push bottle discharge until light goes out
after 30 seconds, fire indication persists,, discharge second bottle
QRH
69. What detection and protection is provided for the lavatory ?
a) Smoke detector in the lav, tested at the unit, provides
EICAS indication of smoke toilet
protection consists of a heat activated extinguisher that
discharges into the waste receptacle
70. What detection and protection is provided for the cargo compartment ?
a) 2 smoke detectors ceiling mounted in the cargo compartment, either detector can trigger a cargo smoke indication
2 bottles discharged simultaneously from cargo firex panel
detector causes cargo air inlet valves and exhaust valves to close automatically
protection time 40-45 minutes (Kendell 60 min.)
FUEL
71. What boost pumps are ON for engine starts ?
a) Both boost pumps selected to ON, however selecting one pump activates both pumps
72. What is motive flow
a) Engine driven boost pump pressure is routed to the fuel
tanks to operate ejector type pumps
73. If low pressure is detected in a left engine fuel feed line., which boost pump activates ?
a) Both
74. What is the purpose of the collector tanks, and how are they filled ?
a) Provide a reservoir in the lowest part of the fuel system for
engine fuel feed and are kept full by a scavenge ejector and grafity flow.
75. If a fuel imbalance exists between the main tanks, at what point will the automatic system rebalance the fuel ?
a) 200 lbs (90 kgs)
76. What would happen if the automatic system fails to rebalance the fuel ?
a) 800 lbs imbalance the fuel readout turns amber and a
caution message is generated on the primary page,,
resulting in further QRH action.
77. What does the gravity crossflow PBA do ?
a) It controls the SOV located in a manifold between the
main tanks,, to control fuel transfer from wing to wing
78. How can fuel be manually transferred from the left tank to the right main tank ?
a) Press in AUTO OVERRIDE then press in the RIGHT XFLOW PBA .
79. Where is the bulk fuel quantity readout displayed ?
a) Fuel synoptic page , left main tank
PRI page, fuel status.
80. What is the minimum fuel temperature allowed for take-off ?
a) –29 degrees bulk temp.
PNEUMATICS
81. What sources of pneumatic pressure are available ?
a) 10th stage engine bleed
14th stage engine bleed
APU bleed air
external air
82. What is the aircraft pneumatic system used for
a) Engine starting
ECS operation
wing anti-icing
83. What is tested, when the bleed air rotary test switch is selected to TEST ?
a) Simulates an overheat condition on the 10th and 14th
stage bleed air systems
successful test indicated by 5 warning messages om the primary page a DUCT TEST OK advisory message and 5 overhead panel lights.
84. What is tested when LOOP A or LOOP B is selected ?
a) 10th stage loops are individually tested for a short
85. What valves are fail- safe open ?
a) 14th stage bleed valves ( need dc power and an engine air source to close)
86. What is the purpose of the 14th stage isolation valve ?
a) The valve allows the other engines 14th stage air to provide
wing anti-ice capability should an engine fail
87. What is the purpose of the 10th stage isolation valve ?
a) Allows 10th stage air from any source to supply both sides of the manifold
88. When would a 10th stage bleed overheat be indicated ?
a) When both detection loops sense an overheat condition
89. What type of overheat detection system does the 14th stage system have?
a) Single loop
APU
90. What is the primary purpose of the APU
a) Provide a backup source of AC electrical power
91. What are the APU starter limits ?
a) Each 2. 30 second start attempts followed by 20 min OFF
Recommended 2 minute cooling period for APU drainage
and starter contactor cooling
92. What is the APU starter cut-out RPM ?
a) 50 Percent
93. What is the maximum APU EGT on the ground ?
a) 743 degrees C, APU auto shutdown
94. What is the maximum bleed extraction altitude ?
a) 15000 feet
95. What is the maximum altitude for starting the APU ?
a) 30000 feet
96. What is the maximum altitude for operating the APU ?
a) P37000 feet
97. When can the APU be used for starting engines in flight ?
a) After a double engine failure to start the first engine 13000 feet or below
98. What would happen if the APU EGT thermocouple fails in flight ?
a) LCV remains closed, only AC power available
Amber dashes replace status page readout
99. What A/C speed restriction is imposed, regarding the APU ?
a) 300 KIAS if APU door position unknown and APU not operating
100. Is the APU automatic fire protection system vailable in flight ?
a) The APU will automatically shut down after a fire indication, however the pilot must discharge the bottle.
101. What external APU shutdown capability is provided ?
a) 2 switches, external service panel and aft equipment bay next to bay door
POWERPLANT
102. What are the engine starter limits ?
a) 1 MIN ON
10 SEC OFF
1MIN ON
10SEC OFF
1MIN ON
5 MIN OFF
103. What is the engine starter cut-out RPM ?
a) 55 Percent
104. How is a cross bleed start performed ?
a) As per QRH VOL 1 supplementary procedures
105. What is the minimum engine oil pressure for take-off ?
a) 45 PSI
106. How many stage of compression are variable stator ?
a) The first 5 stages of compression and the IGV’s are variable
107. What is the purpose of varying the compressor stators ?
a) The compressor is more efficient
108. How is engine ignition provided ?
a) 2 separate ignition systems, A and B.
Both systems are AC, with B through a static inverter.
Each exciter connected to a single self gapping igniter.
109. What procedure is carried out if during an engine start the HOT icon appears in the ITT indicator ?
a) Applicable thrust lever to shut-off, to shut off the fuel
armed ignition off to remove the spark
dry motor engine to starter limits (next question discusses term)
QRH
110. Define the term DRY MOTOR ?
a) Dry motoring of a engine can only be accomplished if no fuel was introduced to the combustion chamber.
111. What is APR
a) Automatic performance reserve provides good engine thrust increase, should one engine lose power, during take-off (WOW).
112. When does APR ARM and activate ?
a) ,APR arms when the thrust levers are advanced to 79% and WOW
APR activates should one engine roll back below 67.6 %
113. Approximately how much thrust increase can be expected ?
a) 500 lbs. of thrust
N1 indication increases 2%.
114. Does APR require engine speed control to be operating ?
a) Yes,, speed control allows the engine ECU to command
the good engine to increase thrust.
115. What does engine speed control provide ?
a) Engine speed control provides even thrust output and
matched thrust levers above 79% N1.
116. At take-off , climb and cruise, how is the engine controlled ?
a) N1 fan speed control
117. What are the memory items for a jet pipe overheat ?
a) Confirm thrust lever, idle
message removedmonitor
message continues, or returns, further retard thrust
at idle, engine shutdown
118. If the engine started to behave erratically,, what QRH procedure would you follow ?
a) QRH, abnormal ... single engine procedure
119. What is the in flight engine starting ITT and NI envelope ?
a) ITT less than 90 degrees
N2 above 28 %.
HYDRAULICS
120. What is the normal hydraulic quantity
a) 45-85 percent
121. Under what condition would the quantity readout be valid ?
a) pressurized
122. Why are the backup hydraulic pumps power sources cross-side ?
a) To ensure system hydraulic pressure should the on-side
engine be shutdown in flight with the resultant loss of the
EDP.
123. Before turning pump 3A to ON,, what caution should be observed?
a) Ensure the nose gear doors are clear of maintenance or other personnel.
124. In the auto position, when will the “B” pumps operate ?
a) With flap selected out of zero
A second pump is desirable for the the critical TO and landing phases of flight
125. What is different regarding ACMP 3B ?
a) 0perates directly from the ADG in the event of a total AC power failure
operates regardless of pump switch position
126. What hydraulic pumps are not controlled by the hydraulic panel ?
a) EDP"s 1 and 2.
127. If GEN I fails in flight , which hydraulic pump is not available?
a) Pump 2B
128. What is the pressure range of the hydraulic system ?
a) 2950 to 3050 PSI.
129. What are the dangers associated with SKYDROL ?
a) highly corrosive fluid causing severe skin and eye irritation
130. What hydraulic system powers the inboard brakes
a) system 3
131. What services are lost if hydraulic system 2 fails ?
a) IB ground spoiler
MLG aux actuator
132. How is the hydraulic SOV closed ?
a) Pushing the affected ENG FIRE PUSH switch
133. How are hydraulic system 1 and 2 cooled ?
a) Pump case drain is cooled via a air/fluid heat exchanger located in the aft equipment bay.
FLIGHT CONTROLS
134. What hydraulic power is supplied to the ailerons ?
a) Hydraulic systems 1 and 3 for the left aileron and 2 and 3 for the right.
135. How is pilot control wheel input connected to the ailerons ?
a) Mechanical cable control to the aileron PCU's; two separate
lateral controls connected via a torque tube
136. In the event of a jammed aileron,, what does the ROLL disconnect provide ?
a) Should a mechanical control jam occur, separating the
lateral control frees the un-jammed side while allowing
the SECU to maintain lateral control through the spoileron
on the jammed side
137. What is provided when the ROLL SEL PBA is pushed on the operable side ?
a) The on-side spoileron is made operable through the SECU to provide greater roll control.
138. What powers the spoillerons ?
a) Left- hydraulic systems 1 and 3
right- hydraulic systems 2 and 3
139. What is the power source for the flaps ?
a) 2 AC electric motors located in the main gear bay area
drive a flex shaft to extend and retract the flaps.
140. What are the flap operating speeds? SB 601R -11-071 ?
a) Flap 8 . 230 KIAS 215 KIAS
Flap 20 230 KIAS 215
Flap 30 185 KIAS 185
Flap 45 170 KIAS 170
141. What is the power source for the flight spoilers ?
a) Hydraulic system 1 and 2 through the SECU
142. What hydraulic power is supplied to the outboard and inboard GLD"s ?
a) Outboard system 1
Inboard system 2.
143. What is required to deploy the GLD system ground and flight spoilers ?
a) System armed
thrust levers idle, and 2 of 3 of:
Either main gear WOW
wheel spin up greater than 16 kts (either pair).
Rad alt indicating 5 feet or less
144. What is required to deploy the spoilerons as part of the GLD system ?
a) System armed
thrust levers idle, both main gear WOW:
wheel spin up greater than 16 kts (either pair).
Rad alt indicating 5 feet or less
145. When will the ground lift dumpers retract ?
a) On ground for 40 seconds 1 thrust lever at idle
Speed less than 45 kts for al least 10 seconds
146. How does selecting the GLD switch to manual arm, control the GLD's ?
a) All of the normal parameters must be met however the N1
speed does not have to be above 79% to arm the system
147. What indicates an impending stall condition ?
a) Automatic continuous ignition
AP auto disconnect
stick shaker activated.
148. Should the stick pusher inadvertently push, how can the system be momentarily disabled ?
a) Selecting either pilot or co-pilot AP/SP control wheel button in
149. Should the stick pusher inadvertently push, how can the system be de-activated ?
a) Selecting either pilot or co-pilot stick protection pusher switch to off
LANDING GEAR, BRAKES
150. If the gear is extended manually, how is the main gear locked down ?
a) #2 hydraulic system aux actuator
151. Which hydraulic systems power the inboard wheel brakes ?
a) #3 hydraulic system
152. What brakes retain brake pressure to provide longer park brake ability ?
a) Inboard brakes
153. How are the brake wear indicators tested ?
a) At the individual brake assembly wear pins, brakes applied,
hydraulic pressure normal 3000 PSI
154. What aircraft configuration is required to test the anti-skid system ?
a) Parking brakes off
155. When performing the anti-skid test, may the toe brakes be applied ?
a) Yes
156. How is BTMS information displayed to the pilot ?
a) Status page indicators represented 35 degrees per unit ( units 01 to 20)
primary page warning of an overheat condition
aural warning "brakes"'
157. Which landing gear have overheat detection ?
a) MLG bay buckets have single loop detection wires
158. What is the QRH procedure for MLG bay overheat ?
a) Airspeed below 250 /KIAS, lower gear
159. What is the maximum gear retraction speed ?
a) 200 KIAS
160. When will the gear horn sound, and when can it be muted ?
a) Flap up 185 KIAS
Flap 8 or 20 163 KIAS
Horn can only be muted if one thrust lever is at idle
161. At what point may the gear horn NOT be muted ?
a) Flaps greater than 30 degrees with the gear not down
ECS
162. Which bleed air system supplies the 2 air conditioning packs ?
a) 10th stage bleed from an operating APU, engine or external air sourse
163. What is the maximum aircraft altitude if operating on a single pack ?
a) 25000 feet, due to the pack is unable to supply the
regulatory amount of airflow to the cabin to each passenger.
164. What is the distribution ratio of pack air between cockpit and cabin ?
a) 70 / 30, with 30 percent available to the other compartment
165. What will cause a pack to shut down automatically ?
a) Over-temperature
0verpressure
166. When operating the pack in manual temp control, why should the ECS page be monitored ?
a) No upper or lower temp limit exists in manual
EQUIPMENT COOLING
167. In which cooling position is unfiltered air being used to cool the cockpit display fans ?
a) standby
168. What limit is imposed on the EICAS screens ?
a) 5 minute maximum operation on DC power without AC cooling fan operation
169. How are the ARINC fans automatically controlled ?
a) Switch automatically from fan 2 to 1 with Weight off Wheels
170. How is ARINC cooling flow improved on the ground ?
a) On the ground opening of the service door or main door opens the OVBD SOV
PRESSURIZATION
171. Can the two cabin pressure controllers be manually switched ?
a) Selection of the pressure control PBA twice switches the active controller
172. Should the CPAM fail, what is lost ?
a) Automatic oxygen drop
auto function of seat belt / no smoking lights
173. What restriction is imposed due to CPAM failure ?
a) Max alt FL250, due to loss of auto oxygen drop
174. If undetected by the crew,, what is the initial indication of a slow cabin pressure loss ?
a) 8500 foot caution message
175. What is the maximum cabin altitude if no structural problem exist ?
a) 14250 +- 750
176. How is manual pressurization established ?
a) Selection of the PRESS CONT PBA to MAN
Direction of cabin selected
Rate of change selector to desired rate
ICE and RAIN PROTECTION
177. What is the difference between NORM and STBY selections of the anti-ice panel ?
a) NORM - maintains a specific leading edge temperature by modulating the valve
STBY- cycles the valve open/closed providing protection at a reduced temperature
178. What does CMD mean on the anti-ice synoptic page ?
a) Commanded position,, EICAS displays switch position not actual valve position
the displayed position may not be actual valve position
179. How is overpressure protection provided for the cowl anti-ice system ?
a) A pressure relief valve, and visual indicator protrudes from
the left side of the engine cowl
180. What effect does thrust reverse activation have on the anti-ice system ?
a) Thrust reverse causes the cowl and wing anti-ice system to close aotomatically
181. What bleed restriction is imposed if anti-ice is required for T/O or landing?
a) 10th stage bleeds must remain closed
182. What is the difference between LOW and HIGH on the WSHLD selectors ?
a) High, the front windshields only are heated at a higher temperature
183. What is the maximum airspeed for windshield wiper operation ?
a) 220 KIAS
184. What are the probe switches used for ?
a) Activate probe heaters on the ground when APU or external AC is use
185. When are the probes automatically heated ?
a) When either engine generator comes on line
186. What indicates a successful wing overheat test ?
a) Wing overheat warning message
wing overheat aural
advisory message duct test OK
red PBA indication
187. How many ice detectors are there, and are they heated ?
a) 2 detectors
heated approx. 5 seconds each minute
188. When would a L(R)COWL ANTI-ICE caution message be displayed on EICAS ?
a) Cowl anti-ice selected on and no pressure in the duct
Cowl anti- ice selected to off and pressure in the duct
OXYGEN,EMER LIGHTING, EMER EQUIpment
189. What source of oxygen is available to the flight crew ?
a) Gaseous, high pressure at 1850 PSI (1260 Itr )
1410 PSI min for dispatch, amber EICAS caution message
2800 PSI overboard discharge below service door
190. Describe the oxygen mask test ?
a) Description as per company POH
191. What precaution is made if the oxygen doors are closed while in use?
a) caution not to push reset lever, stopping oxygen flow
192. What emergency oxygen is available to the passengers .?
a) Chemical system capable of 13 minutes supply, each PSU has a generator with a 12 year shelf life.
193. How is the passenger oxygen system deployed ?
a) Automatically through CPAM
Manually PBA in cockpit
Manually from PSU
194. What caution should taken with the cabin PSU oxygen generators ?
a) The units generates hot temps when in use
scorched cloth smell produced does not affect oxygen quality
195. What causes the EMER LTS to illuminate in the ARM position?
a) AC / DC ESS power loss with battery master selected to ON.
196. What EMER lights are available ?
a) Cabin exit signs
floor exit paths
overwing exit paths
197. How long will the emergency lights remain powered ?
a) 15 minutes, by 4 independent rechargeable battery packs
198. What would cause the passenger signs to illuminate in AUTO ?
a) Ground lights ON
In flight lights illuminate with gear /flap extension or cabin alt
exceeds 10000 feet
199. What portable oxygen is available ?
a) High pressure portable bottles with shutoff valve and regulator
2 flow outlets capable of 2/ 4 Itrs per min
200. How many PBE's are onboard, how do they operate ?
a) Normally 3 PBE, cockpit / fwd and aft attendants area
chemical generation system absorbs carbon dioxide and generates oxygen
201. What is the WARNING associated with the PBE's. ?
a) Pull the lanyard to initiate oxygen flow
Remove the unit when flow noise ceases or breathing labored
202. What fire protection is available to fight an onboard fire ?
a) Halon 1211 fire extinguishers
2.5 lb in cockpit
5 lb unit in the cabin
some customers have water extinguishers in the aft cabin
203. If the halon extinguisher is used in the cockpit, what precaution must be observed ?
a) Pilots should wear oxygen masks at 100 percent setting
DOORS
204. How many emergency exits are provided on the RJ ?
a) 5 emergency exits
main door
service door
left / right overwing exits
cockpit hatch.
205. What doors do NOT have EICAS indication ?
a) overhead hatch (option)
aft equipment bay door
206. How is the overhead hatch checked secure ?
a) overhead hatch has green lock markers
207. What is the load restriction on the A/C main door ?
a) 1000 lbs. Or 4 people
208. How many lock pins secure the main door ?
a) 6 lock pins with green indicators
209. What is the EICAS indication of an unlocked main door ?
a) Primary page warning for 2 or more sensor / lock pins not locked
COMMUNICATIONS
210. What is the RTU inhibit switch used for ?
a) Enables alternate cross side tuning of off side radios if the RTU fails
211. When would the FMS tune inhibit switch be selected ?
a) To prevent the RTU's from being tuned by the FMS
212. What ACP selections are required to test the oxygen mask ?
a) Intercorn
I/C
mask
speaker
213. How is cross side tuning accomplished ?
a) Select 1/2 switch on RTU
opposite side frequencies appear
tune frequency
deselect 1/2 switch
214. When would the back-up tuning unit be used ?
a) Failure of both RTU’s
Power failure, only battery power available
AFCS
215. What is the visual representation of the FD on the EFIS ?
a) Command bars
216. How many FD does the RJ have and how are they activated ?
a) 2 FID activated by selection of any lateral / vertical or AP engagement
217. What is the function of the XFER button on the FCP ?
a) Transfers the active FID to the copilots side when the FCP lights illuminate
218. Can the active FD be disengaged with the AP selected to On ?
a) No
219. When would the FD's act independently, operating their respective side ?
a) TO
GA
APPR
220. What axis is controlled by the AP ?
a) Pitch and roll
221. What is required for AP operation ?
a) 2 FD, 2 FCC, 1 yaw damper, 1 stab trim, no faults detected in trim system
222. How may the AP be disconnected manually ?
a) AP/SP disc switch on the control wheel
APENG button on the FCP
AP DISC bar on the FCP
TOGA on thrust levers
pitch trim
yaw damper disconnect
223. What will cause the AP to disconnect automatically ?
a) Yaw damper failure
windshear after 2 second delay
FCC fault
excessive attitude or roll
224. What lateral modes are available ?
a) Roll
TO -commands max 5 degree bank / wings level
GA
HDG – a/c flies hdg bug
NAV – FMS/VOR/LOC
APPR
BC
½ Bank –auto selected at 31600
I
225. What vertical modes are available ?
a) Pitch- default , pitch wheel 1/2 degree per click
TO - commands 15 degree pitch 2 engine / 10 degree single engine
GA - commands 10 degree pitch
VS - digital VS readout 100 ft per click on pitch wheel
GS
speed - selection syncs speed bucket, a/c flies selected speed IAS or mach
ALT hold - a/c levels off at baro alt as sensed at time of selection
ALT preselect - armed upon selection, capture and tracks altitude
226. Describe the FMA area on the PFD ?
a) Lateral and vertical modes presented lateral on top
active side left of the vertical cyan line, armed side in white
and to the right of the vertical line
227. Describe the technique ALT / SPEED / THRUST / ADJUST ?
a) Alt preselect selected on FCP
Vertical mode selected on FCP
Thrust levers set for climb or descent
Adjust speed knob or other vertical mode
EFIS
228. What is the purpose of the reversionary panel ?
a) Allows the applicable MFD to display either the PFD or EICAS information
229. Which control panel sets MFD formats., NAV source and bearing pointer selection ?
a) DCP
230. If the captains DCP fails what alternate means are available ?
a) Source select panel reversionary switch DSPL CNTL to 2
231. Describe briefly the function of the source select panel ?
a) Selectors control the information presented on EFIS, used if on-side system failure
normal, on-side information presented
positions 1 or 2 indicates a single source is used
232. How would a WINDSHEAR WARNING be presented on the PFD ?
a) Red text on the AI… WINDSHEAR
AMI indication on the PFD AI portion
233. When will de-clutter cause PFD information removal ?
a) 30 degrees nose up
20 degrees nose down
65 degrees bank
234. Which MFD formats do not display radar information ?
a) HSI
FMS PLAN MAP
235. Can radar information be displayed on TCAS ?
a) Yes
236. If all electrical power is lost,, how long will the standby AI supply information ?
a) 9 minutes
PREFLIGHT INSPECTION
237. What precaution must be taken prior to removing the gear pins ?
a) Hydraulic power must be established
238. What precaution must be taken if abnormal resistance is felt when removing the ADG pin ?
a) Leave pin in place and consult maintenance
239. What should the engines be checked for ?
a) Cowl anti-ice blow out plug
leaks
panels secure
jet pipe centered no burn marks
240. How many static wicks are on each wing ?
a) 6
241. How many static wicks are on the empennage ?
a) 12
242. What is the minimum cooling time between a landing/ RTO and a subsequent take-off ?
a) 15 minutes
243. What is the definition of ground icing conditions ?
a) Icing exists on the ground and for take-off when the OAT
is 10 degrees or below, visible moisture in any form, such
as fog, snow, sleet or ice.
244. When must cowl anti-ice be used during taxi ?
a) When ground icing conditions exist
245. When must wing anti-ice be used on the ground ?
a) When ground icing conditions exist and OAT 5 C or above
if type 2 or 4 anti-ice fluid applied select anti-ice on just
prior to thrust increase for T/O.
246. Upon entering the cockpit a red BTMS readout of 01 is indicating on the status page. What action is to be taken .?
a) Notify maintenance that a brake overheat of at least 12 has occurred
247. What is the WARNING associated with APU operation with regard to the right side engine ?
a) If the engine cowls are open damage could occur to the cowls

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 楼主| 发表于 2013-10-18 13:22:58 | 显示全部楼层 来自: 中国北京

CRJ200测试题(三)

Bomdardier CRJ-200
Cuestionario CRJ Q-1
AIRCRAFT GENERAL
1. The aircraft wing span is:
a) 65 ft 4 in.(19.91 m)
b) 69 ft 6 in (2121 m)
c) 75 ft 4 in. (22.96 m)
d) 80 ft 4 in. (24.48 m)
2. The track between main wheels is:
a) 12 ft 6 in. (3.8 m)
b) 14 ft 3 in. (4.4. m)
c) l5 ft 2 in. (4.6m)
d) l0 ft 4in. (3.1 m)
3. The length of the aircraft from nose to tail is:
a) 92 ft 2 in. (28.1 m)
b) 85 ft 6 in. (26.1 m)
c) 87 ft 10 in. (26.7 m)
d) 88 ft 5 in. (26.9m)
4. The entrance door sill height from the ground is:
a) 4 ft (1.2m)
b) 5 ft (1.5m)
c) 6 ft (1.8m)
d) 7 ft (2.1 m)
5. The distance from the top of the vertical stabilizer to the ground is approximately:
a) l8 ft 4 in. (5.5m)
b) 2O ft 8 in. (6.3m)
c) 21 ft 6 in. (6.5m)
d) 22 ft 6 in. (6.8m)
6. The danger area in front of the engines at maximum thrust is:
a) º30 ft (9.1 m)
b) 32 ft (9.7 m)
c) 20 ft (6.1 m)
d) 25 ft (7.6 m)
7. The APU exhaust danger area is:
a) 20 ft (6.lm)
b) 19 ft (5.8m)
c) 15 ft (4.5m)
d) 17 ft (5.2m)
8 The danger area in front of the aircraft with the radar operating is
a) 5 ft (1 .5 m)
b) 4 ft (1.2m)
c) 3 ft (0.9m)
d) 2 ft (0.6m)
9 With a maximum steering angle of 68°, the aircraft will require a — ft m to complete a 180 ° turn:
a) 75 ft (22.9 m)
b) 90 ft (27.4 m)
c) 85 ft (25.9 m)
d) 80 ft (24.3 m)
10. The maximum load capacity of the passenger door is:
a) 900 lbs (408.2 kg)
b) 1000 lbs (454 kg)
c) 1100 lbs (498.9 kg)
d) 1200 lbs (544. 3 kg)
11 The maximum number of people permitted on the stairway is:
a) 2
b) 3
c) 4
d) 5
12. The green indicator located on the bottom right hand side of the door indicates:
a) The exterior handle is stowed
b) The pressurization flap is locked
c) The exterior handle not stowed, and pressurization flap locked
d) The exterior handle stowed, and pressurization flap locked.
