Dear readers, these Aircraft Management Multiple choice Questions have been designed specially to get you acquainted with the nature of questions you may encounter during your Job interview for the subject of Aircraft Management. As per my experience good interviewers hardly plan to ask any particular question during your Job interview, normally questions start with some basic concept of the subject and later they continue based on further discussion and what you answer:
A. monocoque
B. semi-monocoque
C. empennage
D. module
Ans: B
A. the hot area
B. the black area
C. the white area
D. flight control box
Ans: C
A. bullet- and bird resistant laminated glass center panel, and bird- chip-resistant curved laminated side panels
B. bullet- and bird resistant sheet glass center panel, and bird- chip-resistant curved sheet glass side panels
C. bullet- and bird resistant laminated glass center panel, and bird- chip-resistant curved laminated plexiglass side panels
D. bullet- and bird resistant laminated plexiglass center panel, and bird- chip-resistant curved laminated plexiglass side panels
Ans: A
A. Isopropyl alcohol sprayed from a heated and pressurized bottle in the nose below the center windscreen
B. Hot exhaust gases ducted to the center and side windshields from the third stage bleed air from both engines
C. By an energized heater element embedded in the windshield center panel glass and laminated to the inboard side of the panels outer layers
D. By a small heater element centered in the lower portion of each windshield panels that is held in place by a spring-clip
Ans: C
A. The empennage
B. The center section
C. The fuselage wing box
D. The fuselage
Ans: B
A. Center
B. Left wing
C. Right wing
D. Left and right outer panels
Ans: A , D
A. The empennage
B. The center section
C. The fuselage wing box
D. The fuselage
Ans: A
A. Numerically, depending on location
B. Numerically, depending on size
C. Alpha-numerically
D. By location
Ans: A
A. Because the probe extends out from the skin of the airframe
B. Because the heat generated can cause serious burn injuries
C. Because it can be ingested into an engine intake
D. Because of the potential to become a dropped-object
Ans: B
A. 5 minutes
B. 10 minutes
C. 15 minutes
D. 20 minutes
Ans: C
A. Because it forms part of the APU exhaust ducting
B. Because it forms part of the APU intake ducting
C. Because of the location of the APU exhaust
D. Because of the location of the APU intake
Ans: C
A. By installing aircraft engine noise suppression devices
B. By shutting down the APU after engine start
C. By running in selected open aircraft run-up areas
D. By running engines only during daytime hours - from dawn to dusk
Ans: A,C
A. Damage to the human body/tissues
B. Ignition of fuel vapors/spark
C. Accidental firing of electroexplosive devices/EED
D. All of the above
Ans: D
A. Conventional tri-cycle arrangement
B. Standard nose wheel and truck assembly
C. Unconventional crosswing-crab steering tri-cycle arrangement
D. None of the above
Ans: A
A. By an internal downlock
B. By an external downlock
C. By left system hydraulic pressure
D. By the pressurized nitrogen inside the strut
Ans: D
A. The shock strut mounts
B. The shock strut
C. The gland nut
D. The trunnion
Ans: C
A. Jack the aircraft and conduct a landing gear retraction/extension checkout
B. Measure the exposed drag strut piston; less than 1/4" is safe
C. Measure the exposed drag strut piston; greater than 1/4" is safe
D. Using a pry bar, apply pressure to the lower side of the drag strut until the downlock segments engage
Ans: B
A. The parking brake system pressure
B. The MLG brake system pressure
C. The anti-rotation snubber assembly
D. The weight-on-wheels switch
Ans: C
A. A brake-wear depth guage
B. A squeal indicating pin that connects to the pressure plate
C. A self-adjusting return spring that connects to the pressure plate
D. A hydraulic pressure safety switch that monitors the amount of fluid pressure required to slow the aircraft
Ans: C
A. Automatically when there is weight on the nose wheel
B. Mechanically when there is weight on the nose wheel
C. Automatically when the gear are lowered
D. Mechanically when the gear are lowered
Ans: A
A. NLG actuator is smaller
B. MLG actuator is made from steel
C. Nothing - they are identical
D. None of the above
Ans: C
A. 12 x 7.7, Type VII, 14-ply, low-pressure tubeless
B. 24 x 7.7, Type VII, 14-ply, low-pressure tubeless
C. 12 x 7.7, Type VII, 14-ply, high-pressure tubeless
D. 24 x 7.7, Type VII, 14-ply, high-pressure tubeless
Ans: D
A. Red warning light in handle and an audible warning signal in headset
B. No warning light in handle and only an audible warning signal in headset
C. Red warning light in handle and no audible warning signal in headset
D. None of the above
Ans: A
A. Rotary-type hydraulic steering actuator
B. Sliding-pistion hydraulic actuator
C. A butterfly-gate hydraulic actuator
D. None of the above
Ans: A
A. Steering
B. Fail-safe
C. Damper-caster
D. None of the above
Ans: A,B,C
A. Steering
B. Fail-safe
C. Damper-caster
D. None of the above
Ans: C
A. Due to the off-set position of the nose wheel to the right to accomodate the 30mm gun
B. Due to the off-set position of the nose wheel to the left to accomodate the 30mm gun
C. Due to the off-set position of the nose wheel to accomodate the crew entry ladder
D. None of the above
Ans: A
A. The nose gear wheel assembly must be removed
B. Install the nose gear jacking lock-pin into the hole in the collar assembly
C. Install the nose gear wheel lock-out bar between the nose gear wheel and the mount bolts on the strut
D. None of the above
Ans: B
A. The brake control valve
B. The brake system pressure switches
C. The brake system metering valve
D. The dual power brake valve
Ans: D
A. Automatically, once primary brake system pressure is lost
B. Pulling the EMER BRAKE handle aft, and then depressing the brake pedals
C. Pulling the EMER BRAKE handle aft and depressing the brake pedals simultaneously
D. Pulling the EMER BRAKE handle aft
Ans: B