13. A red warning message on EICAS with a voice advisory would indicate that:
a) The service door is not locked properly
b) The cargo door is not locked properly
c) The aft bay door is not locked properly
d) The passenger door is not locked properly
14. In the event of passenger evacuation there are exits available.
a) 2
b) 3
c) 4
d) 5
15. The correct eye reference position for pilot or copilot seat adjustment is indicated when:
a) Two orange ball indicators are visible
b) Two white ball indicators are visible
c) White ball indicator appears in center of orange ball
Q-1
AIR COND/PRESS
1. The right hand pack normally supplies the:
a) Passenger cabin.
b) Flight compartment.
c) Aft equipment bay.
d) Avionics bay.
2. The cooling air for the heat exchangers is supplied by:
a) Display fan.
b) 1 4th stage bleed air.
c) Ram air scoop,
d) ARINC fan.
3. RAM AIR Ventilation is used only when:
a) Right hand pack has failed.
b) Left hand pack has failed.
c) Using the Manual (MAN) mode.
d) When both packs have failed
4. Flight compartment exhaust air is routed through the:
a) Under floor through the avionics bay to outflow valves at aft press bulkhead.
b) Under floor through the aft equipment bay.
e) Passenger cabin gaspers.
d) Flight deck gaspers.
5. Cabin air outflow is controlled by:
a) Pressure controller 1.
b) Pressure controller 2.
c) CPAM.
d) Primary and secondary outflow valves.
6. The source of vacuum for the outflow valves is:
a) A jet pump.
b) 1 4th stage bleed air.
c) Primary heat exchanger.
d) Ram air.
7. The pressurization system automatically pre-pressurizes the aircraft to:
a) -50 feet.
b) -150 feet.
e) -300 feet.
d) -500 feet.
8. Automatic mode schedules the rate of change to cabin altitude at:
a) Ascent 500 fpm - Descent 300 fpm.
b) Ascent 300 I - Descent 500 fpm.
c) Ascent 500 fpm. - Descent 150 fpm.
d) Ascent 150 fpm - Descent 300 fjm.
9. Maximum negative differential pressure control is:
a) 0.2 psi.
b) 0.5 psi.
c) 1.0 psi.
d) LS psi.
10. If the cabin altitude reaches 14,000 feet the CPAM will:
a) Trigger the oxygen system auto deploy to the passengers.
b) Illuminate the Seat Belt/No Smoking signs.
c) Trigger the oxygen system auto deploy to the flight compartment.
d) Trigger the “CABIN PRESS” aural warning
11. Qn the ground, which fan is used to cool the cockpit displays:
a)#1 fan
b) #2 fan
c) #3 fan.
d) Gasper fan.
12. When the pressurization control switch/light is pressed in
a) It selects manual mode
b) It selects controller #3.
c) It selects CPAM #2.
d) It selects ADC #2.
13. EMER DEPR switch/light when pressed in commands:
a) Both outflow valves to close.
b) Primary outflow valve to close
c) Secondary outflow valve to close.
d) Both outflow valves to open
14. The manual cabin altitude regulator, when selected HP:
a) Causes the outflow valves to open and increase cabin altitude
b) Causes the outflow valves to open and decrease cabin altitude.
c) Causes the outflow valves to close and increase cabin altitude.
d) Causes the outflow valves to close and decrease cabin altitude.
15 When in Manual(MAN) the pressurization readouts are displayed on:
a) EICAS primary page.
b) EICAS “A/ICE” synoptic page..
c) EICAS menu page
d) EICAS “PRESS” synoptic page.
16. “CABIN ALTITTUDE" aural warning will be heard when:
a) Cabin altitude is less than 8500 feet.
b) Cabin pressure is greater than 8.5 psi.
c) Cabin altitude is greater than 10,000 feet.
d) Cabin altitude is less than 10,000 feet. 17. “CPAM FAIL indicates failure of cabin pressure acquisition module and:
a) Oxygen system will auto deploy at 14,000 feet. b) Seat Belt/No Smoking will not be activated.
c) Oxygen system will not auto deploy at 14,000 feet
d) Oxygen system will auto deploy at 10,000 feet.
18. “DISPLAY TEMP” indicates a thermal shutdown of the:
a) EICAS status page
b) PFD or MFD
e) EICAS menu page
d) EICAS “ECS” synoptic page.
AFCS
1. Selecting various flight director modes is accomplished through the:
a) Flight Control Panel
b) Radio Tuning Unit
c) Display Control Panel
d) Air Data Reference Panel
2. The primary purpose of the Altitude Preselect mode is to:
a) generate warnings and function as an altitude alert system.
b) generate commands to capture and track the preselected altitude
c) generate commands to fly to the preselected altitude
d) remind the pilot of the next assigned altitude
3. Lamp lights on each side of a mode push button indicate
a) That mode has captured
b) That FCC 1 and FCC 2 have acknowledged that mode input
c) That mode is armed
d) The autopilot is on
4. If a new flight director mode becomes active, the annunciation in the FMA will:
a) Flash green for 5 seconds then steady
b) Flash white 10 times then steady
c) Flash yellow then green
d) Flash red then green 5. When the autopilot transfer (AP XFR) switch is selected:
a) the autopilot is engaged
b) the active modes to the PFD are transferred
c) the flight director guidance is controlled by the co-pilots MFD
d) FD 2 becomes the active flight director
6. Pressing either go-around (TOGA) switch on a thrust lever will:
a) Disconnect the autopilot
b) Engage the autopilot in go-around mode
c) Automatically advance thrust levers to take-off thrust
d) Disengage the flight director
7. When the turbulence push button is engaged, the autopilot will:
a) Simulate turbulence
b) Ignore turbulence
c) Provide a smoother flight during turbulence
d) Follow turbulence escape guidance
8. The flight director command bars can be flown:
a) Manually
b) By the autopilot
c) Answer “a” and “b”
d) By the flight control computers
9. The color of an ARMED flight director mode in the flight mode annunciation is:
a) Green
b) Yellow
c) Red
d) White
10. If you engage the ALT mode pushbutton on the FCP, the flight director will:
a) Command capture and tracking of the preselected altitude
b) Command a level off and track the altimeter
c) Generate commands to maintain pressure altitude existing at time of selection
d) Clear the preselected altitude and delete the aural warnings
11. To set the Heading Bug on the PFD and MFD, the Pilot must use the HDG Rotary Knob on the:
a) Flight Control Panel.
b) Display Control Panel.
c) Air Data Reference Panel.
d) EFIS Reversionary Panel.
APU
1. The APU is equipped with a:
a) 15 KVA generator.
b) 30 KVA generator.
c) 40 KVA generator.
d) 50 KVA generator.
2. The APU supplies pneumatic power for:
a) Wing anti-ice.
b) Cowl anti-ice.
c) Thrust reverse.
d) Main Engine Starts and Air Conditioning
3. The APU ECU controls the APU during:
a) Start only.
b) Shutdown only.
c) All phases of operation.
d) Emergencies only.
4. The APU control system ensures priority is given to:
a) Electrical loads.
b) Pneumatic loads.
c) RPM.
d) Fuel.
5. Pressurized fuel is supplied to the APU by the:
a) Main engine fuel pump.
b) XFLOW/APU boost pump
c) Left boost pump.
d) Right boost pump.
6. The APU starter remains energized until:
a) 50% RPM or 45 seconds.
b) 50% RPM or 60 seconds.
c) 60% RPM or 45 seconds.
d) 60% RPM or 60 seconds.
7. APU RPM is displayed on the:
a) EICAS Primary page.
b) FTCAS Menu page.
c) EICAS “ECS” synoptic.
d) EICAS Status page.
8. The APU ignition system remains energized between:
a) 10% to 95% RPM.
b) 15% to 95% RPM.
c) 20% to 50% RPM.
d) 25% to 95% RPM 9. The APU compressor is protected against surge by the: a) APU Load Control Valve (LCV)
b) APU Fuel Control Unit.(FCU)
c) APU Variable Diffusers (VD)
d) APU Electronic Control Unit (ECU)
10. APU bleed air is controlled by modulating:
a) APU LCV
b) APU FCU
c) APU SOV
d) APU ECU
11. APU bleed pressure readout can be monitored on:
a) EICAS Primary page.
b) EICAS “A/ICE” synoptic page.
c) EICAS Status page.
d) EICAS “ECS” synoptic page.
12 To provide APU bleed air to the right air conditioning pack:
a) Open the LCV and the left SOV.
b) Open the LCV and the right SOV.
c) Open the LCV and the isolation valve.
d) Open the LCV only
13. APU “AVAIL” will illuminate at:
a) 55% RPM and 2 seconds later.
b) 99% RPM and 4 seconds later
c) 100% RPM and 4 seconds later.
d) 107% RPM and 6 seconds later.
14. The APU gauges appear when:
a) APU POWER FUEL switch/light is pressed in.
b) APU START/STOP switch/light impressed in.
c) Battery master is selected on.
d) XFLOW/APU PUMIP switch/light is pressed in.
15. “APU OVERSPEED” warning message is displayed when Rpm exceeds:.
a) 107%.
b) 110%.
c) 115%.
d)120%
AURAL & VISUAL WARNINGS
1. Warning messages will always appear as a _ message on the CAS
a) White
b) Amber
c) Green
d) Red
2. When warning messages are displayed, they will be accompanied by:
a) Flashing master caution and logic advisory
b) Steady master caution and voice advisory
c) Flashing master warning, aural alert, and a voice advisory if applicable
d) Steady master warning
3. Caution messages will always appear as a — message on the CAS:
a) White
b) Amber
c) Green
d) Red
4. Caution messages will appear immediately:
a) Above warning messages
b) Below status messages
c) Beside warning messages
d) Below warning messages
5. When caution messages are displayed, they will be accompanied by:
a) A flashing warning light
b) A steady warning light
c) A flashing master caution light
d) A steady master caution light
6. Warning and caution messages will normally appear on the:
a) Primary EICAS display
b) Secondary EICAS display
e) Pilot‟s Primary Flight Display
d) Pilot‟s Multifunction Display
7. Advisory messages will always appear as a — message on the CAS:
a) Red
b) Amber
c) Green
d) White
8. Advisory messages are always displayed:
a) Qn the bottom of the status page
b) Qn the bottom of the primary page
c) Qn the co-pilot‟s multi functional display
d) At the top of the stack on the status page
9. Status messages will always appear as a _ message on the CAS
a) White
b) Red
c) Amber
d) Green
10. There are _ types of aural warnings provided to alert the
a) 3
b) 6
c) 7
d) 10
11.
12. Pushing the MASTER WARNING will silence the following:
a) Stall warbler
b) Stabilizer trim clacker
c) Firebell
d) Gear horn
13. When the master warning lights are illuminated, pushing either switch light will:
a) Cause the applicable master warning light to extinguish
b) Cause both master caution lights to extinguish
c) Cause both master warning lights to extinguish and reset for future warnings
d) Cause both master warning lights to extinguish
14. Data Concentrator Units (DCU) are located in the Avionics bay and are used to:
a) Power up the Primary and Secondary EICAS Displays
b) Monitor the Lamp Driver Units and control switch light operations
c) Process and transmit aircraft sensor data to the FDR and EICAS lamp driver unit
d) Monitor the aural warning system signals
15. What happens if the Primary EICAS Display unit (ED1) detects an internal fault?
a) The Display screen goes blank and the Display reversionary panel switch must be selected to regain the engine instrument indications
b) ED 1 screen goes blank and automatically switches the Primary display to ED 2
c) EICAS fault master warning illuminates
d) Status page will revert to MFD 2
COMMUNICATIONS
1. What Radio(s) are tuned with the Back up Tuning Unit?
a) COM 1, NAV 2
b) COM2, NAV 1
c) COM 1, COM2
d) COM 1 ,NAV 1
2. Into what radios can SELCAL be installed?
a) VHF 1, VHF 2
b) VHF 1, VHF 3,
c.) VHF 1, VHF 2, VHF 3
d) VHF 1, VHF 2, VHF 3, HF
3. When do the Chimes (High-Low) sound in the Flight Compartment?
a.) A Call is initiated from the Flight Compartment to the Flight Attendant station
b) The Mech Switchlight is pushed on the external service panel
c) A Call is initiated to the Flight Compartment from the Flight Attendants station
d) The No Smoking or Seat Belt switches are activated
4. At what frequencies will the ELT transmit if activated
a) 121.5MIHz only
b) 121.5 and 243.0 MHz c) 243.0 MHz only
c) 121.5, 243.0 MHz and 3023.5 KHz
5. When is the erase function of the Cockpit Voice Recorder enabled?
a).When the Aircraft is weight on wheels.
b) When the Aircraft is weight on wheels and the Parking brake is set.
c). When the engines are shut down
d). When ground power is applied.
6. Depressing the RTU inhibit switch lights:
a) Enables direct crosside tuning of offside radios if the RTU fails
b) Inhibits the failed RTU from affecting the operation of the Back Up Tuning unit
c) Allows the Back Up Tuning unit to function when selected on
d) Provides automatic offside tuning
7. The FMS tune inhibit switch:
a) Prevents FMS DME tuning function
b) Inhibits the RTUs from manual tuning
c) Prevents the RTUs from being tuned by the FMS
d) Inhibits the FMS Radio Page for alternate radio tuning
EFIS
1. In the event that a PFD Fails, PFD information can be displayed on the MFD by using the:
a) Air Data Reference Panel.
b) Reversionary Mode Switch
c).Source Select Panel.
d) Display Control Panel.
2. In the event of A Display Control Panel failure (DCP), both MFDs can be controlled by one DCP by making a selection on the:
a) Source Select Panel.
b) EFIS Reversionary Panel.
c) Display Control Panel.
d) Air Data Reference Panel.
3. The Total Air Temperature Probe supplies temperature information to the:
a) Air Data Computers.
b) AHRS Computers.
c) IAPS.
d) Flight Management Computers.
4. Pitot/Static inputs and Total Air Temperature provide Raw Air Data information which is converted to digital format through the:
a) IAPS.
b) Air Data Computers.
c) Flight Management Computers.
d) Pitot Static Probes.
5. What is the time required to align the AHRS in the MAG Mode?
a) 10-20 seconds.
b) 30-70 seconds.
c) 80-110 seconds.
d) 10-11 minutes.
6. What is the time required to align the AHRS is the DG Mode?
a) 1-2 minutes.
b) 3-7 minutes.
c) 30-70 seconds.
d) 10-11 minutes.
7. Radio Altitude will be displayed on the PFD below
a) 2500 ft AFL
b) 2500 ft MSL
c) 1500 ft AGL
d) 1500 ft MSL
8. The primary purpose of the Digital Clocks is to:
a) Serve as a time base for the avionics system.
b) Display local and GMT time.
c) Provide the Pilots with a Chronometer.
d) Record the time from weight off wheels to weight on wheels.
9. The Airspeed trend vector indicates the predicted airspeed in.:
a) 10 seconds
b) 5 seconds
c) 15 seconds
d) 60 seconds
10. The Mach number will be displayed when the aircraft reaches:
a) 200 kts
b)300kts
c) .5 Mach
d).45 Mach
11. The Green Line on the Airspeed Tape indicates:
a) 1.0 Vs
b) 1.06 Vs
c) 1.23 Vs
d) 1.27 Vs
12 The Skid and Slip indicator on the PFD is:
a) A digitally generated Bali.
b) A Triangle in the „bottom of the Al.
c) A Lubber Line above the Compass.
d) A rectangle under the Roll Pointer.
13. When a common Attitude/Heading source is selected, an annunciation will appear on the:
a) EICAS Primary Page.
b) EICAS Secondary Page.
c) PFD and MFD
d) MFD only
14. The Standby Attitude Indicator has a Localizer and Glide slope Pointer:
a) True.
b) False.
15. The Standby Instruments are located
a) Outboard of each Flight Station.
b) Qn top of each Flight Station.
c) In the Center Instrument Panel
d) In between the PFD and MFD.
16 After a total power failure, the Standby Attitude Indicator will provide Roil and Pitch information for at least:
a) 2 minutes.
b) 9 minutes.
c) 12 minutes.
d) 19 minutes.
17 Qn the Course Altitude Tape the large rectangles represent:
a) 20 ft increments.
b) 100 ft increments.
c) 500 ft increments.
d) 1000 ft increments.
18. The Co-Pilots PFD and MFD normally receives Air Data, Attitude, and Heading information from the:
a) ADC 1 and AHRS 1.
b) ADC2arid AHRS 2
c) ADC 1 and AHRS 2.
d) ADC 2 and AHRS 1.
ELECTRICAL
1. The aircraft engine driven and APU generators are rated at?
a) 15 KVA
b) 20 KVA
c) 30 KVA
d) 40 KVA
2. The main aircraft generators supply power to AC buses.
a) 5
b) 6
c) 7
d) 8
3. Power for 28 VDC is supplied by:
a) Battery
b) Invertors
c) Transformer rectifier units
4. The APU battery is:
a) 24 volts rated at 17 ampere hours
b) 24 volts rated at 25 ampere hours
c) 24 volts rated at 30 ampere hours
d) 24 volts rated at 43 ampere hours
5. The main battery is:
a) 24 volts 17 ampere hours
b) 24 volts 25 ampere hours
c) 24 volts 30 ampere hours
d) 24 volts 45 ampere hours
6. Transformer rectifier units supply power to DC buses.
a) 7
b) 8
e) 9
d) 10
7. Cranking power for starting the APU is provided by:
a) Main battery
b) Transformer rectifier units
c) AC generators
d) APU battery
8. The air driven generator is rated at:
a) 1O KVA
b) 15 KVA
c) 20 KVA
d) 30 KVA
9. The ADG supplies AC power to:
a) 1 B hydraulic pump and AC service bus
b) 2B hydraulic pump and AC bus No. 2
c) 3B hydraulic pump and AC bus No. 1
d) 3B hydraulic pump and ESS AC bus
10. The main and APU batteries are kept in a charge condition by battery chargers powered by:
a) AC utility buses No. 1 and No. 2
b) ESS AC
c) AC bus No. 1 and No. 2
d) AC service bus
11. The external AC power receptacle is located:
a) Left hand engine pylon area
b) Forward part of the airplane
c) Right hand engine pylon area
d) Right hand wing root
12. The external DC power receptacle is located:
a) Right engine pylon area
b) Right hand wing root
c) Right hand engine area
d) Forward part of the airplane
13. Electrical system warning and caution messages are normally displayed on:
a) EICAS Status page
b) Pilot‟s PFD
c) Co-pi!ot‟s MFD
d) EICAS primary page
14. Electrical system status and advisory messages are normally displayed on:
a) EICAS primary page
b) EICAS status page
e) Pilot‟s MFD
d) Co-pilot‟s PFD
15. The constant speed drive provides a means of converting:
a) Variable generator speed to constant engine speed.
b) Variable frequency output from the generators
c) Variable engine speed to constant generator speed
16. The IDGs may be disconnected from the gearbox by:
a) Engine overspeed
b) Engine underspeed
c) Deploying the AGD rnanually
d) Disconnect switches located in the cockpit
17. Once disconnected, the DG:
a) Is automatically re-connected on engine shutdown
b) Can only be manually re-connected on the ground with engine shutdown
c) May be re-connected in-flight
d) May be re-connected on the ground by a switch in cockpit
18. The 1DGs convert variable engine speed to:
a) 10,000 RPM
b) 11,000 RPM
c) 12,000 RPM
d) 13,000 RPM
19. Fault protection for each generator is incorporated in. each:
a) Generator une contactor
b) Generator tie contactor
c) Generator
d) Generator control unit
20. The priority for allowing power to AC Bus 1 would be:
a) I DG1, DG 2, APU, External AC
b) IDG 2, IDG 1, APU, Extemal AC
c) APU, IDG 1, IDG 2, Extemal AC
d) IDG 1, APU, DG 2 External AC
21. DG 2 normally powers:
a) AC Bus 1, AC essential and AC utility Bus 1
b) AC Bus 2, AC utility Bus 2, and service bus
c) AC Bus 2, AC essential and Service Bus
d) AC Bus 2, ADG Bus, AC utility Bus 2
22. The ADG can only supply power to:
a) AC bus 1, AC essential, ADG bus, EICAS
b) AC bus 2, AC essential, ADG bus, EICAS
c) 3B hydraulic pump, AC essential, ADG bus, EICAS
d) 3B hydraulic purnp, AC buses No. 1 and No. 2, ADG bus, EICAS
23. 115 VAC is supplied to 5 TRUs for DC static conversion, and the TRUs are rated at:
a) 50 amps
b) 70 amps
c) 80 amps
d) 100 amps
24. An ESS TRU(1)(2) failure message will be displayed on EICAS when:
a) Output is less than 18 VDC
b) Output is less than 20 VDC
c) Output is less than 24 VDC
d) Output is less than 26 VDC
25. DC bus 1 can be cross-tied by operating the appropriate — switch on the electrical power services panel.
a) AC ESS XFER
b) Auto XFER
c) Bus Tie
d) ESS tie
26. In flight, the ADG auto deploy monitors the three main AC generators and main AC buses for:
a) Under-frequency
b) Over voltage
c) Over frequency
d) Complete AC power failure
27. The main battery charger and APU battery charger are in a charging configuration when:
a) Battery master switch is “ON” and AC bus 1 powered
b) Battery master switch is “ON” and both AC utility buses powered.
c) Battery master switch is “ON” and AC bus 2 powered
d) Battery master switch is “ON” and AC essential powered
28. On the ground, with external power connected, and battery master switch “ON”, the battery chargers are powered when flaps are at:
a) 0°
b) 20°
c) 30°
d) 456
29. The chargers are a constant-current type which monitors 10th cell voltage and temperature for mode of operation and:
a) Over heating and voltage
b) Temperature and current
c) Excessive venting and thermal runaway
d) Over heating, excessive venting and thermal runaway
30. The battery chargers have the following modes of operation:
a) Main and auxiliary
b) Topping and normal
c) Main and topping
d) Normal and auxiliary
31. When the battery temperature is -30 °C, the charge will operate in which mode:
a) Topping
b) Auxiliary
c) Main
d) Normal
32. The main battery charger operating in the main mode normally produces:
a) 5 amps
b) 10 amps
c) 20 amps
d) 40 amps
33. The main battery charger operating the topping mode normally produces:
a) 5 amps
b) 10 amps
c) 20 amps
d) 40 amps
34. The APU battery charger operating in the main mode normally produces:
a) 5 amps
b) 10 amps
c) 20 amps
d) 40 amps
35. The APU battery charger operating in the topping mode normally produces:
a) 5 amps
b) 10 arnps
c) 20 amps
d) 40 amps
36. The battery chargers in the topping mode will add:
c) 5% overcharge
b) 10% overcharge
c) 15% overcharge
d) 20% overcharge
37. Main battery “0FF” or APU battery “0FF” caution messages are displayed on EICAS when voltage is:
a) 18 VDC
b) 19 VDC
c) 22 VDC
d) 25 VDC
38. Main battery charger or APU battery charger caution messages are displayed on EICAS when:
a) Battery voltages are low
b) Amperage is “0”
c) Battery charger has an internal fault or battery is faulty
d) Utility buses are unpowered
39. The IDG fault light will come “ON” accompanied by an EICAS message any time the oil pressure is low or the temperature exceeds:
a) 130 °C
b) 140°C
c) 150ºC
d) 160°C
40. A Gen 1 overload caution message on EICAS would indicate a load of _ KVA or higher.
a) 30.5
b) 32
c) 33.5
d) 34.5
41. A fail light illuminated by one of the auto transfer switches indicates:
a) Generator under frequency or a bus tie operation
b) Generator over current or a bus fault
c) Generator over frequency or a bus tie operation
d) Generator over voltage or a bus tie operation
42. When the AC ESS Altn messages appears, it indicates:
a) AC essential is being powered by AC Bus 1
b) AC essential is being powered by ADG bus
c) AC essential is not powered
d) AC essential is being powered by AC Bus 2
43. When the DC service switch is selected “QN” it powers:
a) APU main and direct battery buses
b) DC service bus
c) DC essential bus
d) DC buses No. 1 and No. 2
44. Selecting the ADG unit test switch to unit:
a) Checks weight on wheels circuitry
b) Checks continuity of the uplock squib circuitry and the three transfer contactors
c) Checks the auto override power transfer circuitry
d) Indicates the manual deploy feature is armed
EMERGENCY EQUIPMENT
1 The aircraft has — independent oxygen systems
a) 1
b) 2
c) 3
d)4
2. The flight compartment oxygen bottle has a ____ capacity.
a) 1210 liters
b) 1260 liters
c) 1350 liters
d) 1410 liters
3. The flight compartment oxygen bottle is normally charged to:
a) 120 bar at 21 °C (1740 psi at 70 °F)
b) 125.4 bar at 21 °C (l8lOpsiat7O°F)
c) 127.5 bar at 21 oc (1850 psi at 70 °F)
d) 130.9 bar at 21 °c (1890 psi at 70 °F)
4. Over pressure relief for the flight compartment oxygen system will occur:
a) 170 bar (2460 psi)
b) 180 bar (2610 psi)
c) 193 bar (2800 psi)
d) 200 bar (2900 psi)
5. The pressure regulator/transmitter unit regulates flow to crew mask regulator to:
a) 4.0 bar (58 -79psi)
b) 5.0 bar (62-70 psi)
c) 5.4 bar (70-94 psi)
d) 6.0 bar (87-105 psi)
6. The “OXY LO PRESS” caution message will be displayed on EICAS primary page when the oxygen pressure is be!ow:
a) 1500 psi (103.4 bar)
b) 1410 psi (97.2 bar)
c) 1300 psi (89.6 bar)
d 1200 psi (82.7 bar)
7. The regulator in each mask provides modes of operation.
a) 1
b) 2
c) 3
d) 4
8. The white flag in view on the oxygen mask container indicates:
a) Oxygen shut-off valve closed
b) Oxygen flow to mask should be reset
c) Oxygen mask improperly stowed in container
d) Oxygen shut-offvalve open
9. The indications of oxygen flow or hamess inflation can be conftrmed by:
a) Yellow cross appears on the bunker
b) White bar appears on the bunker
c) White cross appears on the bunker
d) Yellow bar appears on the bunker
10. The oxygen mask regiilator will supply 100% oxygen flow aboye cabin altitudes of:
a) 30, 000 ft
b) 32, 000 ft
c) 33, 500 ft
d) 35, 000 ft
11. The crew protective breathing equipment (smoke hoods) once activated will supply oxygen for approximately:
a) 10 minutes
b) 12 minutes
c) 20 minutes
d) 25 minutes
12. Passenger oxygen masks will automatically deploy if the cabin altitude exceeds:
a) 12,000 ft
b) 12,500 ft
c) 13,000 ft
d) 14,000 ft
13. A crash axe is located:
a) Behind pilot‟s seat
b) In the wardrobe unit
c) Rear of the galley unit
d) Behind co-pilot’s seat
14. The two emergency exit windows over the wing open:
a) Inward from the bottom with adj acent escape ropes
b) Outward from the top with adj acent escape ropes
c) Inward from the top with adj acent escape ropes
d) Outward from the bottom with adjacent escape ropes
15. The emergency lighting system is provided by four 28 VDC rechargeable battery pack that will supply power for approximately:
a) 10 minutes
b) 15 minutes
c) 20 minutes
d) 25 minutes
16. To assist in emergency escape a portable megaphone is provided for communications and it is located in the overhead bm.
a) Row 1
b) Row 8 left
c) Row 9 right
d) Row 12 right
17. Flight crew members life vests are:
a) Stowed in the pocket beneath each crew members seat
b) Stowed in a pocket on the CB panel behind each crew members seat
c) Stowed in pockets located next to the overhead escape hatch
d) Stowed next to the main cabin door
FTRE PROTECTION
1 .Ftre detection and extinguishing is provided in the:
a) Left and right jetpipes areas
b) Left and right pylon areas
c) Left and right wheel bm areas
d) Left and right nacelles and APU areas
2. When the heat sensing elements are subjected to heat the:
a) Resistance decreases
b) Voltage increases
e) Amperage decreases
d) Resistance increases
3. The ftre detection system for the nacelles use:
a) A single ioop sensing element
b) Photo electric ceil to monitor for smoke
c) A dual ioop sensing element mounted in paralle!
d) Two loops mounted in series
4. The cargo compartment has installed in the ceiling.
a) 1 smoke detector
b) 2 smoke detectors
c) 3 smoke detectors
d) 4 smoke detectors
5. When smoke density exceeds a predetermined leve! in the cargo comp artment a signal is sent to:
a) Pilot‟s MFD and cargo compartment air is shut off
b) Copilot‟s PFD and power removed from cargo compartment heater
c) BICAS synoptic page
d) BICAS and power removed from cargo compartment fan and heater and cargo compartment air is shut-off
6. The engine ftrex bottles are charged with halon 1301 and located:
a) Pylon arcas
b) Cargo compartment
c) Rear fuselage equipment hay
d) APU enclosure
7. The ftrex bottles are pressurized with:
a) Halon 1301 at 600 to 625 psi (at 15 °C)
b) Dry nitrogen at 600 to 625 psi (at 15 °C)
c) Halon 1211 at 600 to 625 psi (at 15 °C)
d Dry air at 600 to 625 psi (at 15 °C)
8. An APU ftre on the ground will cause:
a) The ftre beli to sound
b) Shutdown the APU
c) Shutdown the APU and display a message 011 EICAS
d) Shutdown the APU, automatically discharge the ftrex bottle and display a message on EICAS.
9. The lavatory ftrex bottle is discharged by:
a) A switch on the Flight Attendant panel
b) A switch on the pilot‟s glareshield
c) Heat sensitive capsule automatically
d) Switches on the cargo ftrex panel
10. When a ftre warning is detected, the Master Warning light flashes, a ftre beli sounds, an EICAS message appears, and the appropriate engine ftre push light flashes red. Pushing the ENG FTRE push light “1N” will:
a) Arm the dedicated squibs to the affected engine
b) Close the fuel, hydraulic and bleed air shut offvalves
c) Engine driven generator shuts down
d) Ah of the aboye
11. Engine ftre messages are normally displayed:
a) EICAS primary page
b) EICAS status page
c) Pilot‟s MFD
d) Pilot‟s PFD
12.The ftre beli can be silenced by pushing “1N” on the:
a) Master caution switch hight
b) Master warning switch light
c) Left or right eng ftre switch light
d) Bottle armed to discharge switch light
13. ENG BOTTLE LO messages are displayed on:
a) Co-pilot‟s MFD
b) Pilot‟s MFD
c) EICAS status page
d) EICAS primary page
FLIGHT CONTROLS
1. What aides the crew in directional control during a jammed rudder condition?
a) Spoileron and rudder anti interconnect
b) Bungee breakout device
c) Rudder system anti-jam (spring tension breakout)
d) Rudder cable input surnming mechanism
2. The purpose of aileron and elevator flutter dampeners is:
a) To provide ground gust lock when hydraulics are not applied
b) Prevent control surface flutter when hydraulic power is lost to the PCUs
c. To eliminate the onset of MACH tuck
d) Prevent over extension of the control surfaces in excess of their stops
3. What Hydraulic system(s) power the Inboard Ground Spoilers?
a). #1 system only
b) #2 system only
c). #1 and #2 systems
d). #2 and #3 systems
4. What Hydraulic systems(s) power the Left Aileron
a)#1 system only
b)#2 system only
c)#1 and #3 systems
d)#2 and #3 systems
5. What is the Flight Spoiler position at the 1/2 setting?
a)19 degrees
b) 28 degrees
c)35 degrees
d)40 degrees
6. How many marked detented positions are available on the Flight Spoiler lever?
a). 2
b).3
c).4
d). 5
7. What is the purpose of the Aileron Bungee Breakout Switch?
a). allows a jammed Aileron to be isolated from the control cables
b).illuminates an Amber Roll Select switch on the glareshield.
c). provides automatic spoileron control transfer to operable circuit
d).disconnect the runaway Aileron from the control cables.
8. What is the Horizontal Stabilizer Trim rate in manual flight?
a) 0.01 degrees per second
b) 0.1 degrees per second
c) 0.5 degrees per second
d)1 .0 degrees per second
9. The Horizontal Stabilizer trim limits are:
a) +2 degrees to -9 degrees
b) +2 degrees to -13 degrees
c) O degrees to -9 degrees
d) O degrees to -13 degrees
10. What is the control precedence of the Stabilizer Trim?
a) Pilot, Co-pilot, Mach Trim, AFCS
b) Pilot, Co-pilot, AFCS, Mach Trim
c) AFCS, Pilot, Co-pilot, Mach Trim
d) Mach Trim, Pilot, Co-pilot, AFCS
11. When do the Glareshield Amber Rol! Select Switch/Lights illuminate?
a) when the Roil Disconnect handie has been pulled
b) when a signal is sent from the Bungee Breakout Switch
c) when an SECU has detected a system malfunction
d) when a Rol! Control Imput Module has failed
12. What are the selectable Flap positions?
a.)0- 10-20-40
b).0-20-30-40
c). 0-20-35 -45
d) O - 20 - 30 - 45
13. What message appears on EICAS ifone channel of the FECU fails?
a). Flap OVHT 1 or 2
b). Flaps Fail
c.) Flap Halfspeed
d). Conftguration “FLAP” aura! warning
14. How many Flutter Dampers are instal!ed on both Elevators?
a) 1
b) 2
c) 3
d)4
FMS (reference FMS pilot’s guide)
1. Pressing the “CLR” data entry key on the FMS CDU:
a) deletes the secondary flight plan
b) is used to clear data from the scratchpad
e) clears the active flight plan
d) is used to clear the active data base
2. Prior to initialization, what is the purpose of changing the FMS data base with the secondary data base on the status page:
a) clears ah previous flight plans
b) performed only by maintenance staff
e) activates the data base
d) aliows the information to be displayed on the MFD
3. The FMS VOR CONTROL page is used to irihibit the FMS:
a) from using VOR information
b) from tuning VOR stations selected by the pilot
c) from using up to two VORs for FMS navigation
d) from using up to one VOR for autopilot operation
4. The message RESET INITIAL POS shows on the message une if:
a) the initialized position is greater than 40 NM from the last FMS position.
b) the data entered was in error.
c) the initialized position is greater than 40 meters.
d) the FMS requires initializing in flight,
5. The CANCEL MOD une key will:
a) cancel the data entered to the scratch pad.
b) delete ah changes made since the last time the EXEC button was pushed.
c) delete only the previous waypoint on the legs page.
d) only canceis the previous entry
6. Changing the ORIGIN airport on the 4200 FMS , ACT/MOD FPLN page will:
a) erase any existing ACT/MOD FPLN
b) allow the FMS to initialize its position.
c) only function afler the aircraft is in flight,
d) reset the data base to the destination airport.
7. To verify a flight plan the MFD must be set to:
a) FMS MAP display.
b) PLAN MAP display.
c) an appropriate range setting
d) LEGS display.
8. A discontinuity displayed on the CDU:
a) should be cancelled immediately.
b) indicates a break in a flight plan sequence.
c) indicates a fault in the flight plan
d) is only a reference used by the FMS.
FMS
1. Pressing the “CLR” data entry key on the FMS CDU:
a) deletes the secondary flight plan
b) is used to clear data from the scratchpad
c) clears the active flight plan
d) is used to clear the active data base
2. Prior to initialization, what is the purpose of changing the FMS data base with the secondary data base on the status page:
a) clears all previous flight plans
b) performed only by maintenance staff
c) activates the data base
d) allows the information to be displayed on the MFD
3. The FMS VOR CONTROL page is used to inliibit the FMS:
a) from using VOR information
b) from tuning VOR stations selected by the pilot
c) from using up to two VORs for FMS navigation
d) from using up to one VOR for autopilot operation
FUEL
1. Where is the AIC fuel stored?
a) In the two main wing tanks.
b) In the two main wing tanks and one auxiliary center-wing tank.
c) In the centermain tank and the two auxiliary wing tanks.
d) In the center tank.
2. How are the fuel tanks vented?
a) The tanks are vented to atmosphere by 2 NACA scoop vents.
b) The tanks are vented by vent unes in the collector tanks.
c) The tanks are vented by climb vents located in the center wing tank.
d) The tanks are vented to atmosphere by vent relief valves located in each tank.
3. How are fuel system faults annunciated?
a) Switch lights on the fuel control panel.
b) On EICAS in the form of visual messages.
c) Aural messages.
d) Ah of the aboye.
4. What is used to provide the fuel system computer with fuel quantity information?
a) Six fuel quantity probes with compensator units in each of the main tanks
b) Magnetic float fuel quantity transmitters.
c) Magnetic level indicators (MLI) installed under wing in each of the tanks.
d) AlI of the aboye.
5. How may fuel level be manually checked on the ground?
a) By opening the gravity ftller caps.
b) By verifying the external refuel/defuel control panel.
c) By means of magnetic level indicators (MLI)
d) Ah of the aboye.
6. What type of ejector pumps are used to transfer fuel from the main tanks to the collector tanks?
a) Main ejectors.
b) Scavenge ejectors.
c) Transfer ejectors.
d) Motive flow ejectors.
7 What maintains fuel symmetry between the main tanks?
a) Automatically controlled transfer ejector pumps.
b) Automatically controhled scavenge ejector pumps.
c) Automatically controlled transfer/APU pump and associated shut-off valves.
d) Automatically controhled fuel cross-feed.
8. How are the collector tanks kept fuil?
a) By the main ejectors and g1 feed unes.
b) Two electric fuel boost pumps and crossfeed unes.
c) Gravity feed lines and scavenge ejectors.
d) Crossfeed unes and the main ejectors from the main wing tanks.
9. What is used to back up the main ejectors?
a) Two electric boost pumps.
b) Engine suction available after engine start.
e) Gravity feed lines.
d) Scavenge ejectors.
10. Provided the associated fuel boost pump is selected “ON what will the fuel crossfeed line allow?
a) Both engines to be fed from either wing tank.
b) In case of an engine failure feeding of the good engine from the opposite wing tank.
c) Balancing the main wing tanks in case of a fuel imbalance.
d) Both engines to be fed from one collector tank or one engine to be fed from both collector tanks.
11. From what source is APU fuel feed supplied?
a) From the right engine fuel feed line.
b) Directly from the main tanks by the transfer/APU pumps.
c) Gravity feed from the main fuel tanks.
d) The right main tank through the APU fuel pump.
12. In case of a negative G condition or a transfer/APU pump failure, how will fuel be supplied to the APU?
a) Gravity feed through the APU fuel SOV.
b) The left or right engine main ejector pump.
c) The right engine fuel line.
d) The right engine scavenge ejector pump.
13. How is pressure refueling and suction defueling accomplished and how is it controlled?
a) Accomplished through the single point refuelldefuel adapter.
Controlled from the overhead fuel control panel.
b) Accomplished through the single point refuelldefuel adapter.
Controlled by the refuelldefuel control panel.
c) Accomplished through the gravity ftller caps.
Controlled through the single point refuel/defuel adapter.
d) Accomplished through the gravity ftller caps.
Controlled through the overhead fuel control panel
14. What is used to prevent overpressure during pressure refueling?
a) NACA scoops.
b) Fuel vent system.
c) Relief valves augmenting the vent system.
d) Fuel dram valves.
15. If a fuel asymmetry condition exists between main tanks, what visual caution message is presented on EICAS?
a) FUEL IMBALANCE
b) L/R XFLOW SOy.
e) L/R AUTO XFLOW ON.
d) AUTO XFLOW INIHIB.
16. What fuel system information is displayed on the EICAS Primary Page?
a) Individual tank quantities, total fuel quantity, fuel flow per engine.
b) Individual tank quantities, total fuel quantity, fuel used quantity.
e) Individual tank quantity, total fuel quantity fuel used, fuel flow per engine.
d) Total fuel quantity, fuel flow per engine.
17. How many magnetic level indicators are there and where are they located?
a) 3, one under each wing and one under the center tank.
b) 5, two for each wing and one under the center tank.
c) 7, two under each wing, one under the center tank, two under the collector tanks.
d) 6, two under each wing, one under the center tank, one under the collector tanks.
18. For automatic pressure refueling, what does the refuel/defuel control panel permit?
a) Preselection of fuel quantity desired.
b) Refuel/defuel control panel BITE to be initiated at power up.
c) Refuel/defuel shut-off-valves to close automatically ifthe maximum fuel level of 97% is reached.
d) All of the above.
19) What is the purpose of the fuel dram valves that are installed atthe Iowest point of each tank?
a) To permit gravity defuelling.
b) To permit the testing of fuel for contamination.
c) To permit inspection of individual fuel tank compartments.
d) All of the aboye.
GPWS
1. The Pilot can cancel a “SINK RATE” advisory by:
a) pressing the GPWS switch.
b) Activating the Aural Waming Test switch.
c) Lowering the Landing Gear.
d) Climbing Aircraft aboye trip point
2. The “GLIDE SLOPE” aural alert can be canceled by:
a) pressing the GPWSIGS switch-light.
b).climbing aboye the glide siope.
c) climbing to within 1 dot of the glide siope.
d) ah of the aboye.
3. Wind Shear alerts will occur:
a) tailwind and downdraft conditions.
b) headwind and updraft conditions.
c) both “a” and “b”.
d) none of the aboye.
4. Wind Shear indications include:
a) an audio clacker.
b) an audio wind shear.
c) both “a” and “b”.
d) only low speed wind shear encounters.
5. Wind shear warnings are provided:
a) at ah altitudes and phases of flight
b) only when the gear is down.
c) only with the gear and flaps down.
d) during the take-off and landing phases.
6. Wind shear warnings will stop when:
a) the proper recovery is initiated.
b) wind shear conditions are no longer present.
c) the proper recovery has been completed.
d) indicated airspeedis within a safe margin.
HYDRAULICS
1. What Hydraulic system powers the outboard brakes?
a) #2 and #3 systems
b) #1 and #3 systems
c) # 3 system
d) # 2 system
2. With the hydraulic switches set to AUTO when will the ACMPs come QN?
a) flaps are selected out of O-degrees with an IDG on une
b) flaps are selected out of 0-degrees with the APU on une or when external power is connected
c) any time the landing gear is selected down with AC power on
d) automatically come on if an engine generator fails
3. What Hydraulic pumps are engine driven?
a)#lAand2A
b)#lBand2B
c) #3B and lA
d)#3A and #2A
4. How are Hydraulic systems #l and #2 cooled?
a) heat exchanger in the fuel tanks
b) independant air coolers
c) ram air/oil heat exchanger
d) hydraulic unes running through the fuel tanks
5. What ACMIP is directly powered by the ADG?
a) #1B
b) #2B
c) #3A
d) .#3B
6. What is the Normal percentage of Hydraulic fluid in the systems?
a) 60% - 100%
b)45%-85%
e) 35% - 75%
d) aboye 40%
ICE & RAIN PROTECTION
1. What is 14th stage bleed air used for?
a) Cowl anti-icing only.
b) Wing anti-icing only.
c) Cowl and wing anti-icing
d) Thrust reverse, cowl anti-icing and probe heat.
2. How are the left and right Pitot/Static probes heated?
a) Not heated.
b) Electrically heated.
c) Pneumatically heated.
d) Heated only in the air.
3. What occurs during thrust reverser deployment?
a) the cowl anti-ice control valves close.
b) the wing anti-ice control valves close.
c) both the wing and cowl anti-ice control valves are open.
d) both the wing arid cowl anti-ice systems are automatically disabled.
4. When the WSHLD switch is set to LOW:
a) The side windows are not heated.
b) The side windows are in heated on warm only
c) The side windows lower
d) The side windows cycle.
5. How are the ice detection probes heated?
a) Not anti-iced.on the ground.
b) Anti-iced only when the aircraft is on the ground.
c) Electrically de-iced,
d) Anti-iced only when the aircraft is in the air.
6.What does an “ANTI-ICE DUCTU (red) light indicate?
a) Left or right wing anti-ice ducts or fuselage ducts leak
b) Left wing anti-ice duct leak only.
c) Right wing anti-ice duct leak only.
d) Cowl anti-ice duct.
7. What occurs when the wing anti-ice switch is selected to STBY?
a) modulating SOV‟s will remain open.
b) modulating SOV will close.
c) modulating SOV will cycle openlclosed.
d) modulating SOV are unaffected
8. What does a windsheild anti-ice test simulate?
a) a no heat condition.
b) a short circuit.
c) an overheat condition.
d) operates only in the air.
9. What does illumination of the ICE light indicate when icing is encountered.
a) Cowl anti-ice offwing anti-ice operational
b) Wing anti-ice offcowl anti-ice operational.
c) Wing and cowl anti-ice off and operational.
d) Wing and cowl anti-ice on and not operational.
10. How is the windsheild wiper speed controlled?
a) Independently at one speed.
b) Together at one speed.
c) Together at two speeds.
d) Independently at two speeds.
LANDING GEAR
1. Which Hydraulic System is used to retract and extend the landing gear?
a) No 1 Hydraulic System
b) No 2 Hydraulic System
c) No 3 Hydraulic System
d) All of the aboye
2. With the Aircraft on the ground , what is incorporated within the landing gear control lever to prevent an up selection?
a) A solenoid lock.
b) Dn Lck Re! Switch.
c) Landing Gear Position microswitches.
d) Weight-on-Whee!s Proximity sensor
3. During the Landing Gear retraction sequence , why is Hydrauhic pressure
from the nose landing gear up une routed to activate the brake control valves?
a) To stop Nose Wheel rotation.
b) To stop Main Wheel rotation.
c) To engage Nose Landing Gear uplocks.
d) To engage Main Landing Gear uplocks.
4. The PSEU monitors the position of:
a) The Landing Gear
b) The Landing Gear and the Nose Landing Gear Doors.
c) The Landing Gear, the Nose Landing Gear Doors and the uplocks.
d) The Landing Gear, the Nose Landing Gear Doors, the uplocks and down locks.
5. What means is provided to mute the landing gear horn?
a) Horn mute switch/light on the overhead panel.
b) Horn mute switch/light on the aural/wamings test panel.
c) Horn mute switch/light on the landing gear control panel.
d) None of the aboye.
6. Where are the Landing Gear position and status displayed?
a) Landing Gear Control Panel.
b) EICAS Primary Page (ED 1)
c) EICAS Secondary Page (ED 2)
d) EICAS Hydraulic Synoptic Page
7. The Alternate Landing Gear Extenstion Method should be used in case of a failure in the Landing Gear control System or:
a) the No 3 Hydraulic System.
b) the No 2 and 3 Hydraulic System
e) the No 2 Hydraulic System
d) None of the aboye.
8. Pulling the landing gear manual release handie will permit the landing gear to extend and lock into position:
a) With the gear assist actuators which are powered by the No. 2 Hydraulie system.
b) Under its own weight.
c) With the gear assist actuators which are powered by the No. 3 Hydraulic system.
d) Under residual Hydraulic pressure.
9. Where is the Nose Door open Flt/Norm switch located?
a) Landing Gear Control Panel
b) Hydraulic Control Panel
c) Glareshield
d) Externa! Service Panel
10. What hydraulie system supplies pressure to the wheel brakes?
a) No. 2 and No. 3 system supplies all four brakes.
b) No. 2 inboard brakes and No. 3 outboard brakes.
c) No. 3 system supplies all four brakes.
d) No. 2 outboard brakes and No. 3 inboard brakes.
11 .In the event of a fai!ure of No 2 and No 3 Hydraulic power , what emergency braking is available?
a) Brake accumulators in both Hydraulic Systems provide reserve pressure for six brake app!ications with anti-skid selected 0FF
b) Brake accumulators in both Hydrau!ic Systems provide reserve pressure for six brake app!ications with the anti-skid selected ON.
c) Brake accumulator in Hydraulic System No. 3 will provide reserve pressure for six brake app!ications with the anti-skid selected 0FF.
d) Brake accumulator in Hydraulic System No. 3 wi!l provide reserve pressure for six brake app!ications with the anti-skid selected ON.
12. Where is brake pressure displayed?
a) On EICAS primary page.
b) Qn BICAS synoptic page.
c) Qn BICAS Hydraulic page.
d) Qn anti-skid control panel.
13. When the parking brake is applied with Hydraulic Systems off, will the brakes hoid for a pro longed period of time?
a) Yes, al! four brakes wil! hoid.
b) No, because of lack of pressure.
e) Yes, only the outboard brakes.
d) Yes, on!y the inboard brakes.
14. What must be done to check the brake wear indicator pins?
a) No. 2 and No. 3 hydraulic systems must be ON.
b) Hydraulic pressure must be 0FF.
c) No. 2 and No. 3 hydrau!ic systems must be ON and the parking brake must be set.
d) No. 3 hydraulic system must be ON and the parking brake must be set.
15. What is the purpose of the brake temperature monitoring System (BTMS)?
a) To release excessive air pressure due to heat build-up in the wheel assembly.
b) To monitor the temperature of each brake by means of a thermocouple.
c) To monitor the temperature of each wheel by means of a thermocouple.
d) None of the aboye.
16. Provided the anti-skid System is armed when does it become operational?
a) Once a 35 knot wheel spin-up signal is present or a WOW signalafter a 5 second delay.
b) At touchdown.
c) Once a WOW signal is present after a 5 second delay.
d) Once a 35 knot wheel spin-up signal is present.
17. When using the steering tiller, nose wheel steering is available through how many degrees?
a) 7
b) 70
c) 90
d) 360
18. What do the proximity sensing electronie unit (PSEU) control the sequencing of?
a) The landing gear.
b) The landing gear and the nose landing gear forward doors.
c) The landing gear, nose landing gear forward doors arid main wheel brakes during landing gear retraction.
d) The landing gear, nose landing gear forward doors, the applicationof main wheel brakes during landing gear retraction and the anti-skid control unit.
LIMITS
1. The minimum oil temperature for engine starting is:
a) -18 degrees C
b) -40 degrees C
c) -46 degrees C
d) -30 degrees C
2. What is the required starter cooling time after thesecond start attempt:
a) 30 seconds
b) 1 minute
c) 5 minutes
d) 90 seconds
3. What is the starter cooling period for the APU starter after the second start attempt:
a) 20 minutes off
b) 40 minutes off
c) no time limit
d) 15 seconds off
4. The bleed air lOth stage valves must be closed for take-offand landing:
a) if the 14 stage valves are closed
b) to allow the APU to operate
c) only a factor on wet runways
d) if the engulle cowl and /wing anti-ice systems have been selected on
5. Take-offts prohibited with engine fuel temperature indications:
a) below -40
b) below 5 degrees C
c) below -31 degrees C,using JET A
d) below -29 degrees
6. APU bleed air extraction, to supply the ACUs, is not pennitted:
a) aboye 13000 feet
b) aboye 10000 feet
c) aboye 15000 feet
d) as the APU supplies only AC power in flight
NAVIGATION
1. How are bearing pointers displayed?
a). Always displayed
b). Selected through the DCP
c). Displayed when a valid frequency is tuned
d). Displayed on the MFD only
2. What is the pilot‟s primary control of the MFD navigation formats, navigation sources and bearing source display through?
a) Display control panel
b) Air data reference panel
c) Flight control panel
d) Source select panel
3. How many ADF receivers does the RJ have?
a) 1
b) 2
c) 3
d) 4
4. How is tuning the ADF receivers achieved?
a) Through the RTU
b) Through the FMS
c) Through the ADF panel on the lower pedal
d) By tuning a valid ILS localizer
5. What can the two VHF navigation receivers receive?
a) VOR‟s only
b)TACANS only
c) VOR’s, ILS’s and marker beacons
d) VOR‟s, ILS‟s and ADF‟s
6. Where is navigation information displayed?
a) PFD only
b) PFD and MFD
c) MFD only
d) MFD and FCP
7. Where is the navigation cross-side source information displayed?
a) PFD only
b) PFD and MFD
c) MFD only
d) MFD and FCP
8. When will the vertical deviation glideslope scale be displayed on the PFD and MFD?
a) When a valid VOR is tuned
b) Always
c) When a valid [ is tuned
d) When approach mode is engaged on the FCP
POWER PLANT
1. What is the thrust rating of an engine which has the APR in operation?
a) 8729 lbs.
b) 9220 lbs.
c) 10,880 lbs.
d. 12,000 lbs.
2. The variable geometry (VG) system vanes the position of the inlet guide vanes and what stator vane stages?
a) 1 to 8.
b) 1 to 6.
c) 1 to 5
d) 1 to 3.
3. What control is the engine under at low power settings?
a) Hydromechanical N control.
b) Electronic N control.
c) Pneumatic ITT control.
d) IGV temperature control.
4. What do the Data Concentrator Units (DCU‟s) monitor during normal operations?
a)N and ITT.
b) FF and OIL PRESS.
c) N and FF.
d) N ITT, N oil press, oil temp, engine vibration and fuel flow.
5. What is the engine stage bleed air used for?
a) main engine starts.
b) oil sea! pressurization
c) thrust reverser operation.
d) air conditioning.
6. Engine cross starts are accomplished using what stage of compression?
a) 7 th stage
b) 10 th stage
c) 14 th stage
d) 16 th stage
7. What is the minimum recomrnended N rpm required for engine cross starts?
a) Operating engine is at 55% N
b) Operating engine is at 75% N
c) Operating engine is at 85% N
d) Operating engine is at 90% N
8. What bus is IGN B powered from?
a) Battery bus.
b) AC ESS bus.
e) DCbusl.
d) AC bus 1.
9. When will engine ignition cut-out occur?
a) 55% Nl.
b)55%N2.
c) 60% Nl.
d)60%N2.
10. Where is the replenishment tank for the engine oil system located?
a) Located in the avionics bay.
b) Located in the cargo compartment.
c) Located in the flight compartment.
d) Located in the aft equipment bay.
11. What is the engine oil cooled with?
a) Hydraulics.
b) Fuel.
c) 1 Oth stage air.
d) 1 4th stage air.
12. How is the engine controlled during takeoff, climb and cruise?
a) N Speed controlled.
b) N Speed controlled.
c) ITT Controlled.
d) Hydro-mechanically controlled.
13. What percent increase can be expected of an engine that has the APR operating?
a) 2% RPM.
b) 4% RPM.
c) 6% RPM.
d) 8% RPM.
14. Where is the takeoffN value set at?
a) EICAS Status page.
b) EICAS "ECS" synoptic page.
c) EICAS “A/ICE” synoptic page.
d) EICAS MENU page.
15. What is used as the primary thrust setting reference?
a) N
b) N
c) ITT.
d) FF.
16. What will the N RPM Indicators display with wing anti-ice selected on?
a) an amber arc from O to 60% RPM.
b) an amber arc from O to 77,9% RPM.
c) remain green.
d) remain green momentarilly then turn completely amber.
17. What valves cycle when the left engine starter button is pressed?
a) the left bleed air SOV and the isolation valve.
b) the right bleed air SOy and the isolation valve.
c) the left arid right bleed air SOV’s and isolation valve.
d) the right bleed air SOV and isolation valve.
18. What is tested when the DUCT MON switch is selected to test?
a) 10th and l4th stage loops.
b) Loop A.
c) Loop B.
d) 10th stage loop only.
19. How soon after engine shut down should the engine oil be checked?
a) 5 to 10 minutes.
b) 3 minutes to 2 hours.
c) 10 minutes to 4hours.
d) 30 to 45 minutes.
RADAR
1. What is the RADAR Range controlled by?
a) RADAR Control Head.
b) Display Control Panel.
e) Format Selector Push Button.
d) Direct Access RADAR push button.
2. Where are the RADAR returns displayed?
a) PFDs.
b) MFDs.
c) PFDs & MFDs.
d) EICAS.
3. Which answer best describes the colors used by the RADAR system, starting with the highest precipitation levels and ending with the lowest.
a) Magenta, Red, Yellow, Green, Black
b) Red, Magenta, Green, Yellow, Black
c) Black, Red, Magenta, Green, Yellow
d) Cyan, Black, Red, Magenta, Yellow
4. Which of the following is not a function of the RADAR Control Panel:
a) Gain Control.
b) Azimuth Scan Angle.
c) Pitch and Roll Stabilization
d) Direct access push button.
STALL PROTECTION
1. When will the STALL switch/light flash red?
a) When the stick pushers are armed.
b) Fire in the stick shaker.
c) AOA reaches stick pusher trip point.
d) AOA reaches stick shaker trip point.
2. What does the STALL FAIL caution message indicate?
a) one channel of the stall protection system is inoperative.
b) two channels of the stall protection system are inoperative.
c) the stick pusher is inoperative.
d) al! of the above.
3. What input(s) is/are received by the stall protection computer to calculate the angle of attack trip points?
a) Attitude & heading system
b) Flap position transmitters
c) WOW and AOA transducers
d) Mach transducers and vertical speed indicators
e) Ah of the above
TCAS
1. The TCAS system will direct the Flight Crew to resolve a threat by:
a) Producing an aural command.
b) Producing a visual cue on the PFD.
c) Both A and B.
d) None of the above.
2. The TCAS system can provide collision avoidance direction for:
a) Ah aircraft.
b) Ah Transponder equipped aircraft.
c) Only mode A Transponder equipped aircraft.
d) Transponder Mode S and C equipped aircraft
3. In order to have an operating TCAS, what must a TCAS equipped aircraft also have?
a) An operating mode S Transponder
b) An operating mode C Transponder.
c) An operating mode A Transponder.
d) Any operating Transponder.
4. What is the approximate radius TCAS monitors about the airplane?
a) 10 nautical miles
b) 20 nautical miles
e) 30 nautical miles
d) 40 nautical miles
5. What information does the following red TCAS Symbol provide?
a) Intruding aircraft is 100 feet above and descending at least 1000 feet/minute.
b) Intruding aircraft is at 1000 feet and descending at least 500 feet/minute.
e) Intruding aircraft is at 100 feet and descending at least 1000 feet/minute.
d) Intruding aircraft is 100 feet below and ascending at least 500 feet/minute.

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 楼主| 发表于 2013-10-18 13:23:38 | 显示全部楼层 来自: 中国北京

CRJ200测试题(四)

1. The danger area in front of the aircraft with the radar operating is
a) 5 ft (1 .5 m)
b) 4 ft (1.2m)
c) 10 ft (10m)
d) 2 ft (0.6m)
2. With a maximum steering angle of 68°, the aircraft will require a — ft m to complete a 180 ° turn:
a) 75 ft (22.9 m)
b) 90 ft (27.4 m)
c) 85 ft (25.9 m)
d) 80 ft (24.3 m)
3. . A red warning message on EICAS with a voice advisory would indicate that:
a) The service door is not locked properly
b) The passenger door is not locked properly
c) The cargo door is not locked properly
d) The service door or the passenger doors are not locked properly
4. When the ECP (EICAS control panel) fails,
a) the system pages, CAS and STEP functions are no longer available.
b) the reversionary control panel can be used to display system pages on the EICAS secondary page.
c) PRI, STAT, CAS, STEP functions are still available while all other functions are lost.
d all functions of buttons are lost
5. When a new caution message is to be presented on the CAS field:
a) It will appear on top of the listed messages on the CAS field.
b) It initially will appear on top of the listed messages and moved to alphabetical order after the message is acknowledged.
c) It will appear on top of the listed caution messages on the CAS field.
d) It will appear on top of the listed caution messages on the CAS field after master caution is reset.
6. The standby attitude indicator displays airplane pitch and bank angle for at least --- minutes after power failure.
a 5
b 7
c 9
d 11
7. Is it possible to mute the landing gear horn of the landing configuration warning system?
a Yes, at all times by the MUTE knob on either audio control panel.
b Yes, but only when one of the thrust levers is out of idle and the flap is not in landing configuration.
c No, since this is a warning system the situation can only be corrected by selecting the gear down.
d Yes, but only if we are above the glide slope.
8. In the indicating system, for synoptics, the color "half intensity magenta" is used .
A when invalid data is received by the indicating system
B for advisory information only
C when the displayed information is related to the FIVIS system
D Both A and C are correct
9. In the event of a PFD failure, the PFD format may be displayed on the adjacent MFD by actuation of the switch.
A MFD format selector
B Reversionary mode
C TCAS
D None of the above
10. The brakes of the inboard wheels are powered by the
a) No. 1
b) No. 2
c) No. 3
d) None of the above
11. TCAS monitors a radius of approximately ----nautical miles about the airplane.
a) 30
b) 40
c) 50
d) 60
12. The EICAS caution message "APU BLEED ON" indicates the load control valve is open and barometric altitude is greater than feet.
a) 9,000
b) 10,000
c) 13,000
d) 15,000
13. The APU intake door has three positions, Closed,Mid and Open. The positioning of the doors is controlled by the ECU and depending on:
a) Air or ground operation
b) Aircraft altitude
c) Pressure altitude and Aircraft speed
d) Aircraft speed and OAT
14. APU bleed pressure readout can be monitored on:
a) EICAS Primary page.
b) EICAS A/ICE and ECS synoptic pages.
c) EICAS Status page.
d) EICAS “ECS” synoptic page.
15. When warning messages are displayed, they will be accompanied by:
a) Flashing master caution and logic advisory
b) Steady master caution and voice advisory
c) Flashing master warning, aural alert, and a voice advisory if applicable
d) Steady master warning
16. Warning and caution messages will normally appear on the:
a) Primary EICAS display
b) Secondary EICAS display
e) Pilot‟s Primary Flight Display
d) Pilot‟s Multifunction Display
17. Pushing the MASTER WARNING will silence the following:
a) Stall warbler
b) Stabilizer trim clacker
c) Firebell
d) Gear horn
18. What happens if the Primary EICAS Display unit (ED1) detects an internal fault?
a) The Display screen goes blank and the Display reversionary panel switch must be selected to regain the engine instrument indications
b) ED 1 screen goes blank and automatically switches the Primary display to ED 2
c) EICAS fault master warning illuminates
d) Status page will revert to MFD 2
19. The PA volume is decreased when the main engines are running and increased when the main engines are off. True or False?
a) True
b) False, it’s the other way around
c) Operation of the engines has no effect on the PA volume
d) The PA volume is higher when calling from the cockpit than from the flight attendant panel.
20 At what frequencies will the ELT transmit if activated
a) 121.5MIHz only
b) 121.5 and 406 MHz
c) 243.0 MHz only
d) 121.5, 243.0 MHz and 3023.5 KHz
21 . Depressing the RTU inhibit switch lights:
a) Enables direct crosside tuning of offside radios if the RTU fails
b) Inhibits the failed RTU from affecting the operation of the Back Up Tuning unit
c) Allows the Back Up Tuning unit to function when selected on
d) Provides automatic offside tuning
22 . The FMS tune inhibit switch:
a) Prevents FMS DME tuning function
b) Inhibits the RTUs from manual tuning
c) Prevents the RTUs from being tuned by the FMS
d) Inhibits the FMS Radio Page for alternate radio tuning
23. In the event of A Display Control Panel failure (DCP), both MFDs can be controlled by one DCP by making a selection on the:
a) Source Select Panel.
b) EFIS Reversionary Panel.
c) Display Control Panel.
d) Air Data Reference Panel.
24. Pitot/Static inputs and Total Air Temperature provide Raw Air Data information which is converted to digital format through the:
a) IAPS.
b) Air Data Computers.
c) Flight Management Computers.
d) Pitot Static Probes.
25. Radio Altitude will be displayed on the PFD below
a) 2500 ft AGL
b) 2500 ft MSL
c) 1500 ft AGL
d) 1500 ft MSL
26. The Mach number will be displayed when the aircraft reaches:
a) 363 kts
b) 297 kts
d) .45 Mach
c) .55 Mach
27. The Skid and Slip indicator on the PFD is:
a) A digitally generated Bali.
b) A Triangle in the „bottom of the Al.
c) A Lubber Line above the Compass.
d) A rectangle under the Roll Pointer.
28. When a common Attitude/Heading source is selected, an annunciation will appear on the:
a) EICAS Primary Page.
b) PFD only.
c) PFD and MFD
d) MFD only
29. After a total power failure, the Standby Attitude Indicator will provide Roil and Pitch information for at least:
a) 2 minutes.
b) 9 minutes.
c) 12 minutes.
d) 19 minutes.
30 The AC essential bus is normally powered by:
a) IDG 1
b) AC bus 2
c) Can't tell, depends on selections
d) AC bus 1
31 When AC external power is connected to the aircraft and meets pre-set voltage specifications:
a) All AC buses are automatically energized.
b) The AVAIL light in the external power push switch-light is illuminated.
c) The utility busses are energized
d) The battery chargers are connected automatically to the external power source.
32 The AC generator switch OFF/RESET position:
a) Resets the corresponding generator fail indication presented on the CAS field.
b) Removes generator from line and resets generator after a fault trip.
c) Simply switches the generator ON and OFF
d) Resets the constant speed unit to the proper RPM which will allow the generator to supply the proper voltage and/or frequency.
33 The external DC power receptacle is located at the:
a) Forward RH side of the forward fuselage
b) At the external power control panel on the LH wing
c) At the RH side of the tail section
d) Below the batteries access panel
34 The integrated drive generators and the APU generator power the airplane AC busses by a priority system, The switching priority for AC bus 1 is as follows.
a) IDG 2, IDG 1, APU generator, external power
b) IDG 2, APU generator, IDG 1, external power
c) IDG 1, APU generator, IDG 2, external power
d) IDG 1, IDG 2, APU generator, external power
35 DC Tie 1, 2 and 3 connect another DC power source in case of primary power failure. DC Ties 1 and 2 are:
a) Automatic Ties but can also manually be selected while tie 3 is only automatic selectable.
b) Automatic Ties but cannot be selected manually, while tie 3 is only manual selectable.
c) Automatic Ties but can also manually be selected while tie 3 is only manual selectable.
d) Automatic Ties but cannot be selected manually, while tie 3 is only equipped with an automatic function.
36 How many 100-ampere transformer rectifier units (TRU) convert the AC supply into 28 Volts DC?
a) 6
b) 3
c) 4
d) 5
37 Electrical system failures are indicated:
a) on the primary EICAS page and electrical system page.
b) on the EICAS, the electrical control panel and electrical system pages
c) on the EICAS, the RTU and electrical system pages
d) on the EICAS status page and electrical system pages
38 When the AC power IN USE switch/light is illuminated:
a) the AC network is partially powered
b) the DC network is partially powered
c) all AC and DC busses are powered
d) The AC network is completely powered.
39 The AC and DC electrical synoptic pages can be accessed by:
a) Select ELEC on the ECP, toggling between pages by another push on the STEP button
b) Select ELEC on the ECP, toggling between pages by another push on the same button
c) Select ELEC on the ECP, toggling between pages by another push on the UP and DOWN buttons
d) Select ELEC on the ECP, toggling between pages by another push on the SEL button
40. When AC ESS XFER light on the electrical control panel is illuminated the AC essential bus is powered by:
a) AC utility bus 2
b) AC bus 2
c) IDG 2
d) AC bus 1
41. The ADG supplies 115-volt, 400-Hz, 3-phase AC power at ------- KVA for emergency use when all other sources have been lost.
A. 15
B. 30
C. 28
D. 24
42 The DC service bus is powered by:
a) Normally by the SERV TRU or by APU BATT with DC service switch on the electrical control panel selected ON.
b) Normally by the ESS TRU or by APU generator with DC service switch on the electrical control panel selected ON.
c) Normally by the SERV TRU or by APU BATT with DC service switch on the electrical control panel selected to SERV..
d) Normally by the SERV TRU or by APU generator with DC service switch on the electrical control panel selected ON.
43. Why is the use of AC external power recommended when battery power is to be used for a prolonged period of time?
a) There is no such recommendation.
b) Cooling fans for display units are AC powered, so no display cooling is available when on battery power only.
c) This way the battery chargers are powered which will extend the use of the battery.
d) When on battery power only thee are no EICAS indications since this system is AC powered
44. The APU battery is:
a) 24 volts rated at 17 ampere hours
b) 24 volts rated at 25 ampere hours
c) 24 volts rated at 30 ampere hours
d) 24 volts rated at 43 ampere hours
45. The ADG supplies AC power to:
a) 1 B hydraulic pump and AC service bus
b) 2B hydraulic pump and AC bus No. 2
c) 3B hydraulic pump and AC bus No. 1
d) 3B hydraulic pump and ESS AC bus
46. The main and APU batteries are kept in a charge condition by battery chargers powered by:
a) AC utility buses No. 1 and No. 2
b) ESS AC
c) AC bus No. 1 and No. 2
d) AC service bus
47. Electrical system warning and caution messages are normally displayed on:
a) EICAS Status page
b) Pilot‟s PFD
c) Co-pi!ot‟s MFD
d) EICAS primary page
48. The constant speed drive provides a means of converting:
a) Variable generator speed to constant engine speed.
b) Variable frequency output from the generators
c) Variable engine speed to constant generator speed
d) Variable engine speed to electrical valtage.
49. Fault protection for each generator is incorporated in. each:
a) Generator une contactor
b) Generator tie contactor
c) Generator
d) Generator control unit
50. The ADG can only supply power to:
a) AC bus 1, AC essential, ADG bus, EICAS
b) AC bus 2, AC essential, ADG bus, EICAS
c) 3B hydraulic pump, AC essential, ADG bus, EICAS
d) 3B hydraulic purnp, AC buses No. 1 and No. 2, ADG bus, EICAS
51. An ESS TRU(1)(2) failure message will be displayed on EICAS when:
a) Output is less than 18 VDC
b) Output is less than 20 VDC
c) Output is less than 24 VDC
d) Output is less than 26 VDC
52. The main battery charger and APU battery charger are in a charging configuration when:
a) Battery master switch is “ON” and AC bus 1 powered
b) Battery master switch is “ON” and both AC utility buses powered.
c) Battery master switch is “ON” and AC bus 2 powered
d) When the Utility Buses are powered, regardless of Battery master switch position
53. Selecting the ADG unit test switch to unit:
a) Checks weight on wheels circuitry
b) Checks continuity of the uplock squib circuitry and the three transfer contactors
c) Checks the auto override power transfer circuitry
d) Indicates the manual deploy feature is armed
54. The indications of oxygen flow or harness inflation can be confirmed by:
a) Yellow cross appears on the bunker
b) White bar appears on the bunker
c) White cross appears on the bunker
d) Yellow bar appears on the bunker
55. What happens when the smoke density in the cargo compartment exceeds a pre-determined limit but only detected by one of the smoke detectors?
a) Power to the cargo compartment fan and heater is removed.
b) A signal is send to EICAS
c) Cargo compartment air is shut off
d) All of the above
56. Where does the fire protection system provide the means to detect and extinguish a fire?
a) Galley, Engine nacelles and APU compartment
b) Engine nacelles
c) APU compartment
d) Both B and C
57. How is the cargo firex bottle tested?
a) Using the cargo fire push button on the glare-shield.
b) Using the cargo firex test switch on the fire detection and firex monitor panel.
c) Using the cargo firex test switch on the cargo fire control panel.
d) Can only be tested by maintenance on ground.
58. L FIRE FAIL Caution message indicates:
a) After a detected fire the extinguishing system has failed.
b) Indicates a engine fire detector loop failure (A or B).
c) Indicates both on-side fire detector loops failed.
d) Both fire extinguisher bottles are discharged but a fire is still detected by the one of the fire detector loops.
59. After discharge of the first bottle into no 1 Engine making use of the push dot discharge switch-light, the second bottle is discharged by means of:
a) Pushing the same switch-light after 30 seconds
b) Pushing any illuminated armed/discharge light on the glare-shield will discharge the second bottle into the engine
c) Pushing the same switch-light after selecting OTHR ENG switch on the fire protection panel.
d) Pushing the off-side illuminated fire bottle switch-light
60. After a successful engine fire fighting procedure, the extinguished fire is indicated by:
a) An Aural message “LH/RH FIRE OUT”
b) a silenced fire bell
c) an extinguishing bottle armed/discharge switchlight
d) an extinguished Fire push light
61. Fire detection and extinguishing is provided in the:
a) Left and right jetpipes areas
b) Left and right pylon areas
c) Left and right wheel bay areas
d) Left and right nacelles and APU areas
62. When the heat sensing elements are subjected to heat the:
a) Resistance decreases
b) Voltage increases
e) Amperage decreases
d) Resistance increases
63. The fire detection system for the nacelles use:
a) A single loop sensing element
b) Photo electric ceil to monitor for smoke
c) A dual loop sensing element mounted in parallel
d) Two loops mounted in series
64. The engine firex bottles are charged with halon 1301 and located:
a) Pylon areas
b) Cargo compartment
c) Rear fuselage equipment hay
d) APU enclosure
65. When a fire warning is detected, the Master Warning light flashes, fire bell sounds, EICAS message appears, and the appropriate engine fire push light flashes red. Pushing the ENG FTRE push light “IN” will:
a) Arm the dedicated squibs to the affected engine
b) Close the fuel, hydraulic and bleed air shut off valves
c) Engine driven generator shuts down
d) All of the above
66. ENG BOTTLE LO messages are displayed on:
a) Co-pilot‟s MFD
b) Pilot‟s MFD
c) EICAS status page
d) EICAS primary page
67. Trim of the primary flight controls is:
a) aileron and rudder mechanical, stabilizer hydraulically
b) all electrical.
c) aileron and rudder hydraulically, stabilizer mechanical.
d) aileron and rudder electrical/ hydraulically, stabilizer electrically.
68. The flaps are driven by two AC power drive units (PDU) when one of them fails, flap operation:
a) is not affected
b) is no longer available, flaps will remain stationary in last selected position
c) speed is 50% of normal speed
d) only the outer segments will remain operational.
69. Flap position is indicated on primary EICAS page:
a) at all times.
b) when flaps are selected greater than zero degrees.
c) when the landing gear is not up and locked
d) both b and c are correct but in addition also when BTMS is in red range of operation.
70. Aileron positions are shown on the ------- page of EICAS.
a) Primary
b) Status
c) Flight Controls
d) Status and Flight Controls
80. A Gust lock device:
a) locks the elevator in the AND position.
b) locks the elevator in the ANU position.
c) does not lock the elevator, only ailerons and rudder..
d) is not installed so the elevator, ailerons and rudder are not locked by a gust-lock.
81. When the ailerons are disconnected during flight the spoileron system:
a) is partially de-activated, on the non operational aileron side the spoileron is also non operational.
b) is partially de-activated, on the operational aileron side the spoileron is de-activated.
c) is de-activated, both spoileron are locked in neutral position
d) is still fully operational provided the roll select push button on the glare shield is pushed.
82. When the elevator disconnect unit is disconnected:
a) Spoileron and rudder anti interconnect
b) Bungee breakout device
c) Rudder system anti-jam (spring tension breakout)
d) Rudder disconnect mechanism
83. What Hydraulic systems(s) power the Left Aileron
a) #1 system only
b) #2 system only
c) #1 and #3 systems
d) #2 and #3 systems
84. What is the Horizontal Stabilizer Trim rate in manual flight?
a) 0.01 degrees per second
b) 0.1 degrees per second
c) 0.5 degrees per second
d)1 .0 degrees per second
85. What is the control precedence of the Stabilizer Trim?
a) Pilot, Co-pilot, Mach Trim, AFCS
b) Pilot, Co-pilot, AFCS, Mach Trim
c) AFCS, Pilot, Co-pilot, Mach Trim
d) Mach Trim, Pilot, Co-pilot, AFCS
86. When do the Glareshield Amber Roll Select Switch/Lights illuminate?
a) when the Roll Disconnect handle has been pulled
b) when a signal is sent from the Bungee Breakout Switch
c) when an SECU has detected a system malfunction
d) when a Roll Control Imput Module has failed
87. The FMS VOR CONTROL page is used to irihibit the FMS:
a) from using VOR information
b) from tuning VOR stations selected by the pilot
c) from using up to two VORs for FMS navigation
d) from using up to one VOR for autopilot operation
88. The message RESET INITIAL POS shows if:
a) the initialized position is greater than 40 NM from the last FMS position.
b) the data entered was in error.
c) the initialized position is greater than 40 meters.
d) the FMS requires initializing in flight
89. The CANCEL MOD line key will:
a) cancel the data entered to the scratch pad.
b) delete all changes made since the last time the EXEC button was pushed.
c) delete only the previous waypoint on the legs page.
d) only cancells the previous entry
90. Changing the ORIGIN airport on the 4200 FMS , ACT/MOD FPLN page will:
a) erase any existing ACT/MOD FPLN
b) allow the FMS to initialize its position.
c) only function after the aircraft is in flight,
d) reset the data base to the destination airport.
91. There are two fuel cross flow systems, a powered- and a gravity cross flow system, the purpose of these systems is:
a) create fuel flow from one of the wing tanks to the opposite engine in order to balance the wing tank quantities.
b) moving fuel between wing tanks to balance the wing tank quantities.
c) moving fuel from the center tank to one of the wing tanks to balance the wing tank quantities.
d) use center collector tank fuel to provide fuel flow for the APU.
92. How are the fuel tanks vented?
a) The tanks are vented to atmosphere by 2 NACA scoop vents.
b) The tanks are vented by vent lines in the collector tanks.
c) The tanks are vented by climb vents located in the centre wing tank.
d) The tanks are vented to atmosphere by vent relief valves located in each tank.
93. What type of ejector pumps are used to transfer fuel from the main tanks to the collector tanks?
a) Main ejectors.
b) Scavenge ejectors.
c) Transfer ejectors.
d) Motive flow ejectors.
94. What maintains fuel symmetry between the main tanks?
a) Automatically controlled transfer ejector pumps.
b) Automatically controlled scavenge ejector pumps.
c) Automatically controlled transfer/APU pump and associated shut-off valves.
d) Automatically controlled fuel cross-feed.
95. What fuel system information is displayed on the EICAS Primary Page?
a) Individual tank quantities, total fuel quantity, fuel flow per engine.
b) Individual tank quantities, total fuel quantity, fuel used quantity.
e) Individual tank quantity, total fuel quantity fuel used, fuel flow per engine.
d) Total fuel quantity, fuel flow per engine.
96. Wind Shear alerts will occur:
a) tailwind and downdraft conditions.
b) headwind and updraft conditions.
c) both “a” and “b”.
d) none of the above.
97. Wind shear warnings are provided:
a) at all altitudes and phases of flight
b) only when the gear is down.
c) only with the gear and flaps down.
d) during the take-off and landing phases.
98. Wind shear warnings will stop when:
a) the proper recovery is initiated.
b) wind shear conditions are no longer present.
c) the proper recovery has been completed.
d) indicated airspeeds within a safe margin.
99. Selecting hydraulic pumps 1B and 2B in AUTO mode causes pumps 1B and 2B to operate when:
a) Respective bus is powered, the offside generator is operating and the flaps are not at zero degrees.
b) Respective bus is powered, the offside generator is operating and the hydraulic system pressure drops below 2100 PSI.
c) Respective bus is powered, the onside generator is operating and the flaps are not at zero degrees.
d) Respective bus is powered, hydraulic demands are increased beyond the capability of the 1A and 2A ACMP's.
100. What fuel system information is displayed on the EICAS Primary Page?
a) Individual tank quantities, total fuel quantity, fuel flow per engine.
b) Individual tank quantities, total fuel quantity, fuel used quantity.
e) Individual tank quantity, total fuel quantity fuel used, fuel flow per engine.
d) Total fuel quantity, fuel flow per engine.
Wind Shear alerts will occur:
a) tailwind and downdraft conditions.
b) headwind and updraft conditions.
c) both “a” and “b”.
d) none of the above.
Wind shear warnings are provided:
a) at all altitudes and phases of flight
b) only when the gear is down.
c) only with the gear and flaps down.
d) during the take-off and landing phases.
Wind shear warnings will stop when:
a) the proper recovery is initiated.
b) wind shear conditions are no longer present.
c) the proper recovery has been completed.
d) indicated airspeeds within a safe margin.
A. Selecting hydraulic pumps 1B and 2B in AUTO mode causes pumps 1B and 2B to operate when:
e) Respective bus is powered, the offside generator is operating and the flaps are not at zero degrees.
f) Respective bus is powered, the offside generator is operating and the hydraulic system pressure drops below 2100 PSI.
g) Respective bus is powered, the onside generator is operating and the flaps are not at zero degrees.
h) Respective bus is powered, hydraulic demands are increased beyond the capability of the 1A and 2A ACMP's.
B. When LH 14th stage bleed valve is closed, wing anti-ice on the LH side:
i) is no longer possible.
j) is only possible when the isolation valve is opened.
k) still is operational.
l) is still operational using 10th stage bleed air.
What is 14th stage bleed air used for?
a) Cowl anti-icing only.
b) Wing anti-icing only.
c) Cowl and wing anti-icing
d) Thrust reverse, cowl anti-icing and probe heat.
What occurs during thrust reverser deployment?
a) the cowl anti-ice control valves close.
b) the wing anti-ice control valves close.
c) both the wing and cowl anti-ice control valves are open.
d) both the wing arid cowl anti-ice systems are automatically disabled.
When the WSHLD switch is set to LOW:
a) The side windows are not heated.
b) The side windows are in heated at the same temperature
c) The side windows are heated at a lower temperature
d) The side windows cycle.
Where is the Nose Door open Flt/Norm switch located?
a) Landing Gear Control Panel
b) Hydraulic Control Panel
c) Glareshield
d) Externa! Service Panel
In the event of a fai!ure of No 2 and No 3 Hydraulic power , what emergency braking is available?
a) Brake accumulators in both Hydraulic Systems provide reserve pressure for six brake app!ications with anti-skid selected 0FF
b) Brake accumulators in both Hydrau!ic Systems provide reserve pressure for six brake app!ications with the anti-skid selected ON.
c) Brake accumulator in Hydraulic System No. 3 will provide reserve pressure for six brake app!ications with the anti-skid selected 0FF.
d) Brake accumulator in Hydraulic System No. 3 wi!l provide reserve pressure for six brake app!ications with the anti-skid selected ON.
When the parking brake is applied with Hydraulic Systems off, will the brakes hold for a pro longed period of time?
a) Yes, all four brakes will! hold.
b) No, because of lack of pressure.
e) Yes, only the outboard brakes.
d) Yes, only the inboard brakes.
Provided the anti-skid System is armed when does it become operational?
a) Once a 35 knot wheel spin-up signal is present or a WOW signal after a 5 second delay.
b) At touchdown.
c) Once a WOW signal is present after a 5 second delay.
d) Once a 35 knot wheel spin-up signal is present.
What is the pilot‟s primary control of the MFD navigation formats, navigation sources and bearing source display through?
a) Display control panel
b) Air data reference panel
c) Flight control panel
d) Source select panel
. Where is the navigation cross-side source information displayed?
a) PFD only
b) PFD and MFD
c) MFD only
d) MFD and FCP
. The variable geometry (VG) system vanes the position of the inlet guide vanes and what stator vane stages?
a) 1 to 8.
b) 1 to 6.
c) 1 to 5
d) 1 to 3.
What control is the engine under at low power settings?
a) Hydromechanical N2 control.
b) Electronic N2 control.
c) Pneumatic ITT control.
d) Electronic N1 control
What do the Data Concentrator Units (DCU‟s) monitor during normal operations?
a) N1 and ITT.
b) FF and OIL PRESS.
c) N1 and FF.
d) N1, ITT, N2, oil press, oil temp, engine vibration and fuel flow.
What is the 7th engine stage bleed air used for?
a) main engine starts.
b) oil seal pressurization
c) thrust reverser operation.
d) air conditioning.
What bus is IGN B powered from?
a) Battery bus.
b) AC ESS bus.
e) DC bus l.
d) AC bus 1.
When will engine ignition cut-out occur?
a) 55% Nl.
b) 55% N2.
c) 60% N.l
d) 50% N2.
What will the N RPM Indicators display with wing anti-ice selected on?
a) an amber arc from O to 67% RPM.
b) an amber arc from O to 77,9% RPM.
c) remain green.
d) remain green momentarilly then turn completely amber.
What does the STALL FAIL caution message indicate?
a) one channel of the stall protection system is inoperative.
b) two channels of the stall protection system are inoperative.
c) the stick pusher is inoperative.
d) all of the above.
The TCAS system can provide collision avoidance direction for:
a) Al aircraft.
b) All Transponder equipped aircraft.
c) Only mode A Transponder Mode S equipped aircraft.
d) Transponder Mode S and C equipped aircraft
What is the approximate radius TCAS monitors about the airplane?
a) 10 nautical miles
b) 20 nautical miles
e) 30 nautical miles
d) 40 nautical miles

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 楼主| 发表于 2013-10-18 13:24:24 | 显示全部楼层 来自: 中国北京

CRJ200测试题(五)

Bomdardier CRJ-200 Questionnaire
SECTION 21
AIR CONDITIONING / PRESSURIZATION
1. Normal levels of the pack pressure readout, on the ECS page, are between ___and ____ PSI.
a) 5,46 psi
b) 25,52
c) 47,52
d) 47,51
2. The APU duct on the ECS synoptic page displays ____ when the APU is ready to load and barometric altitude is greater that 15,000 feet.
a) Amber
b) Green
c) Red
d) White
3. On the air-conditioning panel, which light comes on when overpressure occurs between primary heat exchanger and compressor section of air unit?
a) Ram air open light
b) L or R pack OFF light
c) Amber FAULT light
d) No lights, this is a normal condition
4. Caution levels on the pack pressure readout of the ECS page are from ____ to ____ psi.
a) 5,46
b) 25, 52
c) 47,62
d) 47,51
5. Ram air ventilation is used at all times, True or False?
a) True
b) False
6. The pressure regulator valves on the 10th stage bleed air manifold regulate air pressure supply to the air-conditioning packs at a constant rate of ___ psi for single pack operation.
a) 30
b) 35
c) 41
d) 48
7. The pneumatic system supplies air for engine starting, ice protection, air-conditioning and pressurization and thrust reverser systems, True or False?
a) 15,000
b) 17,000
8. Pneumatic bleed air for engine starting and for the airconditioning and pressurization and avionics cooling system is supplied by the 14th compressor stage of both engines. True or False?
a) True
b) False
9. The APU can be used during flight to supply the pneumatic system for engine starting (double engine failure) to a maximum altitude of ___ feet.
a) 12,000
b) 13,000
c) 15,000
d) 17,000
10. During overheat conditions, when the APU is supplying bleed air, which valves will automatically close?
a) Isolation valve and pack valve only
b) Isolation valve, pack valve and 10th stage bleed valve
c) Isolation valve and 10th stage bleed valve only
d) Isolation valve only
11. The APU can be used during flight to supply the air-conditioning system to a maximum altitude of _____ feet.
a) 12,000
b) 13,000
c) 15,000
d) 17,000
12. Opening the LCV (load control valve) allows air from the ______ to feed the left pack.
a) Engines
b) ground power cart
c) APU
d) All of the above
13. The C ALT item on the synoptic page displays _____ when more than 10,000 feet.
a) Amber
b) Green
c) Red
d) White
14. During over-temperature conditions, when the engine is supplying bleed air, which valves will automatically close?
a) Isolation valve and pack valve only
b) Isolation valve, pack valve and 10th stage bleed valve
c) Isolation valve and 10th stage bleed valve only
d) Isolation valve only
15. The right hand pack operates from the right engine bleed air and supplies the passenger cabin and flight deck, True or False?
a) True
b) False
16. The cooling air for the left and right heat exchangers is supplied from a ram air scoop, located on the upper aft fuselage. True or False?
a) True
b) False
17. When is the STBY fan on the avionics cooling system selected by the pilot?
a) As an extra source of air in overheat conditions
b) In the event of loss of GND and ALT fans
c) In the event of loss of GND fan
d) The STBY fan cannot be selected by the pilot
18. If one pack fails, the remaining pack cannot supply conditioned air to both compartments. True or False?
a) True
b) False
19. During ground operations, pneumatic air to operate ECS can be obtained from which of the following?
a) Ground power cart connected to the airplane
b) APU
c) Either or both engines
d) Al of the above
20. The air-conditioning system consists of:
a) Two packs
b) Distribution manifold and ducting
c) RAM AIR ventilation system
d) A and B are correct
21. A ______ must be opened to provide right hand portions of the pneumatic duct with air pressure.
a) Load control valve (LCV)
b) Crossfeed/isolation valve (ISOL)
c) None of the above
d) Both A and B
22. The ECS provides temperature and pressure regulated air for which of the following?
a) Venting and pressurizing the cockpit and passenger cabin
b) Engine starting
c) Cooling the avionics and equipment racks
d) Both A and C
SECTION 22
AUTOFLIGHT
23. When the autopilot's flight director fails and not the co-pilot's, it is annunciated with a ______ message on EICAS.
a) White FD 2 FAIL
b) Red AFCS MSGS FAIL
c) White FD 1 FAIL
d) None of the above
24. The range of the indicated airspeed scale on the primary flight display is from ____ to ____ knots.
a) 0-350
b) 100-400
c) 30-400
d) 30-350
25. Anytime the FCC detects a relevant failure or excessive altitudes, it will disengage the autopilot and/or yaw damper. True or False?
a) True
b) False
26. When the vertical speed mode switch is pressed, the vertical speed reference is synchronized to the current vertical speed. True or False?
a) True
b) False
27. Glideslope mode is auto-selected when:
a) In an approach mode
b) Inbound
c) With a valid localizer as the lateral navigation source
d) All of the above
28. The AIPS is partitioned into the left and right sides with each side having ___ channels.
a) 2
b) 3
c) 4
d) 5
29. The lateral take-off mode generates a wing level command while on the ground. True or False?
a) True
b) False
30. Which of the following is not a condition of significant instability of the airplane?
a) Pitch rate over 5 degrees/second
b) Bank angle over 55 degrees
c) Roll rate over 21 degrees/second
d) Pitch angle below 15 degrees nose-down
31. A pitch trim failure can cause autopilot disengagement. True or False?
a) True
b) False
32. The autopilot system automatically controls the
a) Pitch
b) Roll
c) Yaw
d) All of the above
33. Vertical take-off mode generates a ____ degree pitch-up command.
a) 5
b) 10
c) 15
d) 20
34. The automatic mode transition to half bank will occur at ____feet.
a) 31,600
b) 27,400
c) 29,350
d) 32,200
35. Turbulence mode cannot be selected if:
a) The automatic pitch trim is engaged
b) The on-side localizer is captured
c) The autopilot is disengaged
d) Both B and C
36. Operating the stabilizer trim lever switches on the pilot's control wheel will disconnect the autopilot, if engaged. True or False?
a) True
b) False
37. In NAV mode, capture will always occur if VOR deviation is less than 5% of full scale or localizer deviation is less than 30%. True or False?
a) True
b) False
38. The lateral take-off mode generates a wings level command while on the ground. True or False?
a) True
b) False
39. Half bank mode reduces the maximum commanded bank angle to ____ degrees.
a) 5
b) 10
c) 15
d) 20
40. The AFCS receives sensor information from:
a) The air data system
b) Navigation systems
c) Radio altimeter
d) All of the above
41. The range of the altitude pre-select knob on the flight control panel is from ____ to ____ feet.
a) 1000 - 25,000
b) 1000 - 50,000
c) 2500 - 50,000
d) None of the above
42. The autopilot responds to commands from the flight director. True or False?
a) True
b) False
SECTION 23
COMMUNICATIONS
43. Transceiver tuning range is between ____ and ____ MHz.
a) 118, 136.975
b) 110, 128.975
c) 126, 136.975
d) 118, 128.975
44. Each RTU provides _____ control of both the on-side and cross-side radios.
a) Triple point
b) Dual point
c) Single point
d) None of the above
45. The PA volume is decreased when the main engines are running and increased when the main engines are off. True or False?
a) True
b) False
46. The system label on the top level page of the Radio Tuning Unit indicates radio type and side. True or False?
a) True
b) False
47. The audio control panel is located on the overhead panel, True or False?
a) True
b) False
48. The intercom system, VHF communications transceivers, service interphone and passenger address systems comprise the basic communications system. True or False?
a) True
b) False
49. On the audio control panel, there are____ channels on the Transmit Select switch.
a) 2
b) 3
c) 4
d) 5
50. The passenger entertainment tape player operates through the passenger address and entertainment system. True or False?
a) True
b) False
51. The back-up controller maintains the frequencies set on COM 1 and NAV 1, permits manual tuning should the RTUs fail and is located on the overhead panel. True or False?
a) True
b) False
52. The MASK/BOOM switch is located on the audio control panel. True or False?
a) True
b) False
53. The Emergency Locator Transmitter is located in the forward section of the aircraft. True or False?
a) True
b) False
54. The CVR remote microphone is located on the pilot's console. True or False?
a) True
b) False
55. The transmission priority for the passenger address and entertainment system is: flight compartment, flight attendant stations, tape player, recorded announcements and music. True or False?
a) True
b) False
56. The CVR control unit is located on the overhead panel. True or False?
a) True
b) False
57. The ID indication on the ATC comes on for ____ seconds when the IDENT button is pressed.
a) 10
b) 15
c) 18
d) 24
58. Frequency tuning and mode selection is by CRT pages and controls on the radio tuning units. True or False?
a) True
b) False
59. The cockpit voice recorder system is located in the aft section of the airplane. True or False?
a) True
b) False
60. The ANT or TONE indication on the ADF comes on when altitude is set to either absolute or relative. True or False?
a) True
b) False
SECTION 24
ELECTRICAL
61. Battery temperature range for normal cycle charging is from ___ to ______ degrees C.
a) 0,+52
b) -29,+60
c) -29,+50
d) 0,+60
62. A battery fault indicates:
a) A weak or dead cell
b) Insufficient charge current
c) Outside temperature limits
d) Both A and C
63. The AC essential bus is normally powered by:
a) IDG 1
b) AC bus 2
c) Can't tell, depends on selections
d) AC bus 1
64. When AC external power is connected to the aircraft and meets pre-set voltage specifications:
a) All AC buses are automatically energized.
b) The AVAIL light in the external power push switch-light is illuminated.
c) The utility busses are energized
d) The battery chargers are connected automatically to the external power source.
65. The external DC power receptacle is located at the:
a) Forward part of the airplane
b) Aft part of the airplane
c) Right engine pylon
d) Left engine pylon
66. The AC generator switch OFF/RESET position:
a) Resets the corresponding generator fail indication presented on the CAS field.
b) Removes generator from line and resets generator after a fault trip.
c) Simply switches the generator ON and OFF
d) Resets the constant speed unit to the proper RPM which will allow the generator to supply the proper voltage and/or frequency.
67. The external DC power receptacle is located at the:
a) Forward RH side of the forward fuselage
b) At the external power control panel on the LH wing
c) At the RH side of the tail section
d) Below the batteries access panel
68. When DC Tie is manually closed this:
a) Allows the service TRU to power the respective DC bus, the connected utility bus is automatically shed.
b) ?
c) ?
d) ?
69. The integrated drive generators and the APU generator power the airplane AC busses by a priority system, The switching priority for AC bus 1 is as follows.
a) IDG 2, IDG 1, APU generator, external power
b) IDG 2, APU generator, IDG 1, external power
c) IDG 1, APU generator, IDG 2, external power
d) IDG 1, IDG 2, APU generator, external power
70. On the AC electrical synoptic page the KVA box is color coded, when the corresponding generator is properly delivering to the AC network this is indicated by the color.
a) white
b) blue
c) magenta
d) green
71. Auto transfer switch-light FAIL light indicates:
a) Automatic transfer occurred because of a failed AC generator.
b) Corresponding AC bus has failed, generator must be reset, automatic transfer did not occur.
c) Corresponding AC bus is isolated, automatic transfer did not occur.
d) Corresponding AC bus is isolated, transfer must be manually selected.
72. Circuit breaker panel 2 is located behind the pilot's seat. True or False?
a) True
b) False
73. DC Tie 1, 2 and 3 connect another DC power source in case of primary power failure. DC Ties 1 and 2 are:
a) Automatic Ties but can also manually be selected while tie 3 is only automatic selectable.
b) Automatic Ties but cannot be selected manually, while tie 3 is only manual selectable.
c) Automatic Ties but can also manually be selected while tie 3 is only manual selectable.
d) Automatic Ties but cannot be selected manually, while tie 3 is only equipped with an automatic function.
74. The airplane battery and the APU battery will provide emergency DC power if the battery master switch is ON and the airplane has lost AC power (AIDG deployed). True or False?
a) True
b) False
75. External AC power is supplied through the AC receptacle located at the:
a) Forward part of the airplane
b) Aft part of the airplane
c) Right engine pylon
d) Left engine pylon
76. A charger fault indicates:
a) A weak or dead cell
b) Insufficient charge current
c) Internal over-temperature
d) Both B and C
77. How many 100-ampere transformer rectifier units (TRU) convert the AC supply into 28 Volts DC?
a) 2
b) 3
c) 4
d) 5
78. Each generator control unit controls and monitors the related AC generator system and provides protection for:
a) Over and under voltage generator output
b) Over and under frequency generator output
c) Generator and bus 0ver-current
d) All of the above
e)
79. Loss of power from the left engine's generator will transfer the AC essential bus the right engine's generator automatically. True or False?
a) True
b) False
80. External AC has the _____ priority of any system.
a) Highest
b) Lowest
81. Electrical system failures are indicated:
a) on the primary EICAS page and electrical system page.
b) on the EICAS, the electrical control panel and electrical system pages
c) on the EICAS, the RTU and electrical system pages
d) on the EICAS status page and electrical system pages
82. The main airplane and APU batteries can be charged through external DC power. True or False?
a) True
b) False
83. he battery chargers will shut down as follows:
a) When the charging cycle exceeds a 90-minute time period
b) When a battery fault is detected
c) When a battery charger fault is detected
d) All of the above
84. When the AC power IN USE switch/light is illuminated:
a) the AC network is partially powered
b) the DC network is partially powered
c) all AC and DC busses are powered
d) The AC network is completely powered.
85. The DC essential bus and DC busses 1 and 2 can be cross-tied by operating the appropriate bus tie switch/lights. True or False?
a) True
b) False
86. Priority of the several AC sources can best be described as:
a) On-side IDG, APU GEN, Off-side IDG and AIDG
b) On-side IDG, Off-side IDG, APU GEN and External power.
c) External power, On-side IDG, APU GEN and Off-side IDG.
d) On-side IDG, APU GEN, Off-side IDG and External power.
87. The CSD (constant speed drive) is driven by the variable engine accessory gearbox RPM and uses:
a) Mechanical brake energy to control the speed of the generator
b) An integral hydro mechanical oil system to maintain a constant speed for the generator
c) Increased or decreased generator load to control the speed of the generator
d) A separate gearbox driven by the accessory gearbox to control the speed of the generator
88. The AC and DC electrical synoptic pages can be accessed by:
a) Select ELEC on the ECP, toggling between pages by another push on the STEP button
b) Select ELEC on the ECP, toggling between pages by another push on the same button
c) Select ELEC on the ECP, toggling between pages by another push on the UP and DOWN buttons
d) Select ELEC on the ECP, toggling between pages by another push on the SEL button
89. When AC ESS XFER light on the electrical control panel is illuminated the AC essential bus is powered by:
a) AC utility bus 2
b) AC bus 2
c) IDG 2
d) AC bus 1
90. The ADG supplies 115-volt, 400-Hz, 3-phase AC power at ____ KVA for emergency use when all other sources have been lost.
a) 15
b) 30
c) 28
d) 24
91. The DC service bus is powered by:
a) Normally by the SERV TRU or by APU BATT with DC service switch on the electrical control panel selected ON.
b) Normally by the ESS TRU or by APU generator with DC service switch on the electrical control panel selected ON.
c) Normally by the SERV TRU or by APU BATT with DC service switch on the electrical control panel selected to SERV..
d) Normally by the SERV TRU or by APU generator with DC service switch on the electrical control panel selected ON.
92. IDG 1, 2" caution on the EICAS primary page comes on to indicate that IDG has low oil pressure or oil temperature greater than ____ degrees C.
a) 100
b) 140
c) 160
d) 180
93. Which systems are NOT available with EMER power only?
a) Air Condition/pressurization, Hydraulics, ground & flight Spoilers
b) Air Condition/pressurization, Flaps flight spoilers
c) Air Condition/pressurization, Flaps, ground & flight Spoilers
d) Air Condition/pressurization, Flaps, ground & flight Spoilers
94. Circuit breaker panel 3 is located below the pilot's side console. True or False?
a) True
b) False
95. The APU generator is mounted directly on the APU and is driven at a constant speed of ____ rpm.
a) 9,840
b) 12,000
c) 17,500
d) None of the above
96. Why is the use of AC external power recommended when battery power is to be used for a prolonged period of time?
a) There is no such recommendation.
b) Cooling fans for display units are AC powered, so no display cooling is available when on battery power only.
c) This way the battery chargers are powered which will extend the use of the battery.
d) When on battery power only thee are no EICAS indications since this system is AC powered
97. The TRU‟s powered by the AC generators are used:
a) To deliver DC power to the DC system under normal conditions
b) To deliver DC power to the DC system in emergency situations
c) To deliver DC power to the engine start and iginition system
d) To deliver DC power for battery charging
98. When the IDG disconnect switch is pushed and the IDG fails to disconnect:
a) A mechanical disconnect will occur when CSD internal temperature exceeds a limit or by shearing of the accessory gearbox drive shaft when a over-torque condition is detected.
b) A mechanical disconnect will occur when CSD internal oil pressure drops below a limit or by shearing of the accessory gearbox drive shaft when a over-torque condition is detected.
c) A mechanical disconnect will occur when CSD internal temperature exceeds a limit or by shearing of the IDG drive shaft when a over-torque condition is detected.
d) A mechanical disconnect will occur when CSD emergency disconnect handle is pulled or by shearing of the IDG drive shaft when a over-torque condition is detected.
99. When both IDG's are lost, and the APU GEN is lost or off, the ADG is automatically deployed resulting in EMER power only situation. The following systems are lost:
a) Air-conditioning and pressurization, Yaw damper 2, Ground and flight spoilers and Flaps.
b) Air-conditioning, Yaw damper 1, Ground and flight spoilers.
c) Air-conditioning and pressurization, Yaw dampers, Ground and flight spoilers and Auto-pilot
d) Air-conditioning and pressurization, Yaw damper 2, Ground and flight spoilers and Stall warning stick pusher.
100. The 17-ampere 24-volt main battery provides power to which system(s)?
a) Backup power to the AHRS, PSEU and APU ECU
b) Backup power to the EICAS DCU’s and airplane clocks
c) Battery power to the flight compartment lighting system
d) All of the above
101. Monitoring of system status is done using the EICAS AC synoptic page. The AC bus system consists of the following buses:
a) AC bus 1 and 2, AC essential bus, AC service bus, AC non essential busses 1 and
b) AC bus 1, AC essential bus I and 2, ADG bus, AC non-essential busses 1 and 2.
c) AC bus 1 and 2, AC essential bus, AC service bus, AC utility busses 1 and 2.
d) AC bus I and 2, AC essential bus, ADG bus, AC utility busses I and 2
102. When the Battery master switch is selected ON:
a) APU and Main batteries supply power to MAIN BATT DIR BUS, the APU DIR BUS and the BATT BUS.
b) Main batteries supply power to MAIN BATT DIR BUS.
c) APU and Main batteries supply power to MAIN BATT DIR BUS and the APU DIR BUS.
d) APU and Main batteries supply power to MAIN BATT DIR BUS, the APU DIR BUS and the ESS BUS.
103. In case of dual generator failure:
a) the inverter powered by the APU generator is still available.
b) the complete DC system will be automatically supplied by the batteries.
c) the ADG is automatically deployed.
d) the DC system will be without power
104. Battery chargers, powered by the DC utility busses, maintain the main and APU batteries in a charged condition. True or False?
a) True
b) False
105. AC power is generated by:
a) Two generators, APU generator and an ADG
b) Two IDG's, APU generator and an air driven IDG
c) Two IDG's, APU generator and an AIDG
d) Two ADG's, APU generator and an IDG
106. Emergency electrical DC power is available on the DC essential bus, left and right battery bus, APU battery bus and main battery direct bus. True or False?
a) True
b) False
107. DC power is generated by:
a) Aircraft batteries only
b) A DC generator driven by the engine accesory gearbox
c) 5 static inverters and two aircraft batteries
d) The aircraft batteries and the transformer rectifier units (TRU)
108. The _____ APU battery provides cranking power for starting the APU.
a) 43 ampere hour 28 volts
b) 43-ampere hour 24 volt
c) 17-ampere hour 24 volt
d) 17-ampere hour 28 volt
109. Galley system circuit breakers are used to protect ovens and the coffee maker. True or False?
a) True
b) False
110. A weak or dead cell and internal over-temperature are indications of what?
a) A charger fault
b) An electrical fault
c) A DC bus fault
d) A battery fault
111. Which systems are NOT available with EMER power only?
a) Air conditioning/pressurization, flaps, Ground & Flight spoilers and Yaw Damper 1
b) Air conditioning/pressurization, flaps, Flight spoilers and Yaw Damper 1
c) Air conditioning/pressurization, flaps, Ground spoilers and Yaw Damper 2
d) Air conditioning/pressurization, flaps, Ground & Flight spoilers and Yaw Damper 2
112. The ADG bus supplies AC power to the AC essential bus. True or False?
a) True
b) False
113. Which busses are powered by the ADG?
a) The complete AC network except AC utility busses
b) ADG Bus, AC essential bus and DC essential bus via the ESS TRU 1.
c) ADG bus only
d) ADG, AC essential and AC utility busses
SECTION 25
EQUIPMENT / FURNISHINGS
114. A waste system is provided to drain, rinse, prime and flush the toilet. True or False?
a) True
b) False
115. The toilet has an integral 70-liter tank, and a motor pump and timer control the flushing cycle. True or False?
a) True
b) False
116. An adjustable water shut off valve is located within the galley area to shut off or control water flow to the coffee/water dispenser. True or False?
a) True
b) False
117. Controls, indicators and circuit breakers for the lavatory portion of the water system are located on the potable water system control panel. True or False?
a) True
b) False
118. _____ water system servicing panels are provided on the exterior lower fuselage.
a) 1
b) 2
c) 3
d) 4
119. The water system supplies potable water to:
a) The water dispenser in the galley
b) Coffee maker in the galley
c) Sink in the lavatory
d) Both A and B
120. Fresh water is supplied to the lavatory sink faucet from a single 19-liter water tank, located _____.
a) In the upper fuselage area of the baggage compartment
b) Under the galley floor
c) Under the baggage compartment floor
d) In the lavatory compartment
121. The waste tank empties through a cable-operated drain valve and exits the airplane via a heated waste valve on the exterior servicing panel. True or False?
a) True
b) False
122. The toilet is a flush type with a priming pre-charge of __ liters.
a) 7.8
b) 8.7
c) 9.2
d) 9.6
123. Fresh water is supplied to the galley from a single 19-liter water tank, located _____.
a) In the upper fuselage area of the baggage compartment
b) Under the galley floor
124. An adjustable water shut off valve is located_____ in the lavatory service compartment to control or shut off water flow to the faucet.
a) Under the wash basin
b) Behind the toilet
SECTION 26
FIRE PROTECTION
125. When the APU fire push switch-light is pushed both squibs are armed and the armed/discharge lights are illuminated, furthermore
a) APU fuel feed SOV closes, APU shut down is initiated, APU LCV closes, APU generator is tripped OFF
b) APU fuel feed SOV closes, APU LCV opens, APU generator is tripped OFF
c) APU shut down is initiated, APU LCV closes, APU generator is tripped OFF
d) APU fuel feed SOV closes, APU shut down is initiated, APU LCV opens, APU generator is tripped OFF.
126. What happens when the smoke density in the cargo compartment exceeds a pre-determined limit but only detected by one of the smoke detectors?
a) Power to the cargo compartment fan and heater is removed.
b) A signal is send to EICAS
c) Cargo compartment air is shut off
d) All of the above
127. Two firex bottles located where provide engine fire extinguishing agent?
a) Under pilot’s seat
b) Main landing gear wheel wells
c) Cargo compartment
d) Rear fuselage equipment bay
128. What happens when smoke density in the lavatory exceeds a predetermined level?
a) The smoke detector sends a signal to EICAS
b) The smoke detector sounds an aural alarm in the lavatory
c) Both A and B
d) None of the above
129. Overheat detection systems are installed in the jet-pipe and pylon areas of each engine and in the main gear wheel wells. True or False?
a) True
b) False
130. Each fire and overheat detection system consists of dual heat sensing elements, which are mounted parallel to each other in which area(s)?
a) APU compartment
b) LH and RH nacelle, zone A
c) LH and RH jet-pipe and pylon, zone B
d) All of the above
131. When the APU fire push switch, on the co-pilot's glare-shield panel, is pushed in:
a) APU firex bottle squib is armed and the APU fuel feed SOV closes
b) APU fire shutoff relay is energized to shutdown the APU
c) APU bleed air load control valve closes
d) All of the above
132. Where does the fire protection system provide the means to detect and extinguish a fire?
a) Galley
b) Engine nacelles
c) APU compartment
d) Both B and C
133. Fire extinguishing in the lavatory waste compartment is carried out manually. True or False?
a) True
b) False
134. How is the cargo firex bottle tested?
a) Using the cargo fire push button on the glare-shield.
b) Using the cargo firex test switch on the fire detection and firex monitor panel.
c) Using the cargo firex test switch on the cargo fire control panel.
d) Can only be tested by maintenance on ground.
135. Operation of mobile transceivers in close proximity to the smoke detectors may cause a false alarm. True or False?
a) True
b) False
136. APU fire extinguishing operate either in ground or air mode, the difference between modes is the fact that on ground the APU automatically shuts down while in air this is a pilot action. True or False?
a) True
b) False
137. The cargo compartment has two smoke detectors installed under-floor. True or False?
a) True
b) False
138. When the LH or RH fire push switch-light is pressed the bottle squibs are armed and both switch-lights illuminate, furthermore:
a) The bleed air SOV closes, hydraulic SOV closes and the engine driven generator is tripped OFF
b) The fuel feed SOV closes, bleed air SOV closes and the engine driven generator is tripped OFF
c) The fuel feed SOV closes, bleed air SOV closes, hydraulic SOV closes and the engine driven
d) generator is tripped OFF
139. Both the detection systems and extinguishing systems permit testing and monitoring for system faults from the _____.
a) Flight compartment
b) Ground service crew
c) Flight attendant compartment
d) None of the above
140. Engine Fire squibs are tested during pre-flight using the following test procedure:
a) Fire push light pushed and illuminated armed discharge light pushed resulting in SQUIB OK status message on the secondary EICAS page.
b) Selecting the engine bottle switch on the FIREX monitor panel to test which will result in LH/RH squib 1 and 2 message on the EICAS status page.
c) Selecting the engine bottle switch on the fire detection panel to test which will result in LH/RH squib I and 2 message on the EICAS status page.
d) Pushing Fire push light and selecting the engine bottle switch on the FIREX monitor panel to test resulting in SQUIB OK aural message.
141. L FIRE FAIL Caution message indicates:
a) After a detected fire the extinguishing system has failed.
b) Indicates a engine fire detector loop failure (A or B).
c) Indicates both on-side fire detector loops failed.
d) Both fire extinguisher bottles are discharged but a fire is still detected by the one of the fire detector loops.
142. What happens when a fire, overheat or smoke condition is sensed by the applicable system?
a) Visual message on the EICAS primary display
b) The relevant switch/lights on the glare-shield panel come on
c) An aural warning may be provided
d) All of the above
143. When the APU fire warning horn is heard this indicates;
a) There is a APU fire detected, crew must respond to extinguish by selecting the armed/discharge switch-light on the external control panel.
b) There is a APU fire and the fire bottle is already been discharged.
c) There is a APU fire but automatic fire fighting system failed, so crew intervention is mandatory.
d) There is a APU fire detected and the system will commence in fire fighting after 10 seconds.
144. Each firex bottle is equipped with:
a) Pressure gauge and a left and right discharge line
b) Two pressure relief valves and a left and right squib
c) A left and right squib and a pressure relief valve
d) Both B and C
c)
145. After discharge of the first bottle into no 1 Engine making use of the push dot discharge switch-light, the second bottle is discharged by means of:
a) Pushing the same switch-light after 30 seconds
b) Pushing any illuminated armed/discharge light on the glare-shield will discharge the second bottle into the engine
c) Pushing the same switch-light after selecting OTHR ENG switch on the fire protection panel.
d) Pushing the off-side illuminated fire bottle switch-light
146. After a successful engine fire fighting procedure, the extinguished fire is indicated by:
a) An Aural message “LH/RH FIRE OUT”
b) a silenced fire bell
c) an extinguishing bottle armed/discharge switchlight
d) an extinguished Fire push light
SECTION 27
FLIGHT CONTROLS
147. Computer-controlled stabilizer trim is available from the____and Mach trim.
a) SECU 1
b) SECU 2
c) AFCS
d) None of the above
148. The four spoiler panels located on the upper surface of each wing function to dump lift and increase drag to assist other breaking systems during landing or in the event of a rejected take-off. True or False?
a) True
b) False
149. In case of a disconnected elevator:
a) Flaps have to be selected to regain pitch control.
b) The aircraft has to be trimmed fully nose-up to regain pitch control.
c) The aircraft has to be trimmed fully nose- down to regain pitch control.
d) Normal flight operation without excessive trimming is possible.
150. Aileron, horizontal stabilizer and rudder trim controls are provided at:
a) The center pedestal and overhead panel
b) The overhead panel and control wheel switched
c) The center pedestal and control wheel switches
d) None of the above
151. There are ______ spoiler panels located on the upper surface of each wing, just forward of the flaps.
a) 2
b) 3
c) 4
d) 6
152. Trim of the primary flight controls is:
a) aileron and rudder mechanical, stabilizer hydraulically
b) all electrical.
c) aileron and rudder hydraulically, stabilizer mechanical.
d) aileron and rudder electrical/ hydraulically, stabilizer electrically.
153. All flap segments are mechanically bussed together on each side for simultaneous _____ and ____.
a) Selection, monitoring
b) Actuation, monitoring
c) Actuation, deployment
d) Extension and retraction
154. Longitudinal control is provided by the ____ and supplemented by a moveable horizontal stabilizer for maintaining longitudinal trim.
a) Elevators
b) Ailerons
c) Rubber
d) None of the above
155. Elevator up or down position can checked on :
a) the relevant EICAS system page.
b) the PFD.
c) the FIVIS system page.
d) the elevator indicator on the main instrument panel.
156. The flaps are driven by two AC power drive units (PDU) when one of them fails, flap operation:
a) is not affected
b) is no longer available, flaps will remain stationary in last selected position
c) speed is 50% of normal speed
d) only the outer segments will remain operational.
157. Flap position is indicated on primary EICAS page:
a) at all times.
b) when flaps are selected greater than zero degrees.
c) when the landing gear is not up and locked
d) both b and c are correct but in addition also when BTMS is in red range of operation.
158. Aileron positions are shown on the _____ page of EICAS.
a) Primary
b) Menu
c) Status
d) Flight controls
159. Elevator control is a dual system, that:
a) is normally inter-connected by a pitch-disconnect unit.
b) is normally not inter-connected.
c) operates completely independent of each other
d) is always inter-connected.
160. Two independent yaw damper systems operate continuously in flight to improve the airplane's lateral/directional stability and turn coordination. True or False?
a) True
b) False
161. The primary flight surfaces are _____ actuated.
a) Electronically
b) Manually
c) Hydraulically
d) None of the above
162. The horizontal stabilizer assist the elevators in providing____.
a) Roll control
b) Pitch control
c) Rudder deflection
d) All of the above
163. Flight spoilers provide lift dumping in flight. True or False?
a) True
b) False
164. Position and status of the primary flight controls can be displayed at:
a) EICAS main page
b) FMS flight control page
c) PFD system page
d) EICAS flight controls system page
165. The stall protection system provides the flight crew with aural, visual and feel indications of an impending stall and, if no corrective action is taken, the system activates:
a) The FECU
b) The stick pusher mechanism
c) The SECU
d) All of the above
166. A Gust lock device:
a) locks the elevator in the AND position.
b) locks the elevator in the ANU position.
c) does not lock the elevator, only ailerons and rudder..
d) is not installed so the elevator, ailerons and rudder are not locked by a gust-lock.
167. How many flutter dampers are on each elevator?
a) 1
b) 2
c) 3
d) 4
168. When the aileron are disconnected during flight the spoileron system:
a) is partially de-activated, on the non operational aileron side the spoileron is also non operational.
b) is partially de-activated, on the operational aileron side the spoileron is de-activated.
c) is de-activated, both spoileron are locked in neutral position
d) is still fully operational provided the roll select push button on the glare shield is pushed.
169. When the elevator disconnect unit is disconnected:
a) this can be reset by pushing the 'RESET STBY ELEV p/b.
b) this can only be reset with the AP off.
c) this can only be reset on-ground.
d) this can be reset at all times, by placing dicopnnect handle in normal position.
170. The Mach trim system provides longitudinal stability at airspeeds above Mach ____.
a) 0.35
b) 0.4
c) 0.55
d) 0.6
171. flaps are:
a) electrically operated
b) hydraulically operated
c) mechanically operated
d) electrically controlled and hydraulically operated
e)
172. A rudder disconnect unit:
a) Is installed for maintenance testing
b) Is installed in the yaw damper system
c) Is not installed
d) Is installed to maintain controllability in case of a jammed rudder control system
173. The ground spoilers have only two positions: Fully retracted during flight or fully deployed at 45 degrees after landing. True or False?
a) True
b) False
174. An aileron disconnect unit is installed to:
a) disconnect aileron control during taxi with high gusts conditions.
b) disconnect ailerons to prevent 'Dutch Roll'.
c) disconnect controls for flight control testing.
d) regain roll-control in case of a jammed aileron situation.
175. Spoilerons prevent aileron or elevator flutter when hydraulic fluid is lost at the aileron or elevator PCU‟s. True or False?
a) True
b) False
176. On the rudder position scale of the EICAS flight controls page, the left tick mark represents ____ degrees.
a) 23.6
b) 24.6
c) -20.8
d) 33
177. Flap position indication has a relation with:
a) inboard flap segment only
b) outboard flap segment only
c) both flap segments
d) indicates the outboard but till has a relation with the inboard segment
178. Primary flight controls interconnected by a disconnect unit are:
a) rudder, elevator and aileron.
b) elevator and ailerons.
c) elevator and rudder.
d) ailerons and rudder
179. The secondary flight controls consist of the horizontal stabilizer, inboard and outboard flaps, flight spoilers, ground spoilers and the various trim systems. True or False?
a) True
b) False
180. On the right aileron position scale of the EICAS flight controls page, the top tick mark represents ____ degrees.
a) 23.6
b) 24.6
c) 20.8
d) 33
e)
181. What happens, during ground operations, when switching power of the APU generator to the engine generator #2, and vice versa?
a) A momentary power loss on DC bus 2
b) Disengagement of yaw damper #2
c) Disengagement of yaw damper #1
d) Both A en B
182. Selectable Flaps positions are:
a) Any position between 0 and 45 degrees
b) 0, 8, 20 and 45
c) 0, 8, 30 and 45
d) 0, 8, 20, 30 and 45
183. The spoileron panel on each wing operates with the ailerons to provide ____ control.
a) Pitch
b) Roll
c) Yaw
d) None of the above
184. The Canadair Regional Jet is equipped with:
a) Hydraulically boosted primary flight controls.
b) Electrically operated primary flight controls.
c) Conventional cable-actuated primary flight controls.
d) a digital operated fly-by-wire primary flight controls system.
185. Elevator trim is done with:
a) an elevator trim wheel in the pedestal.
b) elevator electrical trim switches or an elevator trim wheel on the pedestal.
c) electrical stabilizer trim switches.
d) a stabilizer trim wheel.
186. In order to disconnect the left- and right elevator system in case of a jammed elevator:
a) a higher than normal force has to applied to the control column.
b) the disconnect p/b has to be pressed.
c) the pitch disconnect handle has to be rotated 90 degrees to either side.
d) the AP has to be disconnected.
187. When the ailerons are trimmed:
a) the 'zero' position of the ailerons are changed.
b) both left and right trim tabs are actuated.
c) only the right aileron trim tab is actuated.
d) the spoileron is selected to a "trimmed" position.
188. Directional control about the yaw axis is provided by the _____ system(s).
a) Yaw damper
b) Rudder control system
c) Pitch control
d) All of the above
189. Hydraulic power from all three hydraulic systems is necessary to set aileron trim. True or False?
a) True
b) False
190. The primary flight controls are the:
a) Ailerons
b) Elevators
c) Rudder
d) All of the above
e)
SECTION 28
FUEL
191. There are two fuel cross flow systems, a powered- and a gravity cross flow system, the purpose of these systems is:
a) create fuel flow from one of the wing tanks to the opposite engine in order to balance the wing tank quantities.
b) moving fuel between wing tanks to balance the wing tank quantities.
c) moving fuel from the center tank to one of the wing tanks to balance the wing tank quantities.
d) use center collector tank fuel to provide fuel flow for the APU.
192. The temperature of fuel in tanks is continuously monitored by a fuel temperature sensor installed where?
a) Right wing tank
b) Center tank
c) Left wing tank
d) All of the above
193. The airplane level variation is read from two inclinometers located where?
a) On the left side of the pilot's bulkhead
b) On the right side of the pilot's bulkhead
c) Below the pilot's bulkhead
d) None of the above
194. How many compensator units are there in each main tank?
a) I
b) 2
c) 3
d) 4
195. The refuel/de-fuel panel is installed on the right side of the fuselage forward of the right wing, an optional panel is installed on the flight deck.
a) The optional panel has priority over the external panel.
b) Both panel has the same priority.
c) The external panel has priority over the optional panel.
d) The optional has priority provided the priority switch is set to "FLT DCK".
196. The GRAVITY/XFLOW switch turns on the cross-flow/APU pump. True or False?
a) True
b) False
197. In the event of a momentary negative "G" condition in flight, positive fuel flow is supplied to the APU by the right engine fuel feed line. True or False?
a) True
b) False
198. Gravity defueling is possible through fuel drain valves installed at the highest point of each tank. True or False?
a) True
b) False
199. The collector tanks are located:
a) In the outer wing section
b) In the inner wing section
c) Within the feeder tanks
d) In the center tank
200. A dual channel fuel system computer continuously monitors which sub-systems?
a) Fuel quantity indicating and fuel balance
b) Fuel feed
c) Refuel/defuel
d) All of the above
201. The maximum usable fuel load for a pressure refueled aircraft is:
a) 4760 lb. in both wings and 4998 lb. in the center tank which is 14518 lb. in total.
b) 4488 lb. in both wings and 4930 lb. in the center tank, which is 13906 lb. in total.
c) 2159 Kg. in both wings and 2267 Kg. in the center tank which is 6585 Kg in total.
d) both A and C are correct.
202. There are ____ fuel quantity probes in each main tank.
a) 2
b) 3
c) 5
d) 6
203. There are _____ fuel quantity probes in each center tank.
a) 2
b) 3
c) 5
d) 6
204. The fuel flow readout, on the EICAS primary page, indicates fuel quantity, in kilograms per hour, to the respective engine. True or False?
a) True
b) False
205. How many pounds of fuel does the center tank hold?
a) 4760
b) 4998
c) 2135
d) 700
206. How many pounds of fuel does the left main tank hold?
a) 4760
b) 4998
c) 2135
d) 700
207. If fuel quantity imbalance between the main tanks exceeds through _____ kg a FUEL IMBALANCE caution message is presented on EICAS.
a) 162
b) 179
c) 181
d) 193
208. During manual pressure refueling, high level sensors installed in each tank automatically close the refuel/defuel SOVs if the maximum fuel level capacity is inadvertently exceeded. True or False?
a) True
b) False
209. Fuel stored in the center tank is used:
a) For APU fuel feed
b) Only for extended range flights
c) First before the wing tanks are used
d) At the same time the wing tanks are used
210. The fuel system computer initiated automatic fuel crossflow upon detecting a fuel imbalance of _____ kg.
a) 75
b) 80
c) 90
d) 95
211. Fuel is stored in ____ main wing tanks and one auxiliary center-wing tank.
a) 2
b) 3
c) 4
d) 6
212. Gravity refueling of the main tanks and center tank is carried out through filler caps installed on the upper wing surface. True or False?
a) True
b) False
213. Water drain valves, installed at various low points, permit testing of fuel for contamination. True or False?
a) True
b) False
SECTION 29
HYDRAULICS
214. Selecting hydraulic pumps 1B and 2B in AUTO mode causes pumps 1B and 2B to operate when:
a) Respective bus is powered, the associated generator is operating and the flaps are not at zero degrees.
b) Respective bus is powered, the associated generator is operating and the hydraulic system pressure drops below 2100 PSI.
c) Respective bus is powered, the associated generator is operating and the flaps are greater than eight degrees.
d) Respective bus is powered, hydraulic demands are increased beyond the capability of the 1A and 2A ACMP's.
215. System 3 hydraulic lines pass through the wings and are cooled by____ .
a) Fuel
b) Engine bleed air
c) Ram air ventilation
d) Avionics cooling exhaust outflow
216. Systems I and 2 are serviced by ground service panels located in the ____
a) RH fuselage
b) LH fuselage
c) Aft equipment bay
d) None of the above
217. Systems 1 and 2 are each powered by an EDP and an AC motor pump. True or False?
a) True
b) False
218. Electrically-operated ball shut-off valves are installed on the suction lines for the engine-driven pumps 1A and 2A. True or False?
a) True
b) False
219. During normal operation, system 1 provides hydraulic pressure to:
a) Right side primary flight controls
b) Right side spoileron
c) Outboard brakes
d) None of the above
220. System 3 provides hydraulic pressure to:
a) Flight controls (both sides)
b) Landing gear and inboard brakes
c) Nose wheel steering
d) All of the above
221. Pump 3B is automatically run during an AC power failure. True or False?
a) True
b) False
222. The EDP‟s draw fluid from their reservoirs through _____.l
a) AC motor pump toggle switches
b) Pressure relief valve
c) Firewall shut-off valves
d) None of the above
223. The outboard brake pressure readout, on the EICAS hydraulic page, displays amber to indicate pressure is less than 1000 psi. True or False?
a) True
b) False
224. The two engine driven hydraulic pumps (EDP 1 and 2) are the main hydraulic power source for the systems:
a) 1 and 2
b) 2 and 3
c) 1, 2 and 3
d) 1 and 3
225. The ADG, when deployed, energizes ACMP 3b:
a) when pressure in system 3 drops below threshold.
b) upon 3B switch selection to ON.
c) automatically, regardless of switch position.
d) when the AC network is restored.
226. Pump 3B is operated during takeoffs and landings. True or False?
a) True
b) False
227. System 2 provides hydraulic pressure to:
a) Right side primary flight controls
b) Right side spoileron
c) Outboard brakes
d) All of the above
228. If IDG 2 is disconnected, hydraulic pump 1B is load shed, and the APU generator cannot power pump 1B. True or False?
a) True
b) False
229. Normal hydraulic system pressure is:
a) Between 0 and 3000 PSI
b) Can’t tell, this depends on accumlator pre-load
c) Approximately 3000 PSI
d) Between 1800 and 3000 PSI
230. Hydraulic systems 1and 2 hydraulic fluid is cooled using a single air/hydraulic fluid heat exchanger which is located in the aft equipment bay. The following applies to the described system.
a) Although systems 1 and 2 share the heat exchanger there is no mixing of hydraulic fluid of the two systems
b) Since there is only one hat exchanger both systems must be pressurized to prevent mixing of hydraulic fluid between the two systems
c) On ground use of hydraulic system 1 and 2 must be avoided because of insufficient cooling of hydraulic oil.
d) At very low temperatures (10C and lower) during start-up the heat exchanger cooling air is by-passed around the heat exchanger.
231. The inboard brake pressure readout, on the EICAS hydraulic page, displays green to indicate pressure is between ____ and 3200 psi.
a) 500
b) 700
c) 1000
d) 1500
232. Only hydraulic system no 2 is providing hydraulic power for the :
a) inboard brakes
b) outboard ground spoilers
c) outboard brakes
d) outboard flight spoilers
233. The electrically hydraulic shut-off valves are installed in the supply lines of engine driven pumps 1A and 2A, and are normally open. These valves can be closed:
a) De-selecting the corresponding 1A or 2A hydraulic pump.
b) Thrust lever of the associated engine to cut-off position.
c) Pushing the ENG FIRE push switch-light on the glare shield.
d) Pulling circuit breaker of the valve will close the spring loaded valve.
234. All hydraulic systems operate a nominal pressure of 20,685 kPa. True or False?
a) True
b) False
235. AC-motor pumps 1B and 2B will automatically start during an engine failure. True or False?
a) True
b) False
236. The function of the in the hydraulic system installed accumulators is:
a) to satisfy the instantaneous demands of aircraft systems and dampening of pressure surges within the hydraulic system.
b) To serve a an extra heat exchanger making use of nitrogen as coolant.
c) to serve as a power source in order to pre-pressurize the hydraulic reservoirs.
d) to allow continuous operation of the hydraulic consumers after a hydraulic pump failure.
237. Systems 1 and 2 are serviced by ground service panels located in the LH fuselage. True or False?
a) True
b) False
238. Systems 3 is serviced by a ground service panel located in the aft equipment bay. True or False?
a) True
b) False
239. System 3 is powered by ____ AC motor pumps
a) 2
b) 3
c) 4
d) 5
240. Both systems 2 and 3 share a ram air/oil heat exchanger for fluid cooling. True or False?
a) True
b) False
241. ACMP 1b and 2b are powered by their respective generator electrical output, in case of generator failure:
a) the associated hydraulic pump is lost for the remainder of the flight.
b) the control logic allows automatic electrical load shedding of the cross side ACMP.
c) the failed pump hydraulic system tasks are taken over by the cross side hydraulic system.
d) the on-side A hydraulic pumps (1A or 2A) are switched ON automatically
242. All hydraulic systems operate at a nominal pressure of ____ kPa.
a) 20,000
b) 20,685
c) 20,765
d) 20,865
243. HYD 1HI TEMP comes on, on the EICAS primary page, to indicate that corresponding system has a fluid temperature above ____degrees C.
a) 85.2
b) 95.7
c) 97.6
d) 102.5
244. When a pump switch is set to AUTO, the pumps automatically start under which conditions?
a) Flaps are in the 0 degree position
b) Associated IDG is operating
c) Flaps are out of the 0 degree position
d) Both B and C
245. With exception of the engine driven hydraulic pumps, teh major components are located
a) in the hydraulic compartment below the center fuel tank
b) in the aft equipment bay
c) in the avionics bay
d) in the forward equipment bay
246. During pre flight checks the hydraulic reservoirs quantity must be checked to be:
a) below 96%
b) within 45% and 85%
c) at least 45% for reservoirs I and 2 and 85% for reservoir 3
d) more than 45%
SECTION 30
ICE RAIN PROTECTION
247. A cross over duct with a(n) ____ valve provides wing anti-ice to both wings from either engine.
a) Relief
b) Isolation
c) Both A and B
d) none of the above
248. Which systems are provided for airplane ice and rain protection?
a) Hot air anti-icing and electrical anti-icing
b) Ice detection and alerting
c) Windshield rain removal
d) All of the above
249. Probe heat must be selected on for all phases of flight. True or False?
a) True
b) False
250. 14th stage bleed air valve is open when:
a) when selected by the push button on the bleed air control panel.
b) valve is selected by push button and 14th stage bleed air pressure is available.
c) when thrust-reversers are selected.
d) as soon as the engine reaches stabilized RPM after engine start.
251. ICE DET TEST switch light on the ice protection panel has the following functions:
a) "Ice detected" indicator and no anti-ice systems selected.
b) Ice-detector test in progress indication.
c) "Ice detected" indicator and indicates a successful ice-detector test.
d) "Ice detected" indicator and all anti ice-systems selected.
252. Electrical anti-icing is provided for:
a) Pilot's and co-pilot's windshields
b) Alternate static port
c) Left and right angle-of-attack sensors
d) All of the above
253. The Ice light on the anti-ice panel flashes if:
a) Ice is encountered
b) Both anti-ice systems are not selected
c) During tests to indicate system is operational
d) All of the above
254. Independent ice detection probes alert the flight crew when ice formation is greater than ______ inch.
a) .010
b) .015
c) .020
d) .025
255. The left and right static probes, TAT probes and ice detectors use ______ anti-icing.
a) Hot air
b) Electrical
c) Both A and B
d) None of the above
256. Hot air anti-icing is provided by 9th stage engine bleed air. True or False?
a) True
b) False
257. Hot air anti-icing is inhibited during thrust reverser operations. True or False?
a) True
b) False
258. When the LH winshield wiper switch is selected to SLOW while the RH switch is selected to FAST:
a) Both wipers will operate at high speed
b) An EICAS caution message “LH WIPER SLOW” is triggered
c) LH wiper operates at slow speed while RH wiper operastes at high speed
d) Both wipers will operate at slow speed
259. Two independent windshield wipers maintain clear areas on the windshield during ____.
a) Takeoff
b) Approach
c) Landing
d) All of the above
260. Windshield and window heat is controlled by switches located on the ANTI-ICE panel, the LH WSHLD switch:
a) controls LH front windshield and LH window heating.
b) controls the LH windshield only.
c) controls LH front windshield and RH window heating.
d) controls the LH front windshield only.
261. How is aileron and rudder trim accomplished ?
a) Electrically repositioning of control cables through the trim system repositions the control surface
b) Electrically repositioning of trim tabs
c) Hydraulically repositioning of trim tabs
d) Mechanical repositioning of the control surface
262. The probe heat system is checked by pressing the _____ switch on the anti-ice panel.
a) LH probe
b) DET TEST
c) RH probe
d) None of the above
263. During icing conditions, each detector can only detect ice once before the probes have to be manually de-iced by a ground crew. True or False?
a) True
b) False
264. Switching the LH or RH cowl anti ice switch to ON position:
a) activated the automatic temperature control system which opens and closes the valve depending on the measured temperature.
b) removes electrical power from the cowl anti-ice valve allowing it to open.
c) electrically open the cowl anti-ice valve.
d) pneumatically open the cowl anti ice valve provided 14th stage bleed air is available
265. Overheat protection circuits supply power to the affected panel during an overheat condition. True or False?
a) True
b) False
266. Two ice detectors are installed on the _____.
a) Forward fuselage
b) Aft fuselage
c) Both A and B
d) None of the above
267. The Right Cowl Piccolo Tube and Duct indication, on the EICAS anti-ice page, displays amber to indicate an operational condition. True or False?
a) True
b) False
268. Engine bleed air is distributed through piccolo tubes to the inner surface of wing leading edge for wing anti-icing. True or False?
a) True
b) False
269. The probe heaters system consists of electric heating elements within the:
a) Pitot tubes and static ports
b) Angel-of-attack transducer vanes
c) TAT probes and ice detectors
d) All of the above
270. Hot air anti-icing prevents the formation of ice on the ____.
a) Trailing edge
b) Leading edge
c) Engine intake cowls
d) Both B and C
271. When LH 14th stage bleed valve is closed, wing anti-ice on the LH side:
a) is no longer possible.
b) is only possible when the isolation valve is opened.
c) still is operational.
d) is still operational using 10th stage bleed air.
SECTION 31
FLIGHT INSTRUMENTS/RECORDING SYSTEMS
272. Status messages.
a) Indicate that an abnormal condition exists or that a failure has occurred, presented below the advisory message and removable from screen at any time.
b) Indicate that an abnormal condition exists or that a lower priority failure has occurred, presented above the advisory message and removable from screen at any time.
c) Indicate that an abnormal condition exist or that a lower priority failure has occurred, presented below the advisory message and only removable from screen when the problem is solved or related system is switched OFF
d) Indicate that an abnormal condition exists or that a lower priority failure has occurred, presented below the advisory message and removable from screen at any time.
273. The selected decision height readout, on the PFD, is displaced upon descent below _____ feet RA.
a) 1000
b) 1500
c) 2000
d) 2500
274. The following is a list of the available system pages normally presented on the secondary EICAS page.
a) ECS, HYD, ELEC, APU, FUEL, F/CTL, A/ICE, DOORS
b) ECS, HYD, ELEC, ENG, FUEL, F/CTL, A/ICE, DOORS
c) ECS, HYD, ELEC, FUEL, F/CTL, A/ICE, DOORS
d) ECS, HYD, ELEC, BLEED, FUEL, F/CTL, A/ICE, DOORS
275. The following best describes “Advisory messages”:
a) Are presented in white and show that a safe condition exist and cannot be removed from screen unless the applicable system is switched OFF
b) Are presented in green and show that a safe condition exist and can be removed from screen at any time.
c) Are presented in green and show that a safe condition exist and cannot be removed from screen.
d) Are presented in green and show that a safe conditions exist and cannot be removed from screen unless the applicable system is switched OFF
276. When is the Take-off configuration armed?
a) When the aiplane is on the ground and both engines are accelerated towards take-off thrust (N1  70%) and TO CONFIG switch/light on the lower pedestal is selected.
b) When the aiplane is on the ground and both engines are accelerated towards take-off thrust (N1  70%) and aircraft ground speed is above 25 knots.
c) When the aiplane is on the ground and one of both engines is accelerated toward take-off thrust (N1  70%).
d) When the aiplane is on the ground and both engines are accelerated towards take-off thrust (N1  70%)
277. The radio altimeter system provides an accurate measurement of absolute altitude from 0 to ____ feet.
e) 2000
f) 2250
g) 2500
h) 3000
278. What is the main source for the stall protection system?
a) Stall Warning Computer
b) Mach Transducer
c) Air Data Computer
d) None of the above
279. AHRS provides attitude gyro, directional gyro and 3-axis rate/accelerometer data to various airplane systems. True or False?
a) True
b) False
280. Resistance changes from the temperature probe provide____ sensor data.
a) TAT
b) Airspeed
c) Altitude
d) All of the above
281. When the ECP (EICAS control panel) fails,
a) all functions of buttons are lost
b) The system pages, CAS and STEP functions are no longer available.
c) the reversionary control panel can be used to display system pages on the EICAS secondary page.
d) PRI, STAT, CAS, STEP functions are still available while all other functions are lost.
282. By which electrical bus is the CVR powered ?
a) AC ESS BUS
b) DC BUS I
c) DC ESS BUS
d) NONE OF THE ABOVE
283. EFIS/EICAS CRT page priority is:
a) Primary flight display, Status page, Multifunction display page, Engines page, Synoptic page
b) Primary flight display, Engines page, Status page, Synoptic page, Multifunction display page
c) Status page, Multifunction display page, Engines page, Primary flight display, Synoptic page
d) Status page, Primary flight display, Multifunction display page, Synoptic page, Engines page
284. The radio altimeter provides the pilot's and co-pilot's PFD‟s with which readouts?
a) Radio altitude readout
b) Decision height set readouts
c) Decision height alerts and radio altimeter fail flags
d) All of the above
285. Two master caution switch/lights come on flashing when a caution occurs, Pushing either MASTER CAUTION switch/light.
a) will place a caution message on the CAS field, the Master Caution light remains steady illuminated until the problem does not longer exist
b) extinguishes both master caution lights for the duration of that caution and resets the lights for future cautions
c) extinguishes both master caution lights and resets the light for future cautions
d) extinguishes the depressed caution light for the duration of that caution and resets the light for future cautions
286. The take-off configuration warning system checks the following systems.
a) Flaps, spoilers, Hor.stabilizer, parking brake, rudder trim, aileron trim reverse control handles.
b) Autopilot , flaps ground-spoilers, Hor.stabilizer, parking brake, rudder trim, aileron trim.
c) Autopilot, flaps, spoilers, Hor.stabilizer, parking brake, rudder trim, aileron trim.
d) Autopilot, flaps, spoilers, elevator trim, parking brake, rudder trim, aileron trim.
287. Warning of a impending stall is provided to the crew by the following
a) A warbler, glare-shield STALL light comes ON, and vibration of both columns, when the AOA continues to increase a stick pusher is activated
b) A warbler, and vibration of both column, when the AOA continues to increase a stick pusher is activated
c) A warbler, glare-shield STALL light comes ON and vibration of both columns, when the AOA continues to increase an aural STALL message is announced and the pusher is activated
d) a cavalry charge audio signal, glare-shield STALL lights come ON, and a stick shaker and pusher are activated and an aural STALL message is announced.
288. Static and pitot port inputs to each ADC's differential sensor produce the ____ sensor data.
a) TAT
b) Airspeed
c) Altitude
d) All of the above
289. The standby altimeter/indicated airspeed unit uses the ___ source and ___ source.
a) P1, S2
b) P2, S2
c) P3, S3
d) All of the above
290. The air data system interacts/interfaces with which systems?
a) ATC transponder and GPWS
b) Wind-shear detection and recovery guidance system and TCAS
c) A and B
d) None of the above
291. When a reversionary switch is set at either 1 or 2, the display receives information from ____.
a) A single source
b) Its on-side source
c) Both A and B
d) None of the above
292. The roll comparator indication, on the primary flight display, is displayed when a difference of ___ degrees level flight or ___ degrees on approach has been detected.
a) 4, 3
b) 3, 4
c) 5, 6
d) 6, 5
293. When a new caution message is to be presented on the CAS field:
a) It will appear on top of the listed messages on the CAS field.
b) It initially will appear on top of the listed messages and moved to alphabetical order after the message is acknowledged.
c) It will appear on top of the listed caution messages on the CAS field.
d) It will appear on top of the listed caution messages on the CAS field after master caution is reset.
294. The air data reference panels (ARP‟s) enable pilot selection of airspeed reference pointers and barometric correction for altitude. True or False?
a) True
b) False
295. The standby attitude indicator displays airplane pitch and bank angle for at least ____ minutes after power failure.
a) 5
b) 7
c) 9
d) 11
296. Using the reversionary control panel what can the Multi Function Display be used for?
a) Presenting the on-side PFD or EICAS primary and secondary display information
b) Presenting the Off-side PFD or EICAS primary and secondary display information
c) Presenting the on-side PFD or EICAS secondary display information
d) Presenting the On-side PFD or EICAS primary display information
297. When a problem caused a caution message to appear on the CAS field, the message will be removed when:
a) When the problem does no longer exist
b) After pressing the master caution light
c) The corresponding system circuit breaker is pulled
d) The system is reset
298. When will the landing gear horn of the landing configuration warning system sound?
a) Any gear not down and locked and one or both thrust levers selected to idle.
b) Two minutes after ground to air transition, any gear not down and locked and one or both thrust levers selected to idle.
c) Two minutes after ground to air transition, any gear not down and locked and IAS <163 KIAS and one or both thrust levers selected to idle.
d) Two minutes after ground to air transition, any gear not down and locked and both thrust levers selected to idle.
299. Is it possible to mute the landinggear horn of the landing configuration warning system?
a) Yes, at all times by the MUTE knob on either audio control panel.
b) Yes, but only when one thrust lever is at idle
c) No, since this is a warning system the situation can only be corrected by selecting the gear down.
d) Yes, but only when one thrust lever is at idle or by selecting the gear down
300. Each AHRS receives compass compensation values from the ____.
a) On-side flux detector
b) Applicable air data system
c) On-side remote compensator
d) None of the above
301. How is the crew notified of the fact that the aircraft is in a safe take off configuration?
a) When the system does not indicate an unsafe situation by flashing both master warning light the take-off is considered to be safe.
b) T/O CONFIG OK advisory (green)message comes on, and the message is removed upon aircraft rotation.
c) T/O CONFIG OK advisory (green)message comes on, and the message is removed by the CLR button on the ECP (EICAS control panel).
d) T/O CONFIG OK status (white)message comes on, and the message is removed upon aircraft rotation.
302. The flight compartment's clocks are the time base source for the airplane avionics equipment. True or False?
a) True
b) False
303. Each AHRS computer receives magnetic flux sensor input from the _____.
a) On-side flux detector
b) Applicable air data system
c) On-side remote compensator
d) None of the above
304. Static port input to each ADC‟s absolute sensors produces the ____ date.
a) TAT sensor
b) Airspeed sensor
c) Altitude sensor
d) All of the above
305. TAT probe readings are used to obain the ambient-static temperature before take-off. True or False?
a) True
b) False
306. Two pitot-static systems are provides to supply variable pressure inputs to the ADC‟s and the Mach transducers of the stall protection system. True or False?
a) True
b) False
307. In the indicating system, for synoptics, the color "half intensity magenta" is used .
a) when invalid data is received by the indicating system
b) for advisory information only
c) when the displayed information is related to the FIVIS system
d) Both A and C are correct
308. Where is the standby compass located in the flight compartment?
a) Below the overhead panel
b) On the center pedestal
c) On the observer's station
d) On primary flight display
309. In the event of a PFD failure, the PFD format may be displayed on the adjacent MFD by actuation of the ______ switch.
a) MFD format selector
b) Reversionary mode
c) TCAS
d) None of the above
310. Each MRS computer receives true and vertical speed from the _____.
a) On-side flux detector
b) Applicable air data system
c) On-side remote compensator
d) None of the above
311. A dual total air temperature probe is provided to supply temperature input to ADC 1 and 2. True or False?
a) True
b) False
Section 32:
Landing gear and brakes.
312. _____ heat sensitive fusible plugs are installed in each wheel to release excessive air pressure caused by heat build-up in the wheel/tire assembly.
a) 2
b) 3
c) 4
d) 5
313. The nose wheel steering system is a steer-by-wire system. True or False?
a) True
b) False
314. The landing gear system is a retractable tricycle type consisting of ____ main landing gear assemblies and a ____ landing gear assembly.
a) 3, nose
b) 2, nose
c) 3, forward
d) 2, forward
315. The landing gear control lever is equipped with a solenoid lock which prevents up selection of the landing gear control lever with the airplane on the ground. True or False?
a) True
b) False
316. The retraction or extension signal is sent to the ____.
a) EICAS
b) TCAS
c) PSEU
d) GPWS
317. The PSEU monitors the _____.
a) Nose landing gear doors
b) Uplocks and downlocks
c) Position of landing gear
d) All of the above
318. Nose wheel steering is possible to ____ degrees either side of center by the use of the steering tiller.
a) 7
b) 70
c) 9
d) 90
319. The brake wear indicator pins can be checked at any time. True or False?
a) True
b) False
320. The inboard/outboard brake pressure readout, on the EICAS hydraulic page, displays white to indicate brake pressure is ____ than 3200 psi.
a) Less
b) Greater
321. The Brake Temperature Monitoring System monitors the temperature of each brake by the means of a chrome/alumel thermocouple. True or False?
a) True
b) False
322. The brakes of the outboard wheels are powered the ___ hydraulic system.
a) No. I
b) No. 2
c) No. 3
d) None of the above
323. The anti-skid system independently controls the braking of each main wheel by modulating the pressure outputs of the appropriate ____.
a) Dual anti-skid valves
b) Speed transducers
c) Nose landing gear selector valve
d) None of the above
324. The landing gear horn will sound if:
a) Radio altitude is less than or equal to 1000 AGL
b) Landing gear are not locked down
c) Descent rate of greater than or equal to 400 feet per minute
d) All of the above
325. If the correct parameters are met, the PSEU sequentially energizes the appropriate selector values to retract or extend the landing gear using ___ hydraulic pressure.
a) No. 1
b) No. 2
c) No. 3
d) None of the above
326. The PSEU monitors various landing gear proximity sensing inputs and ____ inputs
a) Weight-on-wheels
b) Weight-off-wheels
c) Outboard brakes
d) All of the above
327. Loss of the No. 2 or No. 3 hydraulic system leaves the airplane with ____% symmetric braking capability with ful anti-skid control to the working brakes.
a) 25
b) 50
c) 75
d) None of the above
328. When operating the nose landing gear door on the ground, ensure that the nose wheel and surrounding area are clear of personnel and equipment. True or False?
a) True
b) False
329. You must always ensure that the nose landing gear bay area is clear before selecting the nose door switch to FLT/NORM. True or False?
a) True
b) False
330. _____ brake wear indicator pins on each brake assembly provide a visual indication of brake wear remaining in the disc stack.
a) 2
b) 3
c) 4
d) 5
331. The anti-skid system consists of a dual-channel anti-skid control unit, _____ axle-mounted speed transducers and _____dual anti-skid control valves.
a) 6,4
b) 2,4
c) 4,2
d) 2,6
332. The proximity sensor system consists of the:
a) Proximity sensors and proximity switches
b) Micro switches
c) PSEU
d) All of the above
333. _____ power or ______ power is required to operate the nose landing gear doors on the ground.
a) DC ground, APU AC
b) APU ground, AC
c) DC ground, APU DC
d) AC ground, APU AC
334. Each landing gear assembly is equipped with a nitrogen charged/oil shock strut. True or False?
a) True
b) False
335. In the event of a failure of No. 2 and No. 3 hydraulic systems, accumulators in both hydraulic systems provide reserve pressure for six brake applications with anti-skid off. True or False?
a) True
b) False
336. Should a failure occur in the landing gear control system or in No.3 hydraulic system, landing gear extension is not possible. True or False?
a) True
b) False
337. The brakes of the inboard wheels are powered by the _____ hydraulic system.
a) No. 1
b) No. 2
c) No. 3
d) None of the above
SECTION 33:
LIGHTING
338. Lavatory mirror light brightness is controlled by switches activated by movement of the lavatory door latch. The light is off when the door is open, and on when closed. True or False?
a) True
b) False
339. What color is the STBID NAV light?
a) White
b) Green
c) Red
d) None
340. The emergency lighting system is powered by ___ 28-volt DC rechargeable battery packs.
a) 2
b) 4
c) 6
d) 8
341. When AC power is not available during ground operations (prior to APU startup), the overhead panel lighting system is powered by the BATT BUS. True or False?
a) True
b) False
342. What color is the PORT NAV light?
a) White
b) Green
c) Red
d) None
343. When on battery power only, which lighting will be retained?
a) Flight compartment
b) Integral lighting on the overhead panel
c) Integral INTEG/INST lighting on all instruments
d) All of the above
344. Where are the controls for the flight compartment lights located?
a) Left and right side instrument panel
b) Overhead panel
c) Rear of the center pedestal
d) All of the above
345. The intensity of the indicator lights on the overhead, glareshield, side panels and pedestal panels are controlled by an IND LT‟s intensity selector located on the ____.
a) Overhead panel
b) Left and side instrument panels
c) Center pedestal
d) None
346. What color are the AFT NAV lights?
a) White
b) Green
c) Red
d) None
347. The wing leading edge lights are mounted on the left and right fuselage. True or False?
a) True
b) False
348. Exterior lighting provides ____ for area lighting during taxi and normal servicing.
a) High intensity lights
b) Ground floodlights
349. The battery packs for the emergency lighting system supplies power for approximately ___ minutes when fully charged.
a) 15
b) 20
c) 30
d) 45
350. Flight compartment area lighting is provided by a dome light at the flight compartment door/threshold area. True or False?
a) True
b) False
351. Beacon and airline logo lights are optional. True or False?
a) True
b) False
352. Exterior lighting provides ___ for landing.
a) High intensity lights
b) Ground floodlights
353. The pilot‟s side console is illuminated by what type of lighting?
a) Integral
b) CRT brightness
c) Incandescent
d) Fluorescent flood
354. Service lighting comprises light installed in the aft baggage compartment, the underfloor avionics bay, the nose landing gear wheel well and the aft equipment bay areas that are used to facilitate loading and servicing operations. True or False?
a) True
b) False
SECTION 34:
NAVIGATION
355. ATC 1 and ATC 2 provide centralized control and display of frequencies, channels, codes and modes set on the communications and navigation receivers. True or False?
a) True
b) False
356. The two VHF navigation receivers provide VOR, LOC, GS and MB signals. True or False?
a) True
b) False
357. ____ warnings take priority over all other aural alerts and warnings, except a stall warning.
a) Fire
b) Windshear
c) Gear not down
d) None of the above
358. TCAS monitors a radius of approximately _____ nautical miles about the airplane.
a) 30
b) 40
c) 50
d) 60
359. ____ mode functions as a direction finder indicating bearing to station and outputs an aural tone.
a) ANT
b) TONE
c) ADF
d) None of the above
360. The weather radar system provides the flight crew with a display of x-band radar detectable areas of precipitation along and within ___ degrees on either side of the airplane's flight path.
a) 60
b) 75
c) 90
d) 180
361. Each of the MFDs has the primary function of showing:
a) Current heading
b) Course information
c) Aircraft attitude
d) Both A and B
362. Weather radar returns and system modes are displayed on the flight compartment MFDs. True or False?
a) True
b) False
363. TCAS provides two types of advisories: Traffic advisory and resolution advisory: True or False?
a) True
b) False
364. Resolution advisories occur when the TCAS computer predicts that the intruding airplane is within about ____ seconds for the closest point of approach.
a) 20
b) 25
c) 30
d) 45
365. The backup controller maintains the frequencies set on ____.
a) ADF 1 ADF 2
b) VOR 2
c) VOR 1
d) None of the above
366. VOR frequency range is from 108.10 to 111.95 MHz. True or False?
a) True
b) False
367. The two ADF receivers provide relative bearing between the airplane and a selected ground station for display on the HIS portion of the PFDs and MFDs. True or False?
a) True
b) False
368. The ADF receivers operate in which mode / s?
a) ADF
b) ANT
c) TONE
d) All of the above
369. The FMS contains a data base unit, one CDU and two flight management computers. True or False?
a) True
b) False
370. Traffic advisories indicate the relative positions of intruding airplanes that are about ____ seconds for the closest point of approach.
a) 30
b) 40
c) 45
d) 60
371. Where is the radar control panel mounted?
a) Pilot's side panel
b) Co-pilot's side panel
c) Overhead panel
d) Center pedestal
372. Frequency selection is through radio tuning units. True or False?
a) True
b) False
373. The TCAS system can generate resolution for all intruders. True or False?
a) True
b) False
374. Where is the backup controller located?
a) Overhead panel
b) Center pedestal
c) Pilot’s side panel
d) None of the above
375. ____ mode allows identification of keyed continuous wave signals by using a 1000-Hz aural output circuit.
a) ANT
b) ADF
c) TONE
d) None of the above
376. Each PFD has the primary function of pictorially showing:
a) Flight director commands
b) Aircraft attitude
c) Flight control system annunciations
d) All of the above
377. The GPWS alerts and warns the flight crew when the airplane's flight path and position relative to ___ requires immediate crew attention and action.
a) Other airplanes
b) Terrain
378. _____ mode functions as an aural receiver.
a) ANT
b) ADF
c) TONE
d) None of the above
379. The two distance measuring transceivers provide slant range distance from the airplane to a selected ground station. True or False?
a) True
b) False
380. The FMS can be used for:
a) Secondary radio tuning
b) Flight parameter computations
c) NAV sensor control
d) All of the above
381. The flight management system is an integrated navigation system that provides world wide point-to-point and great circle navigation. True or False?
a) True
b) False
382. The ___ is an airborne system that interrogates ATC transponders in nearby airplanes to identify and display potential and predicted collision threats.
a) TCAN
b) TCAS
c) RTU
d) None of the above
383. Station identifier information is provided for up to ___ DME, TCAN or VORTAC ground stations simultaneously.
a) 2
b) 3
c) 4
d) 5
SECTION 49
APU
384. APU intake door position is indicated on Status page and shows:
a) 0, 28, 42
b) mid, Open
c) Open
d) 28, 42
385. If overspeed or over-temperature occur during flight, the APU should be restarted. True or False?
a) True
b) False
386. The danger area for the APU exhaust is ____feet.
a) 5
b) 10
c) 15
d) 20
387. The APU engine consists of:
a) A power section
b) A gear box
c) Both A and B
d) None of the above
388. The EICAS caution message "APU BLEED ON" indicates the load control valve is open and barometric altitude is greater than ___ feet.
a) 9,000
b) 10,000
c) 13,000
d) 15,000
389. The APU is a gas turbine engine equipped with a gearbox driving an____ cooled 30 kVA ac generator.
a) Air
b) Oil
c) Both A and B
d) None of the above
390. APU LCV switch, on the bleed air panel, connects or disconnects APU supply to:
a) Air-conditioning system
b) Left and right pneumatic systems
c) 10th stage bleed air manifold
d) All of the above
391. There are ____ secondary fuel nozzles in the APU fuel system.
a) 2
b) 3
c) 1
d) 4
392. When the APU start/stop switch on the APU control panel is pressed out.
a) The FCU shut-off valve closes
b) APU shuts down
c) AVAIL light goes out
d) All of the above
393. An „APU FAULT” message on EICAS indicates start time too long. True or False?
a) True
b) False
394. After shut down of the APU a direct APU re-start is only possible when:
a) APU RPM is below 10%
b) When APU indications are removed from status page after initial shut-down.
c) After a cool down period of at least one minute.
d) After resetting the APU shut-off switch on the external control panel
395. The APU is located
a) In the tail section
b) In the forward fuselage behind tho nose wheel well
c) In a fire proof enclosure
d) In the tail section in a fire enclosure
396. The EICAS warning message "APU OVERSPEED" indicates the APU is running greater than ___ % rpm.
a) 95
b) 100
c) 107
d) 124
397. Concerning the APU the following is indicated on the Status page when the APU is in use:
a) RPM, EGT, Door position
b) RPM, ITT, Door position
c) N, EGT, Door position
d) N, ITT, Door position
398. The APU intake door has three positions, Closed, Mid and Open. The positioning of the doors is controlled by the ECU and depending on:
a) Air or ground operation
b) Pressure altitude
c) Aircraft speed
d) Both B and C are correct
399. The APU is controlled by an ECU during start-up operations only. True or False?
a) True
b) False
400. The purpose of the ECU is to:
a) Monitor all sensors and switches
b) Set up the appropriate fuel acceleration and temperature schedules
c) Relays appropriate operating data to the pilots through EICAS
d) All of the above
401. The APU control system ensures that priority is given to electrical loads by increasing bleed air flow when exhaust gas temperature limits are approached. True or False?
a) True
b) False
402. When a APU fire occurs, the extinghuishe system:
a) Is automatically activated
b) Must manually be activated
c) Is automatically activated after APU shut-down by crew
d) On ground automatically, when airborne system must be manually activated
403. APU bleed air is modulated by the ___ valve to maintain turbine temperatures within limits.
a) Load control
b) Check
c) Isolation
d) Starter control
404. There are ____ primary fuel nozzles in the APU fuel system.
a) 2
b) 3
c) 1
d) 4
405. APU LCV interlock is engaged by selecting which of the following?
a) Isolation and RH bleed SOV
b) APU start switch
c) LH bleed SOV switch open
d) Both A and C
406. What happens when the PWR/FUEL button is pressed?
a) APU fuel shut-off valve opens
b) ECU energized
c) APU XFLOW pump comes on
d) All of the above
407. The EICAS warning message "APU OVERTEMP" indicates:
a) EGT is greater than 743'C
b) APU RPM is greater than 87% at all times
c) APU RPM is greater than 974oC at all times
d) All of the above
408. The APU automatically shut down because of the the following events:
a) APU fault, APU overtemperature or overspeed, APU oil temperature or low pressure
b) APU fire and APU fault, APU overtemperature or overspeed, APU oil temperature or low pressure
c) APU overtemperature or overspeed, APU oil temperature or low pressure
d) Fire and APU fault, APU overtemperature or overspeed
409. The capacitive discharge ignition is on at ___ % rpm and off at ___ % rpm.
a) 10,85
b) 12,85
c) 12,94.5
d) 10,94.5
410. The APU compressor is protected against surge by altering the position of the compressor's variable diffusers. True or False?
a) True
b) False
411. The fuel control unit, torque motor and oil pump are located on the right side of the accessory gearbox. True or False?
a) True
b) False
412. The APU SHUT-OFF switch, on the external service panel, is used by maintenance personnel to shut down the APU during ground servicing. True or False?
e) True
a) False
SECTION 58
EMERGENCY EQUIPMENT
413. Where is the emergency megaphone located?
a) Behind the co-pilot’s seat
b) Ceiling panel above co-pilot
c) Overhead bin at row 12
d) Access panel adjacent to overwing exits
414. Protective breathing hoods, used for smoke and fire fighting, are installed in the flight compartment and cabin in a vacuum-sealed bag inside a container mounted in what location?
a) Aft of the pilot's seat on the CB panel wall
b) Forward wardrobe unit
c) Aft attendant's seating area
d) All of the above
415. The flight compartment's oxygen bottle is located in the left hand forward fuselage underfloor area. True or False?
a) True
b) False
416. Normal charge pressure for the flight compartment's oxygen bottle is 127.5 bar at ___ degrees
a) 21
b) 36
c) 19
d) 27
417. The flight compartment oxygen system consists of which of the following?
a) One oxygen bottle, a ground servicing panel and one smoke hood.
b) Three oxygen mask/regulator units and a fuselage-mounted relief valve.
c) Both A and B
d) None of the above
418. The chemical oxygen generator supplies approximately ___ minutes of oxygen to each passenger mask.
a) 12
b) 15
c) 17
d) 20
419. The protective breathing hood nay be used without the oxygen supply. True or False?
a) True
b) False
420. Where is the emergency crash axe located?
a) Behind the co-pilot's seat
b) Ceiling panel above co-pilot
c) overhead bin at row 12
d) Access panel adjacent to overwing exits
421. Emergency oxygen is supplied by ____ independent oxygen systems.
a) 2
b) 3
c) 4
d) 5
422. The potassium superoxide cartridge on the protective breathing equipment has a duration of ____ minutes.
a) 5
b) 10
c) 15
d) 20
423. All oxygen compartment doors will open to present the oxygen kasks automatically if cabin altitude reaches approximately _____ feet.
a) 12,000
b) 14,000
c) 15,000
d) 15,500
424. The blinker on the pilot's/co-pi lot's oxygen mask container shows a ___ cross to indicate when oxygen is flowing or harness is inflated.
a) White
b) Yellow
c) Green
d) Red
425. Odor similar to scorched cloth may be created by activation of the passenger oxygen generator. This poses no oxygen purity or fire hazard. True or False?
a) True
b) False
SECTION 72
ENGINES
426. The DCU‟s record engine operating times and conditions, and all limits. True or False?
a) True
b) False
427. The DCU‟s perform what function?
a) Signal processing
b) Engine signal analog/digital conversion
c) Engine system failure detection
d) All of the above
428. Bypass air passes through the single-stage fan only and is ducted around the engine to produce approximately 80% of the engine thrust. True or False?
a) True
b) False
429. The “L, R FUEL LO TEMP” message, on EICAS, indicates fuel temperature is less than ____ degrees C.
a) 5
b) 7
c) 10
d) 15
430. starter motor cut-out occurs at ____ percent N2 rpm.
a) 30
b) 40
c) 45
d) 55
431. At ___ , the FCU meters fuel to the injectors to control N2 speed.
a) Take off
b) Climb
c) Cruise power settings
d) Low thrust setting
432. Cross bleed air starts require that the operating engine is at 85% N2 or higher. True or False?
a) True
b) False
433. The engine control system consists of a ___ speed governing system.
a) Hydraulic fan
b) Hydromechanical core engine
c) Electrical fan
d) Both B and C
434. The ignition systems/ igniters can only be selected on one at a time. True or False?
a) True
b) False
435. At ____ , the engine is N1 speed controlled.
a) Take-off
b) Climb
c) Cruise power settings
d) All of the above
436. Engine airflow passes through 14-stage fan and is divided into two airflow systems: core air and bypass air. True or False?
a) True
b) False
437. ____ stage compressor section bleed air is used for engine starting, air conditioning and avionics cooling and pressurization.
a) 7th
b) 10th
c) 14th
d) None of the above
438. In the event of an engine failure, the automatic performance reserve system increases thrust on the remaining engine to pounds.
a) 8521
b) 8729
c) 9220
d) 9626
439. The airplane is equipped with two General Electric CIF 34-3A1 high bypass ratio turbofan engines, which have a normal takeoff thrust rating of _____ pounds.
a) 8521
b) 8729
c) 9220
d) 9626
440. A minimum pneumatic supply pressure of ____ psi and ____ volts DC are required for engine starts.
a) 20,44
b) 44,20
c) 24, 40
d) 40, 24
441. The N2 rotor is a ____ stage axial flow compressor connected through a shaft to a ____ stage high pressure turbine.
a) Single, 14
b) Single, 4
c) 14, 2
d) 2, 14
442. The engine is a dual rotor assembly consisting of a fan rotor (N1) and a compressor (N2). True or False?
a) True
b) False
443. Pressing the engine STOP switch/light disengages the air turbine starter. True or False?
a) True
b) False
444. The engine control system operates to prevent compressor stall and surge. True and False?
a) True
b) False
445. The N I rotor consists of a ____ stage fan connected through a shaft to a _____ stage low pressure turbine.
a) Single, 14
b) Single, 4
c) 14,2
d) 2, 14
446. ____ is used to cool engine oil.
a) Engine bleed air
b) Fuel
c) Both A and B
d) None of the above
447. An ___ control system operates to prevent the engine from producing high thrust levels during inadvertent reverser deployment.
a) Thrust lever
b) VIB
c) Automatic throttle retarder
d) None of the above
448. The engine is on hydromechanical N2 control at high power settings. True or False?
a) True
b) False
449. Pressurized air and DC electrical power are required for starter operation. True or False?
a) True
b) False
450. A fan exhaust thrust reverser system is installed to deflect fan discharge air to assist in airplane _____on the ground.
a) Braking
b) Reversing
c) Taxiing
d) Changing direction
451. Ignition system modes are:
a) Normal start
b) Continuos ignition and automatic ignition
c) Both A and B
d) None of the above
Section 85
Warning systems
452. Warning are indicated by ___ messages at the top of the message list on the EICAS display.
a) Green
b) Amber
c) Red
d) White
453. Pushing the MASTER/CAUTION switch will not silence which alerts?
a) GPWS voice alerts
b) TCAS voice alerts
c) Altitude aural alerts
d) All of the above
454. A siren aural warning indicates:
a) Stall
b) Wind shear
c) Gear not down
d) Altitude alert
455. Caution messages cannot be removed from the EICAS display unless the applicable failure has been rectified. True or False?
a) True
b) False
456. All crew alerting system messages are divided into two categories: Warnings and Status. True or False?
a) True
b) False
457. The OVIRD position of the GPWS and FLAP override switch on the center pedestal inhibits ground proximity warnings. True or False?
a) True
b) False
458. At engine start-up, the gear status indicators on the EICAS primary page displays ____ for down/lock.
a) White
b) Green
c) Amber
d) Red
459. On the EICAS primary display, the flap position indicators display _____to indicate a miscompare in flap indications.
a) White
b) Green
c) Amber
d) Red
460. The landing gear horn will sound if the indicated airspeed is at less that or equal to _____ knots.
a) 125
b) 165
c) 170
d) 185
461. Warning messages cannot be removed from the EICAS display unless the applicable failure has been rectified. True or False?
a) True
b) False
462. The GPWS light on the glareshield panel flashes _____ during ground proximity warning system alerts.
a) White
b) Amber
c) Green
d) Red
463. WING A/ICE SNSR is a _____ message.
a) Warning
b) Caution
c) Status
d) Advisory
464. A warbler aural warning indicates:
a) Stall
b) Wind shear
c) Fire warning
d) Autopilot disconnect
465. Status messages appear in ____ after the advisory messages.
a) Green
b) Amber
c) Red
d) White
466. Caution messages can be removed from view by pressing the CAS button. True or False?
a) True
b) False
467. The FDR provides a digital record of airplane flight data for the last 25 hours and operates whenever:
a) The power is on
b) STROBES lights on and/or weight-off -wheels
c) Both A and B
d) None of the above
468. L JETPIPE OVHT is a _____ message.
a) Warning
b) Caution
c) Status
d) Advisory
469. Warnings indicate operational or airplane systems conditions that require ____ corrective action.
a) Time available
b) No
c) Prompt
d) Immediate

CRJ200 test 5(共469题).pdf

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实名认证南昌航空大学

发表于 2013-10-19 12:53:53 | 显示全部楼层 来自: 中国北京
领教了,\\(^o^)/~
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西安航空职业技术学院华夏航空

发表于 2013-11-11 02:50:36 | 显示全部楼层 来自: 中国重庆
什么测试题?有答案吗?
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发表于 2014-3-25 16:45:23 | 显示全部楼层 来自: 中国香港
請問 摟主,有沒有答案
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东航

发表于 2014-3-27 09:04:56 | 显示全部楼层 来自: 中国山东
crj哈哈,小飞机
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发表于 2014-11-24 22:02:07 | 显示全部楼层 来自: 加拿大
难道是国外的机型考试么?不知道干嘛用的啊。
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